def updateSharedMemory():
global sharedMem
sharedmem = sharedMem.getsharedmem()
sharedmem.numVehicles = ac.getCarsCount()
sharedmem.focusVehicle = ac.getFocusedCar()
#now we'll build the slots, so we later know every single (possible) car
carIds = range(0, ac.getCarsCount(), 1)
for carId in carIds:
#first we'll check wether there is a car for this id; as soon it returns -1
#it's over
if str(ac.getCarName(carId)) == '-1':
break
else:
sharedmem.vehicleInfo[carId].carId = carId
sharedmem.vehicleInfo[carId].driverName = ac.getDriverName(carId).encode('utf-8')
sharedmem.vehicleInfo[carId].carModel = ac.getCarName(carId).encode('utf-8')
sharedmem.vehicleInfo[carId].speedMS = ac.getCarState(carId, acsys.CS.SpeedMS)
sharedmem.vehicleInfo[carId].bestLapMS = ac.getCarState(carId, acsys.CS.BestLap)
sharedmem.vehicleInfo[carId].lapCount = ac.getCarState(carId, acsys.CS.LapCount)
sharedmem.vehicleInfo[carId].currentLapInvalid = ac.getCarState(carId, acsys.CS.LapInvalidated)
sharedmem.vehicleInfo[carId].currentLapTimeMS = ac.getCarState(carId, acsys.CS.LapTime)
sharedmem.vehicleInfo[carId].lastLapTimeMS = ac.getCarState(carId, acsys.CS.LastLap)
sharedmem.vehicleInfo[carId].worldPosition = ac.getCarState(carId, acsys.CS.WorldPosition)
sharedmem.vehicleInfo[carId].isCarInPitline = ac.isCarInPitline(carId)
sharedmem.vehicleInfo[carId].isCarInPit = ac.isCarInPit(carId)
sharedmem.vehicleInfo[carId].carLeaderboardPosition = ac.getCarLeaderboardPosition(carId)
sharedmem.vehicleInfo[carId].carRealTimeLeaderboardPosition = ac.getCarRealTimeLeaderboardPosition(carId)
sharedmem.vehicleInfo[carId].spLineLength= ac.getCarState(carId, acsys.CS.NormalizedSplinePosition)
sharedmem.vehicleInfo[carId].isConnected = ac.isConnected(carId)
def acUpdate(delta_t):
global last_calculated, last_posted
global spinner_calculation_interval, spinner_posting_interval
global label_names, label_track_progress, label_penalties, label_last_message
global turn_gen, penalties
CALCULATION_INTERVAL = ac.getValue(spinner_calculation_interval) / 1000
POSTING_INTERVAL = ac.getValue(spinner_posting_interval) / 1000
if (time.clock() - last_calculated) > CALCULATION_INTERVAL:
last_calculated = time.clock()
progresses = get_progresses()
penalties = calculate_penalties(progresses)
ac.setText(
label_track_progress, "Track progresses: {}".format(
[round(float(i), 2) for i in progresses]))
ac.setText(
label_penalties, "Penalty percentages: {}".format(
[round(float(i), 2) for i in penalties]))
if (time.clock() - last_posted) > POSTING_INTERVAL:
p_type, target = next(turn_gen)
if ac.isConnected(target):
last_posted = time.clock()
msg = create_msg(p_type, target, penalties)
ac.sendChatMessage(msg)
ac.setText(label_last_message,
"Last message posted: {}".format(msg))
def __get_next_car(self, data, car_id, pitline_validation=False):
try:
self.nsp = ac.getCarState(car_id, acsys.CS.NormalizedSplinePosition)
self.next_car = [car_id, 1]
for self.iteration in range(32): #max cars
if ac.isConnected(self.iteration) == 1 and self.iteration != car_id:
self.pitline_condition = True
if pitline_validation:
if data.is_car_in_pitline(self.iteration) == data.is_car_in_pitline(car_id):
self.pitline_condition = True
else:
self.pitline_condition = False
if self.pitline_condition:
if self.nsp < ac.getCarState(self.iteration, acsys.CS.NormalizedSplinePosition):
self.distance = abs(self.nsp - ac.getCarState(self.iteration, acsys.CS.NormalizedSplinePosition))
else:
self.distance = 1 - abs(self.nsp - ac.getCarState(self.iteration, acsys.CS.NormalizedSplinePosition))
if self.distance < self.next_car[1]:
self.next_car = [self.iteration, self.distance]
return self.next_car[0]
except Exception as e:
debug(e)
def get_progresses():
progs = []
for i in range(NCARS):
if ac.isConnected(i):
lap = ac.getCarState(i, acsys.CS.LapCount)
spline = ac.getCarState(i, acsys.CS.NormalizedSplinePosition)
prg = lap + spline
progs.append(prg)
return progs
def get_tracked_car(self, car=0):
if car == 0:
self.car_id = self.__tracked_car_a
else:
self.car_id = self.__tracked_car_b
if ac.isConnected(self.car_id) == 1:
return self.car_id
else:
return 0
def getStandingsPosition(self,vehicule):
#mainly for replay
standings = []
for i in range(self.carsCount):
bl=ac.getCarState(i,acsys.CS.BestLap)
if bl > 0 and bool(ac.isConnected(vehicule)):
standings.append((i,bl))
standings = sorted(standings, key=lambda student: student[1])
p=[i for i, v in enumerate(standings) if v[0] == vehicule]
if len(p) > 0:
return p[0]+1
return 0
def updateTiming(self):
"""
Рядовое обновление данных
"""
for car in self.carList:
if car is not None:
postLogMessage('ac.isConnected(' + str(car.carId) + ') : ' +
str(ac.isConnected(car.carId)))
car.connected = ac.isConnected(car.carId) == 1
if not car.connected: # отключённые машины не обновляем
continue
# Если количество кругов, пройденных пилотом, в игре больше, чем в структуре car, обновляем данные по кругам
newLapsCompleted = ac.getCarState(car.carId, acsys.CS.LapCount)
if car.lapsCompleted < newLapsCompleted:
postLogMessage('car' + str(car.carId) +
' per-lap timing update')
# Покруговые обновления
car.lapsCompleted = newLapsCompleted
car.lastLap = ac.getCarState(car.carId, acsys.CS.LastLap)
car.bestLap = ac.getCarState(car.carId, acsys.CS.BestLap)
car.totalTime += car.lastLap
car.lapPostTime = self.session_time
car.isFinished = ac.getCarState(car.carId,
acsys.CS.RaceFinished)
# postLogMessage('Per-lap update OK')
# Постоянные обновления
# postLogMessage('Per-iterval update')
car.totalDistance = car.lapsCompleted + ac.getCarState(
car.carId, acsys.CS.NormalizedSplinePosition)
car.isInPitlane = ac.isCarInPitlane(car.carId)
car.isInPit = ac.isCarInPit(car.carId)
car.leaderboardPosition = ac.getCarLeaderboardPosition(
car.carId)
car.realTimeLeaderboardPosition = ac.getCarRealTimeLeaderboardPosition(
car.carId)
car.isFinished = ac.getCarState(car.carId,
acsys.CS.RaceFinished)
def update(self, delta: float):
for c in range(0, self._server.cars):
if ac.isCarInPit(c) or not ac.isConnected(c):
continue
lap = ac.getCarState(c, acsys.CS.LapCount)
pos = ac.getCarState(c, acsys.CS.NormalizedSplinePosition)
invalid = ac.getCarState(
c, acsys.CS.LapInvalidated) and self._valid[c]
sec = int(pos * 3)
#msec = int(pos * 12)
if lap != self._lap_index[c]:
self._valid[c] = True
self._start_lap_time[c] = time() * 1000
best_lap = ac.getCarState(c, acsys.CS.BestLap)
if not invalid and best_lap > 0:
if best_lap < self._gb_lap_time:
self._gb_lap_time = best_lap
self._pb_lap_time[c] = best_lap
elif best_lap < self._pb_lap_time[c]:
self._pb_lap_time[c] = best_lap
self._lap_index[c] = lap
self._current_lap_time[c] = time() * 1000 - self._start_lap_time[c]
if sec > 0:
self._current_sector_time[c][sec] = self._current_lap_time[
c] - sum(self._current_sector_time[c][:sec])
else:
self._current_sector_time[c][sec] = self._current_lap_time[c]
if sec != self._sector_index[c]:
last_sec = self._sector_index[c]
if not invalid and self._current_sector_time[c][last_sec] > 0:
if self._current_sector_time[c][
last_sec] < self._gb_sector_time[last_sec]:
self._gb_sector_time[
last_sec] = self._current_sector_time[c][last_sec]
self._pb_sector_time[c][
last_sec] = self._current_sector_time[c][last_sec]
elif self._current_sector_time[c][
last_sec] < self._pb_sector_time[c][last_sec]:
self._pb_sector_time[c][
last_sec] = self._current_sector_time[c][last_sec]
self._sector_index[c] = sec
def get_closest_opponent(self, car_id, interpolation, x, data):
self.max_cars = 32
self.nsp = ac.getCarState(car_id, acsys.CS.NormalizedSplinePosition)
self.next_car = vec(car_id, 1)
for self.i in range(32): #max cars
if ac.isConnected(self.i) == 1 and self.i != car_id:
if data.is_car_in_pitline(car_id) == data.is_car_in_pitline(self.i):
self.distance_a = abs(self.nsp - ac.getCarState(self.i, acsys.CS.NormalizedSplinePosition))
self.distance_b = 1 - abs(self.nsp - ac.getCarState(self.i, acsys.CS.NormalizedSplinePosition))
self.distance = min(self.distance_a, self.distance_b)
if self.distance < self.next_car.y:
self.next_car = vec(self.i, self.distance)
return self.next_car.x
def calc(self, player):
if self == player or not ac.isConnected(self.id) or ac.isCarInPitline(
self.id):
self.isVisible = False
return
# we are visible, so it's worth calculating the car's properties
self.isVisible = True
x, y, z = self.calcCar()
# and add the stuff relative to the driver
self.relativePositionMeters = euclid.Point2(
x - player.currentWorldPosition.x,
z - player.currentWorldPosition.y)
self.playerDistance = player.currentWorldPosition.distance(
euclid.Point2(x, z))
def get_race_standings_position_in_class(self, identifier):
if len(self.standings):
#filter
standings = []
for s in self.standings:
if s[2] == self.current_car_class.value and ac.isConnected(
s[0]) > 0:
standings.append((s[0], s[1]))
p = [i for i, v in enumerate(standings) if v[0] == identifier]
if len(p) > 0:
if p[0] + 1 > len(standings):
return (len(standings), len(standings))
return (p[0] + 1, len(standings))
if self.session.value != 2:
return (ac.getCarLeaderboardPosition(identifier), self.numCars)
return (ac.getCarRealTimeLeaderboardPosition(identifier) + 1,
self.numCars)
def updateSharedMemory():
global sharedMem
sharedmem = sharedMem.getsharedmem()
sharedmem.numVehicles = ac.getCarsCount()
sharedmem.focusVehicle = ac.getFocusedCar()
#now we'll build the slots, so we later know every single (possible) car
carIds = range(0, ac.getCarsCount(), 1)
for carId in carIds:
#first we'll check wether there is a car for this id; as soon it returns -1
#it's over
if str(ac.getCarName(carId)) == '-1':
break
else:
sharedmem.vehicleInfo[carId].carId = carId
sharedmem.vehicleInfo[carId].driverName = ac.getDriverName(
carId).encode('utf-8')
sharedmem.vehicleInfo[carId].carModel = ac.getCarName(
carId).encode('utf-8')
sharedmem.vehicleInfo[carId].speedMS = ac.getCarState(
carId, acsys.CS.SpeedMS)
sharedmem.vehicleInfo[carId].bestLapMS = ac.getCarState(
carId, acsys.CS.BestLap)
sharedmem.vehicleInfo[carId].lapCount = ac.getCarState(
carId, acsys.CS.LapCount)
sharedmem.vehicleInfo[carId].currentLapInvalid = ac.getCarState(
carId, acsys.CS.LapInvalidated)
sharedmem.vehicleInfo[carId].currentLapTimeMS = ac.getCarState(
carId, acsys.CS.LapTime)
sharedmem.vehicleInfo[carId].lastLapTimeMS = ac.getCarState(
carId, acsys.CS.LastLap)
sharedmem.vehicleInfo[carId].worldPosition = ac.getCarState(
carId, acsys.CS.WorldPosition)
sharedmem.vehicleInfo[carId].isCarInPitline = ac.isCarInPitline(
carId)
sharedmem.vehicleInfo[carId].isCarInPit = ac.isCarInPit(carId)
sharedmem.vehicleInfo[
carId].carLeaderboardPosition = ac.getCarLeaderboardPosition(
carId)
sharedmem.vehicleInfo[
carId].carRealTimeLeaderboardPosition = ac.getCarRealTimeLeaderboardPosition(
carId)
sharedmem.vehicleInfo[carId].spLineLength = ac.getCarState(
carId, acsys.CS.NormalizedSplinePosition)
sharedmem.vehicleInfo[carId].isConnected = ac.isConnected(carId)
sharedmem.vehicleInfo[carId].finishStatus = ac.getCarState(
carId, acsys.CS.RaceFinished)
def get_prev_car(self, car_id):
try:
self.max_cars = 32
self.nsp = ac.getCarState(car_id, acsys.CS.NormalizedSplinePosition)
self.prev_car = vec(car_id, 1)
for self.i in range(32): #max cars
if ac.isConnected(self.i) == 1 and self.i != car_id:
if self.nsp > ac.getCarState(self.i, acsys.CS.NormalizedSplinePosition):
self.distance = abs(self.nsp - ac.getCarState(self.i, acsys.CS.NormalizedSplinePosition))
else:
self.distance = 1 - abs(self.nsp - ac.getCarState(self.i, acsys.CS.NormalizedSplinePosition))
if self.distance < self.prev_car.y:
self.prev_car = vec(self.i, self.distance)
return self.prev_car.x
except Exception as e:
debug(e)
def build_driver_list():
"""Builds list of cars that drove through joker"""
global driver_list, polygon
# Get number of cars
car_amount = ac.getCarsCount()
# Iterate through cars
for i in range(0, car_amount):
driver_name = ac.getDriverName(i)
if driver_name not in driver_list:
inpitbox = ac.isCarInPit(i)
isconnected = ac.isConnected(i)
if not inpitbox and isconnected:
crds = ac.getCarState(i, acsys.CS.WorldPosition)
inside_joker = inside_polygon(crds[0], crds[2], polygon)
if inside_joker:
driver_list.append(driver_name)
lap = ac.getCarState(i, acsys.CS.LapCount)
send_chat_message(driver_name, lap)
def refresh(self, x, dt, interpolation, main_file):
try:
if not self.init:
self.init = True
try:
self.load(main_file, "init")
except Exception:
pass
for self.i in range(32): #max_cars
if ac.isConnected(self.i) == 1:
self.update_custom_car_info(interpolation, dt, self.i)
self.prev_active_cam = self.active_cam
for self.i in range( self.get_n_cameras() ):
if not self.mode[self.active_mode][self.i].camera_pit:
if x * ac.getTrackLength() < self.get_camera_in(self.i):
self.active_cam = self.get_prev_camera(self.i)
break
else:
self.active_cam = self.get_last_camera()
#pit cameras
if self.car_is_in_pitline[ac.getFocusedCar()]:
for self.i in range( self.get_n_cameras() ):
if self.mode[self.active_mode][self.i].camera_pit:
if x * ac.getTrackLength() < self.get_camera_in(self.i):
self.active_cam = self.get_prev_camera(self.i, "pit")
break
else:
self.active_cam = self.get_last_camera("pit")
except Exception as e:
debug(e)
self.active_cam = 0
def acUpdate(deltaT):
# TIMERS
global timer0, timer1, timer2
# VARIABLES
global totalDrivers
global drivers
global fastest_lap
global race_started, replay_started, quali_started
global qualify_session_time
global replay_file
global replay_data
# Widgets
global leaderboardWindow, driverWidget, driverComparisonWidget
# LABELS
global leaderboard
global lapCountTimerLabel, leaderboardBaseLabel, leaderboardInfoBackgroundLabel, leaderboardBackgroundLabel
global flagLabel
# ============================
# UPDATE TIMERS
timer0 += deltaT
timer1 += deltaT
timer2 += deltaT
# ============================
# ================================================================
# RACES
# ================================================================
if info.graphics.session == 2:
# 10 times per second
if timer2 > 0.1:
timer2 = 0
# =============================
# SAVE SPLIT TIMES
for d in drivers:
if ac.isConnected(d.id) == 0: continue
current_split = d.get_split_id(ac.getCarState(d.id, acsys.CS.NormalizedSplinePosition))
if d.current_split != current_split: # save split time at each split of the track
d.split_times[current_split-1] = time.time()
d.current_split = current_split
# 3 times per second
if timer1 > 0.3:
# CHECK RACE RESTART
if race_started and info.graphics.completedLaps == 0 and info.graphics.iCurrentTime == 0:
race_started = False
# CHECK RACE START
if not race_started and info.graphics.iCurrentTime > 0:
# RESET THINGS
fastest_lap = MAX_LAP_TIME
LeaderboardRow.FASTEST_LAP_ID = -1
for row in leaderboard: # clean the fastest lap marker
row.mark_fastest_lap()
# in case we are coming from a qualify
ac.setFontColor(lapCountTimerLabel, 0.86, 0.86, 0.86, 1)
ac.setBackgroundTexture(leaderboardBaseLabel, FC.LEADERBOARD_BASE_RACE)
ac.setVisible(lapCountTimerLabel, 1)
race_started = True
quali_started = False
for d in drivers:
d.starting_position = ac.getCarLeaderboardPosition(d.id)
d.tyre = ac.getCarTyreCompound(d.id)
d.pits = 0
replay_file = setup_replay_file(drivers, info.graphics.numberOfLaps) # save starting info on the drivers
# ============================
# POSITION UPDATE
for i in range(totalDrivers):
pos = ac.getCarRealTimeLeaderboardPosition(i)
connected = ac.isConnected(i)
if connected == 0: # mark unconnected drivers
leaderboard[pos].mark_out()
drivers[i].out = True
else:
leaderboard[pos].mark_in()
drivers[i].out = False
leaderboard[pos].update_name(i)
# OVERTAKE
if pos != drivers[i].position: # there was an overtake
drivers[i].timer = FC.OVERTAKE_POSITION_LABEL_TIMER # set timer
if pos < drivers[i].position:
leaderboard[pos].mark_green_position()
elif pos > drivers[i].position:
leaderboard[pos].mark_red_position()
elif drivers[i].timer <= 0:
leaderboard[pos].mark_white_position()
else:
drivers[i].timer -= timer1
drivers[i].position = pos
# END OVERTAKE
# ============================
# FASTEST LAP BANNER TIMER
if fastest_lap_banner.timer > 0:
fastest_lap_banner.timer -= timer1
fastest_lap_banner.hide()
# ============================
# FLAGS
if info.graphics.flag == 1:
ac.setBackgroundTexture(flagLabel, FC.BLUE_FLAG)
ac.setVisible(flagLabel, 1)
elif info.graphics.flag == 2:
ac.setBackgroundTexture(flagLabel, FC.YELLOW_FLAG)
ac.setVisible(flagLabel, 1)
elif info.graphics.flag == 5:
ac.setBackgroundTexture(flagLabel, FC.CHECKERED_FLAG)
ac.setVisible(flagLabel, 1)
elif info.graphics.flag == 0:
ac.setVisible(flagLabel, 0)
timer1 = 0
# Once per second
if timer0 > 1:
timer0 = 0
ac.setBackgroundOpacity(leaderboardWindow, 0)
ac.setBackgroundOpacity(driverWidget.window, 0)
ac.setBackgroundOpacity(driverComparisonWidget.window, 0)
ac.setBackgroundOpacity(fastest_lap_banner.window, 0)
# ============================
# SERVER LAP
for i in range(totalDrivers):
drivers[i].current_lap = ac.getCarState(i, acsys.CS.LapCount)
lc = max((drivers[i].current_lap for i in range(totalDrivers))) + 1
if lc >= info.graphics.numberOfLaps:
ac.setVisible(lapCountTimerLabel, 0)
ac.setBackgroundTexture(leaderboardBaseLabel, FC.LEADERBOARD_FINAL_LAP)
else:
ac.setText(lapCountTimerLabel, "%d / %d" % (lc, info.graphics.numberOfLaps))
# ===========================
# CALCULATE TIME DIFERENCES
dPosition = sorted(drivers, key=lambda x: x.position)
if LeaderboardRow.update_type == INFO_TYPE.GAPS:
for i in range(1, len(dPosition)):
driver_ahead, driver = dPosition[i-1], dPosition[i]
timeDiff = driver.split_times[driver.current_split - 1] - driver_ahead.split_times[driver.current_split - 1]
if timeDiff < 0: continue # ignore these times, happens on overtakes
if driver.position > totalDrivers: continue # might try to update before it is possible
driver.timeDiff = timeDiff
if timeDiff > 60:
leaderboard[driver.position].update_time("+1 MIN")
else:
leaderboard[driver.position].update_time("+" + time_to_string(timeDiff*1000))
leaderboard[0].update_time("Interval") # Force it
elif LeaderboardRow.update_type == INFO_TYPE.POSITIONS:
for d in dPosition:
posDiff = d.starting_position - d.position - 1
leaderboard[d.position].update_positions(posDiff)
# ============================
# MARK FASTEST LAP
if lc > FC.FASTEST_LAP_STARTING_LAP:
for d in drivers:
lap = ac.getCarState(d.id, acsys.CS.BestLap)
if lap != 0 and lap < fastest_lap:
fastest_lap = lap
fastest_lap_banner.show(lap, ac.getDriverName(d.id))
LeaderboardRow.FASTEST_LAP_ID = d.id
if replay_file:
write_fastest_lap(replay_file, info.graphics.completedLaps, info.graphics.iCurrentTime, d, fastest_lap)
for row in leaderboard:
row.mark_fastest_lap()
# ============================
# PITS MARKER
for row in leaderboard:
if ac.isCarInPitline(row.driverId) == 1:
row.mark_enter_pits()
drivers[row.driverId].tyre = ac.getCarTyreCompound(row.driverId) # maybe will change tyre
else:
row.mark_left_pits()
if time.time() - drivers[row.driverId].pit_time > 20 and ac.isCarInPit(row.driverId):
drivers[row.driverId].pits += 1
drivers[row.driverId].pit_time = time.time()
# ============================
# CHANGE CAR FOCUS AND DRIVER WIDGET
if race_started:
id = ac.getFocusedCar()
if drivers[id].position <= totalDrivers: # in case it wasnt updated yet
driverWidget.show(id, drivers[id].position, drivers[id].starting_position, drivers[id].tyre, drivers[id].pits)
if drivers[id].position == 0:
driverComparisonWidget.hide()
else:
for d in drivers: # find driver ahead
if d.position == drivers[id].position - 1:
driverComparisonWidget.show(d.id, d.position, id, drivers[id].position, drivers[id].timeDiff*1000)
break
else:
driverWidget.hide()
driverComparisonWidget.hide()
# ========================================================
# SAVE DRIVER STATUS IN A FILE TO LOAD ON REPLAY
if replay_file:
write_driver_info(replay_file, info.graphics.completedLaps, info.graphics.iCurrentTime, drivers)
# ========================================================
# ================================================================
# QUALIFY / PRACTICE
# ================================================================
elif info.graphics.session == 1 or (info.graphics.session == 0 and info.graphics.status != 1):
# 3 times per second
if timer1 > 0.3:
# =============================================
# QUALIFY RESTART
if quali_started and qualify_session_time - info.graphics.sessionTimeLeft < 1:
quali_started = False
# =============================================
# QUALIFY START
if not quali_started:
ac.setBackgroundTexture(leaderboardBaseLabel, FC.LEADERBOARD_BASE_QUALI)
if (info.graphics.session == 0 and info.graphics.status != 0):
ac.setBackgroundTexture(leaderboardBaseLabel, FC.LEADERBOARD_BASE_PRACTICE)
ac.setFontColor(lapCountTimerLabel, 0.86, 0.86, 0.86, 1)
qualify_session_time = info.graphics.sessionTimeLeft
fastest_lap = MAX_LAP_TIME
LeaderboardRow.FASTEST_LAP_ID = -1
quali_started = True
race_started = False
# =============================================
# SAVE BEST LAPS FOR EACH DRIVER
for i in range(totalDrivers):
lap = ac.getCarState(i, acsys.CS.BestLap)
if lap != 0:
drivers[i].best_lap = lap
if lap != 0 and lap < fastest_lap:
fastest_lap = lap
fastest_lap_banner.show(lap, ac.getDriverName(i))
# MARK IN/OUT DRIVERS
connected = ac.isConnected(i)
if connected == 0: # mark unconnected drivers
drivers[i].out = True
else:
drivers[i].out = False
# =============================================
# MANAGE LEADERBOARD
# Sorting: sort drivers by this order 1. in or out drivers, 2. best lap, 3. driver id
dPosition = sorted(drivers, key=lambda d: (d.out, d.best_lap, d.id))
for i in range(totalDrivers):
if dPosition[i].out:
leaderboard[i].mark_out()
else:
leaderboard[i].mark_in()
leaderboard[i].update_name(dPosition[i].id)
if dPosition[i].best_lap == MAX_LAP_TIME:
leaderboard[i].update_time("NO TIME")
elif i == 0:
leaderboard[i].update_time(time_to_string(dPosition[i].best_lap))
else:
timeDiff = dPosition[i].best_lap - dPosition[0].best_lap
if timeDiff > 60000:
leaderboard[i].update_time("+1 MIN")
else:
leaderboard[i].update_time("+" + time_to_string(timeDiff))
# OVERTAKES
if i != dPosition[i].position: # there was an overtake on this driver
dPosition[i].timer = FC.OVERTAKE_POSITION_LABEL_TIMER
if i < dPosition[i].position:
leaderboard[i].mark_green_position()
elif i > dPosition[i].position:
leaderboard[i].mark_red_position()
elif dPosition[i].timer <= 0:
leaderboard[i].mark_white_position()
else:
dPosition[i].timer -= timer1
dPosition[i].position = i
# END OVERTAKE
# ============================
# FASTEST LAP BANNER TIMER
if fastest_lap_banner.timer > 0:
fastest_lap_banner.timer -= timer1
fastest_lap_banner.hide()
timer1 = 0
# Once per second
if timer0 > 1:
timer0 = 0
ac.setBackgroundOpacity(leaderboardWindow, 0)
ac.setBackgroundOpacity(driverWidget.window, 0)
ac.setBackgroundOpacity(driverComparisonWidget.window, 0)
ac.setBackgroundOpacity(fastest_lap_banner.window, 0)
if quali_started:
if info.graphics.sessionTimeLeft < 0:
ac.setText(lapCountTimerLabel, "0:00")
else:
timeText = time_to_string(info.graphics.sessionTimeLeft)[:-4]
ac.setText(lapCountTimerLabel, "0:00"[:-len(timeText)] + timeText)
if info.graphics.sessionTimeLeft < qualify_session_time / 5:
ac.setFontColor(lapCountTimerLabel, 1,0,0,1)
driverWidget.hide()
driverComparisonWidget.hide()
# ================================================================
# REPLAYS
# ================================================================
elif info.graphics.status == 1:
# three times per second
if timer1 > 0.3:
if not replay_started:
if info.graphics.iCurrentTime > 0:
replay_data = load_replay_file(drivers)
replay_started = True
# ============================
# FASTEST LAP BANNER TIMER
if fastest_lap_banner.timer > 0:
fastest_lap_banner.timer -= timer1
fastest_lap_banner.hide()
# ============================
# GET DATA FOR THIS UPDATE
if replay_data:
new_positions = lookup_data(info.graphics.completedLaps, info.graphics.iCurrentTime, replay_data, drivers)
# ============================
# POSITION UPDATE
for i in range(totalDrivers):
pos = new_positions[i]
if drivers[i].out: # mark unconnected drivers
leaderboard[pos].mark_out()
else:
leaderboard[pos].mark_in()
leaderboard[pos].update_name(i)
# OVERTAKE
if pos != drivers[i].position: # there was an overtake
drivers[i].timer = FC.OVERTAKE_POSITION_LABEL_TIMER # set timer
if pos < drivers[i].position:
leaderboard[pos].mark_green_position()
elif pos > drivers[i].position:
leaderboard[pos].mark_red_position()
elif drivers[i].timer <= 0:
leaderboard[pos].mark_white_position()
else:
drivers[i].timer -= timer1
drivers[i].position = pos
# END OVERTAKE
timer1 = 0
# Once per second
if timer0 > 1:
timer0 = 0
ac.setBackgroundOpacity(leaderboardWindow, 0)
ac.setBackgroundOpacity(driverWidget.window, 0)
ac.setBackgroundOpacity(driverComparisonWidget.window, 0)
ac.setBackgroundOpacity(fastest_lap_banner.window, 0)
# ============================
# GET FASTEST LAP UPDATE
if replay_data:
fl_data = lookup_fastest_lap(info.graphics.completedLaps, info.graphics.iCurrentTime, replay_data)
if fl_data:
display_time = FC.FASTEST_LAP_DISPLAY_TIME - (info.graphics.iCurrentTime - fl_data[0]) / 1000
fastest_lap_banner.show(fl_data[2], ac.getDriverName(fl_data[1]), timer=display_time) # display only for the time left
# ============================
# SERVER LAP
if replay_data:
lc = max((drivers[i].current_lap for i in range(totalDrivers))) + 1
if lc >= replay_data['nLaps']:
ac.setVisible(lapCountTimerLabel, 0)
ac.setBackgroundTexture(leaderboardBaseLabel, FC.LEADERBOARD_FINAL_LAP)
else:
ac.setText(lapCountTimerLabel, "%d / %d" % (lc, replay_data['nLaps']))
ac.setVisible(lapCountTimerLabel, 1)
ac.setBackgroundTexture(leaderboardBaseLabel, FC.LEADERBOARD_BASE_RACE)
# ============================
# PITS MARKER
for row in leaderboard:
if ac.isCarInPitline(row.driverId) == 1:
row.mark_enter_pits()
else:
row.mark_left_pits()
# ============================
# DRIVER WIDGET UPDATE
if replay_started:
id = ac.getFocusedCar()
if drivers[id].position <= totalDrivers: # in case it wasnt updated yet
driverWidget.show(id, drivers[id].position, drivers[id].starting_position, drivers[id].tyre, drivers[id].pits)
if drivers[id].position == 0:
driverComparisonWidget.hide()
else:
for d in drivers: # find driver ahead
if d.position == drivers[id].position - 1:
driverComparisonWidget.show(d.id, d.position, id, drivers[id].position, drivers[id].timeDiff*1000)
break
else:
driverWidget.hide()
driverComparisonWidget.hide()
# ============================
# UPDATE TIMES
if replay_data:
for row in leaderboard:
if LeaderboardRow.update_type == INFO_TYPE.GAPS:
row.update_time("+" + time_to_string(drivers[row.driverId].timeDiff*1000))
if row.row == 0:
row.update_time("Interval") # Force it
elif LeaderboardRow.update_type == INFO_TYPE.POSITIONS:
posDiff = drivers[row.driverId].starting_position - drivers[row.driverId].position - 1
row.update_positions(posDiff)
def acUpdate(delta_t):
global timer, isPatch, app, rolesLONG
global debug, mirrorrole, mirrorindex, toggleMonButton, fovValue, arDown, arUp, prevButton, nextButton
global btnVirtSizePlus, btnVirtSizeMinus
timer += delta_t
if timer > 0.1 and ac.isConnected(0):
timer = 0.0
if not isPatch:
ac.setText(debug, 'Shaders Patch not active.')
else:
try:
cammode = ac.getCameraMode()
if cammode == acsys.CM.Cockpit:
params = ac.ext_mirrorParams()
if params[3] == 0:
ac.setText(debug, '') # + str(ac.ext_mirrorDebug()) )
HideControls()
ShowVirtControls()
ac.setText(mirrorrole, 'F11 VirtMirror')
ac.setText(fovValue, '')
ac.setSize(app, 144, 213)
else:
index = int(params[4])
HideVirtControls()
if bool(int(params[0])) == True:
HideControls()
ac.setText(debug, 'set to Monitor\n'
) # + str(ac.ext_mirrorDebug()) )
ac.setText(toggleMonButton, "M")
else:
ShowControls()
ac.setText(debug,
'\n') # + str(ac.ext_mirrorDebug()) )
ac.setText(toggleMonButton, "m")
if index > 0:
ac.setText(mirrorindex, str(index))
else:
ac.setText(mirrorindex, "")
if virt:
ac.setText(fovValue, '')
else:
ac.setText(fovValue, str(int(params[1])))
# ac.setText(mirrorrole, roles[int(params[3])])
ac.setText(
arDown, ' - ' +
str(round(float(params[2]), 1)) + '\n AR')
ac.setText(mirrorrole, rolesLONG[int(params[3])])
ac.setVisible(toggleMonButton, 1)
ac.setVisible(mirrorrole, 1)
ac.setVisible(prevButton, 1)
ac.setVisible(nextButton, 1)
ac.setSize(app, 144, 213)
else:
ac.setText(
mirrorrole,
'Not in Cockpit\n') # + str(ac.ext_mirrorDebug()) )
ac.setText(debug, '')
HideVirtControls()
HideControls()
ac.setSize(app, 144, 85)
except:
isPatch = False
ac.log("AccExtMirror error: " + traceback.format_exc())
def update_smart_tracking_values(self, ctt, data, interpolation, info, the_x, dt):
try:
self.camera_in = data.mode[data.active_mode][data.active_cam].camera_in
self.camera_out = data.get_camera_out()
self.car_id = ac.getFocusedCar()
self.opponent = self.get_closest_opponent(self.car_id, interpolation, x, data)
#-------------------------------------------------------------------
#VERIFY SECOND CAR
#change opponent only if is the closest one for x amount of time
if self.opponent != self.__prev_smart_tracked_car_2:
self.__t_smart_tracking_2 += (dt * info.graphics.replayTimeMultiplier / 2)
if self.__t_smart_tracking_2 > 1 and self.__t_smart_tracking == 0:
self.__t_smart_tracking_2 = 0
self.__prev_smart_tracked_car_2 = self.opponent
else:
self.opponent = self.__prev_smart_tracked_car_2
else:
self.__t_smart_tracking_2 = 0
self.__prev_smart_tracked_car_2 = self.opponent
#dark magic - prevent jumping between opponents during transition
if self.__prev_smart_tracked_car != self.opponent or self.__t_smart_tracking > 0:
if self.__locked_smart_tracked_car == None:
self.__locked_smart_tracked_car = self.opponent
else:
self.opponent = self.__locked_smart_tracked_car
self.__t_smart_tracking += (dt * info.graphics.replayTimeMultiplier / self.transition)
if self.__t_smart_tracking > 1:
self.__prev_smart_tracked_car = self.__locked_smart_tracked_car
self.__locked_smart_tracked_car = None
self.__t_smart_tracking = 0
#-------------------------------------------------------------------
#FIND AND VERIFY LAST CAR OUT IN CAMERA SECTOR
self.last_car_out = {"id": None, "duration": None, "pos_expected": None}
for self.i in range(32): #max_cars
if ac.isConnected(self.i) == 1:
if data.get_car_is_out(self.i)["status"] == True:
if self.last_car_out["id"] == None:
self.last_car_out["id"] = self.i
self.last_car_out["duration"] = data.get_car_is_out(self.i)["duration"]
self.last_car_out["pos_expected"] = data.get_car_is_out(self.i)["pos_expected"]
else:
if self.last_car_out["duration"] > data.get_car_is_out(self.i)["duration"] and data.get_car_is_out(self.i)["duration"] > 1:
self.last_car_out["id"] = self.i
self.last_car_out["duration"] = data.get_car_is_out(self.i)["duration"]
self.last_car_out["pos_expected"] = data.get_car_is_out(self.i)["pos_expected"]
#-------------------------------------------------------------------
#CAR IS CLOSE
#if self.last_car_out["id"] == None:
#if self.car_id =
#CAR OUT
#self.__car_out = self.last_car_out["id"]
# self.__smart_tracking_fov_mix = 1
# self.__smart_tracking_cam_rot_to_track = self.calculate_cam_rot_to_point(ctt, self.last_car_out["pos_expected"])
# self.__smart_tracking_cam_rot_to_car_out = self.calculate_cam_rot_to_tracking_car(ctt, data, info, self.__car_out) * vec3(0.5, 0.5, 0.5) + self.__smart_tracking_cam_rot_to_track * vec3(0.5, 0.5, 0.5)
# self.__smart_tracking_fov = self.calculate_fov(ctt, self.cam_pos_2d, self.car_pos_2d, vec(self.last_car_out["pos_expected"].x, self.last_car_out["pos_expected"].y))
self.__smart_tracking_x = the_x
self.__smart_tracking_cam_rot = self.calculate_cam_rot_to_tracking_car(ctt, data, info, ac.getFocusedCar(), dt)
self.__smart_tracking_fov = ctt.get_fov()
except Exception as e:
debug(e)
def connected(self):
return ac.isConnected(self._player)
def updateSharedMemory():
global sharedMem
global packetID
sharedmem = sharedMem.getsharedmem()
sharedmem.packetID = -1
sharedmem.numVehicles = ac.getCarsCount()
sharedmem.focusVehicle = ac.getFocusedCar()
carIds = range(0, ac.getCarsCount(), 1)
for carId in carIds:
if str(ac.getCarName(carId)) == '-1':
break
else:
sharedmem.vehicleInfo[carId].carId = carId
sharedmem.vehicleInfo[carId].driverName = ac.getDriverName(
carId).encode('utf-8')
sharedmem.vehicleInfo[carId].carModel = ac.getCarName(
carId).encode('utf-8')
sharedmem.vehicleInfo[carId].speedMS = ac.getCarState(
carId, acsys.CS.SpeedMS)
sharedmem.vehicleInfo[carId].bestLapMS = ac.getCarState(
carId, acsys.CS.BestLap)
sharedmem.vehicleInfo[carId].lapCount = ac.getCarState(
carId, acsys.CS.LapCount)
sharedmem.vehicleInfo[carId].currentLapInvalid = ac.getCarState(
carId, acsys.CS.LapInvalidated)
sharedmem.vehicleInfo[carId].currentLapTimeMS = ac.getCarState(
carId, acsys.CS.LapTime)
sharedmem.vehicleInfo[carId].lastLapTimeMS = ac.getCarState(
carId, acsys.CS.LastLap)
sharedmem.vehicleInfo[carId].worldPosition = ac.getCarState(
carId, acsys.CS.WorldPosition)
sharedmem.vehicleInfo[carId].isCarInPitline = ac.isCarInPitline(
carId)
sharedmem.vehicleInfo[carId].isCarInPit = ac.isCarInPit(carId)
sharedmem.vehicleInfo[
carId].carLeaderboardPosition = ac.getCarLeaderboardPosition(
carId)
sharedmem.vehicleInfo[
carId].carRealTimeLeaderboardPosition = ac.getCarRealTimeLeaderboardPosition(
carId)
sharedmem.vehicleInfo[carId].splinePosition = ac.getCarState(
carId, acsys.CS.NormalizedSplinePosition)
sharedmem.vehicleInfo[carId].isConnected = ac.isConnected(carId)
if libInit == 1 and carId == 0:
sharedmem.vehicleInfo[carId].suspensionDamage[
0] = funcGetSuspensionDamage(carId, 0)
sharedmem.vehicleInfo[carId].suspensionDamage[
1] = funcGetSuspensionDamage(carId, 1)
sharedmem.vehicleInfo[carId].suspensionDamage[
2] = funcGetSuspensionDamage(carId, 2)
sharedmem.vehicleInfo[carId].suspensionDamage[
3] = funcGetSuspensionDamage(carId, 3)
sharedmem.vehicleInfo[
carId].engineLifeLeft = funcGetEngineLifeLeft(carId)
sharedmem.vehicleInfo[carId].tyreInflation[
0] = funcGetTyreInflation(carId, 0)
sharedmem.vehicleInfo[carId].tyreInflation[
1] = funcGetTyreInflation(carId, 1)
sharedmem.vehicleInfo[carId].tyreInflation[
2] = funcGetTyreInflation(carId, 2)
sharedmem.vehicleInfo[carId].tyreInflation[
3] = funcGetTyreInflation(carId, 3)
packetID = packetID + 1
sharedmem.packetID = packetID
def on_update(self, sim_info, standings, game_data):
session_time_left = game_data.sessionTimeLeft
sim_info_status = game_data.status
self.standings = standings
if self.is_multiplayer:
self.numCars = 0
for i in range(self.cars_count):
if ac.isConnected(i) > 0:
if self.is_multiplayer:
self.numCars += 1
self.drivers_lap_count[i].setValue(
ac.getCarState(i, acsys.CS.LapCount))
if self.last_lap_start[i] == -1 and session_time_left != 0:
self.last_lap_start[i] = session_time_left
if self.drivers_lap_count[i].hasChanged(
) and session_time_left != 0:
self.last_lap_start[i] = session_time_left
# if PB save delta
if ac.getCarState(i, acsys.CS.LastLap) <= ac.getCarState(
i, acsys.CS.BestLap):
self.reference_lap_time_others[i] = list(
self.current_lap_others[i])
if len(self.reference_lap_time_others[i]
) > 2000: # 2laps in
how_much = math.floor(
len(self.reference_lap_time_others[i]) / 1000)
del self.reference_lap_time_others[i][0:math.floor(
len(self.reference_lap_time_others[i]) /
how_much)]
# reset
self.current_lap_others[i] = []
# Deltas
self.spline_others[i].setValue(
round(ac.getCarState(i, acsys.CS.NormalizedSplinePosition),
3))
if self.is_touristenfahrten and self.spline_others[
i].value == 0.953:
self.last_lap_start[i] = session_time_left
self.current_lap_others[i] = []
if ac.isCarInPit(i) or ac.isCarInPitline(i):
self.current_lap_others[i] = []
if self.spline_others[i].hasChanged(
) and session_time_left != 0:
self.current_lap_others[i].append(
raceGaps(self.spline_others[i].value,
self.last_lap_start[i] - session_time_left))
if not self.deltaLoaded and Configuration.save_delta:
thread_load = threading.Thread(target=self.load_delta)
thread_load.daemon = True
thread_load.start()
if self.__class__.resetPressed:
self.referenceLapTime.setValue(0)
self.referenceLap = []
self.lastLapTime.setValue(0)
self.spline.setValue(0)
self.__class__.resetPressed = False
if self.__class__.importPressed:
self.referenceLap = self.reference_lap_time_others[
self.currentVehicle.value]
self.referenceLapTime.setValue(
ac.getCarState(self.currentVehicle.value, acsys.CS.BestLap))
'''
self.lastLapTime.setValue(0)
self.spline.setValue(0)
'''
self.__class__.importPressed = False
self.session.setValue(game_data.session)
self.manage_window(game_data)
self.animate()
self.currentVehicle.setValue(game_data.focusedCar)
self.current_car_class.setValue(
self.get_class_id(self.currentVehicle.value))
if self.currentVehicle.hasChanged(
) or self.current_car_class.hasChanged():
# number, curtime...
if Configuration.names == 1:
self.lbl_name_text.setText(
self.format_name_tlc2(
ac.getDriverName(self.currentVehicle.value)))
else:
self.lbl_name_text.setText(
self.format_name_tlc(
ac.getDriverName(self.currentVehicle.value)))
self.lbl_number_text.setText(self.get_driver_number())
#car_name=ac.getCarName(self.currentVehicle.value)
self.lbl_number_bg.set(background=Colors.color_for_car_class(
self.current_car_class.value),
init=True)
self.lbl_number_text.set(color=Colors.txt_color_for_car_class(
self.current_car_class.value),
init=True)
self.performance_display = 0
completed_laps = ac.getCarState(self.currentVehicle.value,
acsys.CS.LapCount)
self.lbl_laps_completed_text.setText(str(completed_laps))
self.lbl_laps_completed_text_shadow.setText(str(completed_laps))
if completed_laps > 1:
self.lbl_laps_text.setText("LAPS")
self.lbl_laps_text_shadow.setText("LAPS")
else:
self.lbl_laps_text.setText("LAP")
self.lbl_laps_text_shadow.setText("LAP")
if sim_info_status == 2: # LIVE
if session_time_left == 0 or game_data.beforeRaceStart:
self.reset_data()
self.reset_others()
if not Configuration.save_delta:
self.referenceLapTime.setValue(0)
self.referenceLap = []
self.lastLapTime.setValue(0)
self.spline.setValue(0)
elif self.currentVehicle.value == 0 and bool(
ac.isCarInPitline(0)) or bool(ac.isCarInPit(0)):
self.reset_data()
self.spline.setValue(
round(
ac.getCarState(self.currentVehicle.value,
acsys.CS.NormalizedSplinePosition), 3))
#Current lap time
if self.currentVehicle.value != 0 and self.last_lap_start[
self.currentVehicle.
value] != -1 and session_time_left != 0:
self.lbl_current_time_text.setText(
self.time_splitting_full(
self.last_lap_start[self.currentVehicle.value] -
session_time_left))
else:
self.lbl_current_time_text.setText(
self.time_splitting_full(
ac.getCarState(self.currentVehicle.value,
acsys.CS.LapTime)))
if self.currentVehicle.value == 0 and not self.lastLapIsValid:
self.lbl_current_time_text.set(color=Colors.red(),
animated=True)
else:
self.lbl_current_time_text.set(color=Colors.white(),
animated=True)
if self.currentVehicle.value == 0 and self.lastLapIsValid and sim_info.physics.numberOfTyresOut >= 4:
self.lastLapIsValid = False
if self.spline.hasChanged():
if self.currentVehicle.value == 0:
self.laptime.setValue(
round(
ac.getCarState(self.currentVehicle.value,
acsys.CS.LapTime), 3))
self.lastLapTime.setValue(
ac.getCarState(self.currentVehicle.value,
acsys.CS.LastLap))
gap = self.get_performance_gap(self.spline.value,
self.laptime.value)
if gap != False:
self.performance.setValue(gap)
if self.lastLapTime.value > 0:
self.lbl_last_time_text.setText(
self.time_splitting(self.lastLapTime.value, "yes"))
else:
self.lbl_last_time_text.setText("--:--.---")
# new lap
if self.lastLapTime.hasChanged():
if (
self.referenceLapTime.value == 0
or self.lastLapTime.value <
self.referenceLapTime.value
) and self.lastLapIsValid and self.lastLapTime.value > 0 and self.lapCount < ac.getCarState(
0, acsys.CS.LapCount):
#if self.lastLapTime.value > 0:
# self.lbl_last_time_text.setText(self.time_splitting(self.lastLapTime.value, "yes"))
#else:
# self.lbl_last_time_text.setText("--:--.---")
self.referenceLapTime.setValue(
self.lastLapTime.value)
self.referenceLap = list(self.currentLap)
if len(self.referenceLap) > 2000: # 2laps in
ac.console("too many laps in reference----")
ac.log("too many laps in reference----")
how_much = math.floor(
len(self.referenceLap) / 1000)
del self.referenceLap[0:math.floor(
len(self.referenceLap) / how_much)]
if self.currentVehicle.value == 0 and Configuration.save_delta and len(
self.referenceLap) > 20:
thread_save = threading.Thread(
target=self.save_delta)
thread_save.daemon = True
thread_save.start()
self.currentLap = []
self.lapCount = ac.getCarState(
self.currentVehicle.value, acsys.CS.LapCount)
self.lastLapIsValid = True
self.currentLap.append(
raceGaps(self.spline.value, self.laptime.value))
self.best_lap_time = self.referenceLapTime.value
self.performance_display = self.performance.value
else:
gap = self.get_performance_gap(
self.spline.value,
self.last_lap_start[self.currentVehicle.value] -
session_time_left)
if gap != False:
self.performance_display = gap
#else:
# self.performance_display = ac.getCarState(self.currentVehicle.value, acsys.CS.PerformanceMeter)
self.best_lap_time = ac.getCarState(
self.currentVehicle.value, acsys.CS.BestLap)
last_lap = ac.getCarState(self.currentVehicle.value,
acsys.CS.LastLap)
if last_lap > 0:
self.lbl_last_time_text.setText(
self.time_splitting(last_lap, "yes"))
else:
self.lbl_last_time_text.setText("--:--.---")
#update rate
self.TimeLeftUpdate.setValue(int(session_time_left / 500))
if self.TimeLeftUpdate.hasChanged():
# update graphics
# position
if self.session.value != 2:
pos = self.get_standings_position(
self.currentVehicle.value)
else:
pos = self.get_race_standings_position(
self.currentVehicle.value)
if pos > self.numCars:
pos = self.numCars
if Colors.multiCarsClasses:
# Position in class
pos_class = self.get_race_standings_position_in_class(
self.currentVehicle.value)
self.lbl_position_text.setText(str(pos_class[0]))
self.lbl_position_text_shadow.setText(str(pos_class[0]))
self.lbl_position_total_text.setText("/{0}".format(
pos_class[1]))
self.lbl_position_total_text_shadow.setText("/{0}".format(
pos_class[1]))
# Position in overall
self.lbl_position_text_multi.setText(str(pos)).show()
self.lbl_position_text_multi_shadow.setText(
str(pos)).show()
self.lbl_position_total_text_multi.setText("/{0}".format(
self.numCars)).show()
self.lbl_position_total_text_multi_shadow.setText(
"/{0}".format(self.numCars)).show()
else:
# Position in overall
self.lbl_position_text.setText(str(pos))
self.lbl_position_text_shadow.setText(str(pos))
self.lbl_position_total_text.setText("/{0}".format(
self.numCars))
self.lbl_position_total_text_shadow.setText("/{0}".format(
self.numCars))
self.lbl_position_text_multi.hide()
self.lbl_position_text_multi_shadow.hide()
self.lbl_position_total_text_multi.hide()
self.lbl_position_total_text_multi_shadow.hide()
# flags
flag = game_data.flag
if flag == 1:
# AC_BLUE_FLAG Flag
self.lbl_flag.set(background=Colors.blue_flag()).show()
elif flag == 2:
# AC_YELLOW_FLAG Flag
self.lbl_flag.set(background=Colors.
timer_border_yellow_flag_bg()).show()
self.last_yellow_flag_end = session_time_left
elif flag == 3 or flag == 6:
# AC_BLACK_FLAG,AC_PENALTY_FLAG
self.lbl_flag.set(background=Colors.black()).show()
elif flag == 4:
# AC_WHITE_FLAG
self.lbl_flag.set(background=Colors.white(bg=True)).show()
elif ac.getCarState(self.currentVehicle.value,
acsys.CS.RaceFinished) == 1: #flag == 5
# AC_CHECKERED_FLAG
self.lbl_flag.set(background=Colors.flag_finish()).show()
elif self.last_yellow_flag_end != False and self.last_yellow_flag_end - 4000 <= session_time_left:
# Green flag
self.lbl_flag.set(
background=Colors.timer_border_bg()).show()
else:
self.lbl_flag.hide()
if self.best_lap_time > 0:
self.lbl_best_time_text.setText(
self.time_splitting(self.best_lap_time, "yes"))
else:
self.lbl_best_time_text.setText("--:--.---")
if self.best_lap_time > 0: # and self.currentVehicle.value == 0
time_prefix = "+"
color = Colors.delta_neutral()
if self.performance_display >= 10:
time_prefix = "+"
color = Colors.delta_positive()
elif self.performance_display <= -10:
time_prefix = "-"
color = Colors.delta_negative()
self.lbl_delta_bg.set(background=color, animated=True)
txt_delta = time_prefix + self.time_splitting_delta(
abs(self.performance_display))
self.lbl_delta_text.set(
font_size=self.font_size +
self.rowHeight.value * 3 / 38 -
((len(txt_delta) - 5) * self.rowHeight.value * 4 / 38),
animated=True).setText(txt_delta)
if self.performance_display < self.best_lap_time:
self.lbl_prediction_time_text.setText(
self.time_splitting(
self.best_lap_time + self.performance_display,
"yes"))
else:
self.lbl_prediction_time_text.setText("--:--.---")
else:
self.lbl_delta_bg.set(background=Colors.delta_neutral(),
animated=True)
self.lbl_delta_text.set(font_size=self.font_size +
self.rowHeight.value * 4 / 38,
animated=True).setText("-.--")
self.lbl_prediction_time_text.setText("--:--.---")