def __init__(self, detached):
# simmode
self.mode = self.init
self.simt = 0.0 # Runtime
self.tprev = 0.0
self.syst0 = 0.0
self.simdt = 0.0
self.syst = 0.0 # system time
# Simulated UTC clock time
self.utc = datetime.datetime.utcnow().replace(hour=0,
minute=0,
second=0,
microsecond=0)
# Directories
self.datadir = "./data/"
self.dts = []
# Fixed dt mode for fast forward
self.ffmode = False # Default FF off
self.fixdt = 0.1 # Default time step
self.ffstop = -1. # Indefinitely
# Simulation objects
print("Setting up Traffic simulation")
self.metric = Metric()
def __init__(self):
# simmode
self.mode = self.init
self.simt = 0.0 # Runtime
self.tprev = 0.0
self.syst0 = 0.0
self.simdt = 0.0
self.syst = 0.0 # system time
self.deltclock = 0.0 # SImulated clock time at simt=0.
self.simtclock = 0.0
# Directories
self.datadir = "./data/"
self.dts = []
# Fixed dt mode for fast forward
self.ffmode = False # Default FF off
self.fixdt = 0.1 # Default time step
self.ffstop = -1. # Indefinitely
# Simulation objects
print("Setting up Traffic simulation")
self.metric = Metric()
# Additional modules
self.telnet_in = StackTelnetServer()
def __init__(self):
# simmode
self.mode = self.init
self.simt = 0.0 # Runtime
self.tprev = 0.0
self.syst0 = 0.0
self.simdt = 0.0
self.syst = 0.0 # system time
self.deltclock = 0.0 # SImulated clock time at simt=0.
self.simtclock = 0.0
# Directories
self.datadir = "./data/"
self.dts = []
# Fixed dt mode for fast forward
self.ffmode = False # Default FF off
self.fixdt = 0.1 # Default time step
self.ffstop = -1. # Indefinitely
# Simulation objects
print("Setting up Traffic simulation")
self.metric = Metric()
# Additional modules
self.telnet_in = StackTelnetServer()
class Simulation:
"""
Simulation class definition : simulation control (time, mode etc.) class
Methods:
Simulation() : constructor
update() : update sim variables (like time)
op() : go from IC/HOLD to OPERATE mode
pause() : go to HOLD mode (pause)
stop() : quit function
Created by : Jacco M. Hoekstra (TU Delft)
"""
# simulation modes
init, hold, op, end = list(range(4))
def __init__(self, detached):
# simmode
self.mode = self.init
self.simt = 0.0 # Runtime
self.tprev = 0.0
self.syst0 = 0.0
self.simdt = 0.0
self.syst = 0.0 # system time
# Simulated UTC clock time
self.utc = datetime.datetime.utcnow().replace(hour=0,
minute=0,
second=0,
microsecond=0)
# Directories
self.datadir = "./data/"
self.dts = []
# Fixed dt mode for fast forward
self.ffmode = False # Default FF off
self.fixdt = 0.1 # Default time step
self.ffstop = -1. # Indefinitely
# Simulation objects
print("Setting up Traffic simulation")
self.metric = Metric()
def update(self):
self.syst = time.clock()
if self.mode == Simulation.init:
self.operate()
# Closk for run(=op) mode
if self.mode == Simulation.op:
# Not fast forward: variable dt
if not self.ffmode:
self.tprev = self.simt
self.simt = self.syst - self.syst0
self.simdt = self.simt - self.tprev
# Protect against incidental dt's larger than 1 second,
# due to window moving, switch to/from full screen, etc.
if self.simdt > 1.0:
extra = self.simdt - 1.0
self.simdt = 1.0
self.simt = self.simt - extra
self.syst0 = self.syst - self.simt
# Fast forward: fixed dt until ffstop time, goto pause
else:
self.simdt = self.fixdt
self.simt = self.simt + self.fixdt
self.syst0 = self.syst - self.simt
if self.ffstop > 0. and self.simt >= self.ffstop:
self.ffmode = False
self.mode = self.hold
# Update UTC time
self.utc += datetime.timedelta(seconds=self.simdt)
# Datalog pre-update (communicate current sim time to loggers)
datalog.preupdate(self.simt)
# Plugins pre-update
plugin.preupdate(self.simt)
# For measuring game loop frequency
self.dts.append(self.simdt)
if len(self.dts) > 20:
del self.dts[0]
stack.checkfile(self.simt)
# Always process stack
stack.process()
if self.mode == Simulation.op:
bs.traf.update(self.simt, self.simdt)
# Update metrics
self.metric.update()
# Update plugins
plugin.update(self.simt)
# Update loggers
datalog.postupdate()
# HOLD/Pause mode
else:
self.syst0 = self.syst - self.simt
self.simdt = 0.0
return
def scenarioInit(self, name):
self.reset()
return
def benchmark(self, fname='IC', tend=60.0):
return False, "Benchmark command not available in Pygame version."
def batch(self, filename):
return False, "Batch comand not available in Pygame version," + \
"use Qt-version for batch simulations"
def addnodes(self, count):
return
def pause(self): # Hold mode
self.mode = self.hold
self.syst0 = self.syst - self.simt
self.simdt = 0.0
return
def stop(self): # Quit mode
self.mode = self.end
datalog.reset()
bs.stack.saveclose() # Save close configuration
# datalog.save()
return
def operate(self): # Back to op-mode: run after HOLD/PAUSE
self.mode = self.op
self.syst = time.clock()
self.syst0 = self.syst - self.simt
self.tprev = self.simt - 0.001 # allow 1 msec step rto avoid div by zero
return
def setDt(self, dt):
self.fixdt = abs(dt)
def setDtMultiplier(self, mult=None):
return False, "Dt multiplier not available in Pygame version."
def setFixdt(self, flag=None, nsec=None):
if flag is not None:
if flag:
self.fastforward(nsec)
else:
self.ffmode = False
def fastforward(self, nsec=None):
self.ffmode = True
if nsec is not None:
self.ffstop = self.simt + nsec
else:
self.ff_end = -1.0
def reset(self):
self.simt = 0.0
self.mode = self.init
plugin.reset()
bs.navdb.reset()
bs.traf.reset()
datalog.reset()
areafilter.reset()
self.utc = datetime.datetime.utcnow().replace(hour=0,
minute=0,
second=0,
microsecond=0)
def setutc(self, *args):
""" Set simulated clock time offset"""
if not args:
pass # avoid error message, just give time
elif len(args) == 1:
if args[0].upper() == "RUN":
self.utc = datetime.datetime.utcnow().replace(hour=0,
minute=0,
second=0,
microsecond=0)
elif args[0].upper() == "REAL":
self.utc = datetime.datetime.today().replace(microsecond=0)
elif args[0].upper() == "UTC":
self.utc = datetime.datetime.utcnow().replace(microsecond=0)
else:
try:
self.utc = datetime.datetime.strptime(
args[0], '%H:%M:%S.%f')
except ValueError:
return False, "Input time invalid"
elif len(args) == 3:
day, month, year = args
try:
self.utc = datetime.datetime(year, month, day)
except ValueError:
return False, "Input date invalid."
elif len(args) == 4:
day, month, year, timestring = args
try:
self.utc = datetime.datetime.strptime(
f'{year},{month},{day},{timestring}',
'%Y,%m,%d,%H:%M:%S.%f')
except ValueError:
return False, "Input date invalid."
else:
return False, "Syntax error"
return True, "Simulation UTC " + str(self.utc)
class Simulation:
"""
Simulation class definition : simulation control (time, mode etc.) class
Methods:
Simulation() : constructor
update() : update sim variables (like time)
op() : go from IC/HOLD to OPERATE mode
pause() : go to HOLD mode (pause)
stop() : quit function
Created by : Jacco M. Hoekstra (TU Delft)
"""
# simulation modes
init, hold, op, end = list(range(4))
def __init__(self):
# simmode
self.mode = self.init
self.simt = 0.0 # Runtime
self.tprev = 0.0
self.syst0 = 0.0
self.simdt = 0.0
self.syst = 0.0 # system time
self.deltclock = 0.0 # SImulated clock time at simt=0.
self.simtclock = 0.0
# Directories
self.datadir = "./data/"
self.dts = []
# Fixed dt mode for fast forward
self.ffmode = False # Default FF off
self.fixdt = 0.1 # Default time step
self.ffstop = -1. # Indefinitely
# Simulation objects
print("Setting up Traffic simulation")
self.metric = Metric()
# Additional modules
self.telnet_in = StackTelnetServer()
def update(self):
self.syst = time.clock()
if self.mode == Simulation.init:
self.operate()
# Closk for run(=op) mode
if self.mode == Simulation.op:
# Not fast forward: variable dt
if not self.ffmode:
self.tprev = self.simt
self.simt = self.syst - self.syst0
self.simdt = self.simt - self.tprev
# Protect against incidental dt's larger than 1 second,
# due to window moving, switch to/from full screen, etc.
if self.simdt > 1.0:
extra = self.simdt - 1.0
self.simt = self.simt - extra
self.syst0 = self.syst - self.simt
# Fast forward: fixed dt until ffstop time, goto pause
else:
self.simdt = self.fixdt
self.simt = self.simt + self.fixdt
self.syst0 = self.syst - self.simt
if self.ffstop > 0. and self.simt >= self.ffstop:
self.ffmode = False
self.mode = self.hold
# Update simulated clock time
self.simtclock = (self.simt + self.deltclock) % onedayinsec
# Datalog pre-update (communicate current sim time to loggers)
datalog.preupdate(self.simt)
# Plugins pre-update
plugin.preupdate(self.simt)
# For measuring game loop frequency
self.dts.append(self.simdt)
if len(self.dts) > 20:
del self.dts[0]
stack.checkfile(self.simt)
# Always process stack
stack.process()
if self.mode == Simulation.op:
bs.traf.update(self.simt, self.simdt)
# Update metrics
self.metric.update()
# Update plugins
plugin.update(self.simt)
# Update loggers
datalog.postupdate()
# HOLD/Pause mode
else:
self.syst0 = self.syst - self.simt
self.simdt = 0.0
return
def scenarioInit(self, name):
self.reset()
return
def benchmark(self, fname='IC', tend=60.0):
return False, "Benchmark command not available in Pygame version."
def batch(self, filename):
return False, "Batch comand not available in Pygame version," + \
"use Qt-version for batch simulations"
def addnodes(self, count):
return
def pause(self): # Hold mode
self.mode = self.hold
self.syst0 = self.syst - self.simt
self.simdt = 0.0
return
def stop(self): # Quit mode
self.mode = self.end
datalog.reset()
bs.stack.saveclose() # Save close configuration
# datalog.save()
return
def operate(self): # Back to op-mode: run after HOLD/PAUSE
self.mode = self.op
self.syst = time.clock()
self.syst0 = self.syst - self.simt
self.tprev = self.simt - 0.001 # allow 1 msec step rto avoid div by zero
return
def setDt(self, dt):
self.fixdt = abs(dt)
def setDtMultiplier(self, mult=None):
return False, "Dt multiplier not available in Pygame version."
def setFixdt(self, flag=None, nsec=None):
if flag is not None:
if flag:
self.fastforward(nsec)
else:
self.ffmode = False
def fastforward(self, nsec=None):
self.ffmode = True
if nsec is not None:
self.ffstop = self.simt + nsec
else:
self.ff_end = -1.0
def reset(self):
self.simt = 0.0
self.mode = self.init
plugin.reset()
bs.navdb.reset()
bs.traf.reset()
datalog.reset()
areafilter.reset()
self.delclock = 0.0 # SImulated clock time at simt=0.
self.simtclock = 0.0
def setclock(self, txt=""):
""" Set simulated clock time offset"""
if txt == "":
pass # avoid error message, just give time
elif txt.upper() == "RUN":
self.deltclock = 0.0
self.simtclock = self.simt
elif txt.upper() == "REAL":
tclock = time.localtime()
self.simtclock = tclock.tm_hour * 3600. + tclock.tm_min * 60. + tclock.tm_sec
self.deltclock = self.simtclock - self.simt
elif txt.upper() == "UTC":
utclock = time.gmtime()
self.simtclock = utclock.tm_hour * 3600. + utclock.tm_min * 60. + utclock.tm_sec
self.deltclock = self.simtclock - self.simt
elif txt.replace(":", "").replace(".", "").isdigit():
self.simtclock = txt2tim(txt)
self.deltclock = self.simtclock - self.simt
else:
return False, "Time syntax error"
return True, "Time is now " + tim2txt(self.simtclock)
class Simulation:
"""
Simulation class definition : simulation control (time, mode etc.) class
Methods:
Simulation() : constructor
update() : update sim variables (like time)
op() : go from IC/HOLD to OPERATE mode
pause() : go to HOLD mode (pause)
stop() : quit function
Created by : Jacco M. Hoekstra (TU Delft)
"""
# simulation modes
init, hold, op, end = list(range(4))
def __init__(self):
# simmode
self.mode = self.init
self.simt = 0.0 # Runtime
self.tprev = 0.0
self.syst0 = 0.0
self.simdt = 0.0
self.syst = 0.0 # system time
self.deltclock = 0.0 # SImulated clock time at simt=0.
self.simtclock = 0.0
# Directories
self.datadir = "./data/"
self.dts = []
# Fixed dt mode for fast forward
self.ffmode = False # Default FF off
self.fixdt = 0.1 # Default time step
self.ffstop = -1. # Indefinitely
# Simulation objects
print("Setting up Traffic simulation")
self.metric = Metric()
# Additional modules
self.telnet_in = StackTelnetServer()
def update(self):
self.syst = time.clock()
if self.mode == Simulation.init:
self.operate()
# Closk for run(=op) mode
if self.mode == Simulation.op:
# Not fast forward: variable dt
if not self.ffmode:
self.tprev = self.simt
self.simt = self.syst - self.syst0
self.simdt = self.simt - self.tprev
# Protect against incidental dt's larger than 1 second,
# due to window moving, switch to/from full screen, etc.
if self.simdt > 1.0:
extra = self.simdt-1.0
self.simt = self.simt - extra
self.syst0 = self.syst-self.simt
# Fast forward: fixed dt until ffstop time, goto pause
else:
self.simdt = self.fixdt
self.simt = self.simt+self.fixdt
self.syst0 = self.syst - self.simt
if self.ffstop > 0. and self.simt >= self.ffstop:
self.ffmode = False
self.mode = self.hold
# Update simulated clock time
self.simtclock = (self.simt + self.deltclock)%onedayinsec
# Datalog pre-update (communicate current sim time to loggers)
datalog.preupdate(self.simt)
# Plugins pre-update
plugin.preupdate(self.simt)
# For measuring game loop frequency
self.dts.append(self.simdt)
if len(self.dts) > 20:
del self.dts[0]
stack.checkfile(self.simt)
# Always process stack
stack.process()
if self.mode == Simulation.op:
bs.traf.update(self.simt, self.simdt)
# Update metrics
self.metric.update()
# Update plugins
plugin.update(self.simt)
# Update loggers
datalog.postupdate()
# HOLD/Pause mode
else:
self.syst0 = self.syst-self.simt
self.simdt = 0.0
return
def scenarioInit(self, name):
self.reset()
return
def benchmark(self, fname='IC', tend=60.0):
return False, "Benchmark command not available in Pygame version."
def batch(self, filename):
return False, "Batch comand not available in Pygame version," + \
"use Qt-version for batch simulations"
def addnodes(self, count):
return
def pause(self): # Hold mode
self.mode = self.hold
self.syst0 = self.syst-self.simt
self.simdt = 0.0
return
def stop(self): # Quit mode
self.mode = self.end
datalog.reset()
bs.stack.saveclose() # Save close configuration
# datalog.save()
return
def operate(self): # Back to op-mode: run after HOLD/PAUSE
self.mode = self.op
self.syst = time.clock()
self.syst0 = self.syst-self.simt
self.tprev = self.simt-0.001 # allow 1 msec step rto avoid div by zero
return
def setDt(self, dt):
self.fixdt = abs(dt)
def setDtMultiplier(self, mult=None):
return False, "Dt multiplier not available in Pygame version."
def setFixdt(self, flag=None, nsec=None):
if flag is not None:
if flag:
self.fastforward(nsec)
else:
self.ffmode = False
def fastforward(self, nsec=None):
self.ffmode = True
if nsec is not None:
self.ffstop = self.simt + nsec
else:
self.ff_end = -1.0
def reset(self):
self.simt = 0.0
self.mode = self.init
plugin.reset()
bs.navdb.reset()
bs.traf.reset()
datalog.reset()
areafilter.reset()
self.delclock = 0.0 # SImulated clock time at simt=0.
self.simtclock = 0.0
def setclock(self,txt=""):
""" Set simulated clock time offset"""
if txt == "":
pass # avoid error message, just give time
elif txt.upper()== "RUN":
self.deltclock = 0.0
self.simtclock = self.simt
elif txt.upper()== "REAL":
tclock = time.localtime()
self.simtclock = tclock.tm_hour*3600. + tclock.tm_min*60. + tclock.tm_sec
self.deltclock = self.simtclock - self.simt
elif txt.upper()== "UTC":
utclock = time.gmtime()
self.simtclock = utclock.tm_hour*3600. + utclock.tm_min*60. + utclock.tm_sec
self.deltclock = self.simtclock - self.simt
elif txt.replace(":","").replace(".","").isdigit():
self.simtclock = txt2tim(txt)
self.deltclock = self.simtclock - self.simt
else:
return False,"Time syntax error"
return True,"Time is now "+tim2txt(self.simtclock)