def ModeX(Occupied_Timeline):
"Plan to schedule the Mode at the start of the timeline"
initial_StartDate = ephem.Date(
OPT_Config_File.Timeline_settings()['start_date'])
"Set a duration of the Mode in seconds, which in turns sets the endDate"
duration = 600
#duration = OPT_Config_File.ModeX_settings()['duration']
endDate = ephem.Date(initial_StartDate + ephem.second * duration)
"Check if the planned initial_StartDate is available and postpone until available"
startDate, endDate, iterations = scheduler(Occupied_Timeline,
initial_StartDate, endDate)
comment = 'Number of times date postponed: ' + str(iterations)
"Get the name of the function, which shall also be the name of the mode"
Mode_name = sys._getframe(0).f_code.co_name
"Add the scheduled startDate and endDate as a duple to the Occupied_Timeline dictionary using your Mode name as the key"
Occupied_Timeline[Mode_name].append((startDate, endDate))
"Return the updated Occupied_Timeline variable and a comment"
return Occupied_Timeline, comment
def date_select(Occupied_Timeline, initial_date):
date = initial_date
try:
Logger.info('Mode specific mode_duration used as initial date')
endDate = ephem.Date(
initial_date + ephem.second *
OPT_Config_File.Timeline_settings()['mode_separation'] +
ephem.second * Mode201_settings()['mode_duration'])
except:
Logger.info('Timeline mode_duration used as initial date')
endDate = ephem.Date(
initial_date + ephem.second *
OPT_Config_File.Timeline_settings()['mode_separation'] +
ephem.second *
OPT_Config_File.Timeline_settings()['mode_duration'])
############### Start of availability schedueler ##########################
date, endDate, iterations = scheduler(Occupied_Timeline, date, endDate)
############### End of availability schedueler ##########################
comment = 'Number of times date postponed: ' + str(iterations)
"Get the name of the parent function, which is always defined as the name of the mode"
Mode_name = sys._getframe(1).f_code.co_name
Occupied_Timeline[Mode_name].append((date, endDate))
return Occupied_Timeline, comment
def Mode100(Occupied_Timeline):
"""Core function for the scheduling of Mode100.
Arguments:
Occupied_Timeline (:obj:`dict` of :obj:`list`): Dictionary with keys equal to planned and scheduled Modes/CMDs with entries equal to their start and end time as a list.
Returns:
(tuple): tuple containing:
(:obj:`dict` of :obj:`list`): Occupied_Timeline (updated with the result from the scheduled Mode). \n
(str): Comment regarding the result of scheduling of the mode.
"""
Timeline_settings = OPT_Config_File.Timeline_settings()
Settings = OPT_Config_File.Mode100_settings()
"Get the initially planned date"
if Settings["start_date"] != "0":
initialDate = ephem.Date(Settings["start_date"])
Logger.info("Mode specific start_date used as initial date")
else:
Logger.info("Timeline start_date used as initial date")
initialDate = ephem.Date(Timeline_settings["start_date"])
# number_of_CMDs = 6
number_of_altitudes = int((Settings["pointing_altitude_to"] -
Settings["pointing_altitude_from"]) /
Settings["pointing_altitude_interval"] + 1)
"Set higher than in reality to make sure there is enough time"
NumberOfCMDsPerAltitude = 12
duration = (Settings["pointing_duration"] +
Timeline_settings["pointing_stabilization"] +
Timeline_settings["CCDSYNC_Waittime"] +
Timeline_settings["CMD_separation"] *
NumberOfCMDsPerAltitude) * number_of_altitudes
endDate = ephem.Date(
initialDate + ephem.second *
(duration + Timeline_settings["mode_separation"])
) # no mode seperation to ensure consistency at each altitude
############### Start of availability schedueler ##########################
startDate, endDate, iterations = scheduler(Occupied_Timeline, initialDate,
endDate)
############### End of availability schedueler ##########################
comment = "Number of times date postponed: " + str(iterations)
"Get the name of the parent function, which is always defined as the name of the mode"
Mode_name = sys._getframe(0).f_code.co_name
Occupied_Timeline[Mode_name].append((startDate, endDate))
return Occupied_Timeline, comment
def UserProvidedDateScheduler(Occupied_Timeline, Settings):
"""Schedules a single user provided date.
Used by Mode120-124.
Arguments:
Occupied_Timeline (:obj:`dict` of :obj:`list`): Dictionary with keys equal to planned and scheduled Modes/CMDs with entries equal to their start and end time as a list.
Settings (dict): Dictionary containing settings for this simulation.
Returns:
(tuple): tuple containing:
(:obj:`dict` of :obj:`list`): Occupied_Timeline (updated with the result from the scheduled Mode). \n
(str): Comment regarding the result of the scheduling of the mode.
"""
"Get the name of the parent function, which is always defined as the name of the mode"
Mode_name = sys._getframe(1).f_code.co_name
Timeline_settings = OPT_Config_File.Timeline_settings()
if (Settings['start_date'] == '0'):
StartDate = ephem.Date(Timeline_settings['start_date'])
else:
try:
StartDate = ephem.Date(Settings['start_date'])
except:
Logger.error('Could not get Settings["start_date"], exiting...')
sys.exit()
endDate = ephem.Date(
StartDate + ephem.second *
(Settings['freeze_start'] + Settings['freeze_duration'] +
Timeline_settings['mode_separation']))
############### Start of availability schedueler ##########################
StartDate, endDate, iterations = scheduler(Occupied_Timeline, StartDate,
endDate)
############### End of availability schedueler ##########################
comment = str(
Mode_name
) + ' scheduled using a user given date, the date got postponed ' + str(
iterations) + ' times'
Occupied_Timeline[Mode_name].append((StartDate, endDate))
return Occupied_Timeline, comment
def Mode130(Occupied_Timeline):
"""Core function for the scheduling of Mode130.
Arguments:
Occupied_Timeline (:obj:`dict` of :obj:`list`): Dictionary with keys equal to planned and scheduled Modes/CMDs with entries equal to their start and end time as a list.
Returns:
(tuple): tuple containing:
(:obj:`dict` of :obj:`list`): Occupied_Timeline (updated with the result from the scheduled Mode). \n
(str): Comment regarding the result of scheduling of the mode.
"""
Timeline_settings = OPT_Config_File.Timeline_settings()
Settings = OPT_Config_File.Mode130_settings()
"Get the initially planned date"
if (Settings['start_date'] != '0'):
initialDate = ephem.Date(Settings['start_date'])
Logger.info('Mode specific start_date used as initial date')
else:
Logger.info('Timeline start_date used as initial date')
initialDate = ephem.Date(Timeline_settings['start_date'])
NumberOfCCDs = 7
endDate = ephem.Date(initialDate + ephem.second *
(Settings['SnapshotSpacing'] * NumberOfCCDs +
Timeline_settings['pointing_stabilization'] +
Timeline_settings['mode_separation']))
############### Start of availability schedueler ##########################
startDate, endDate, iterations = scheduler(Occupied_Timeline, initialDate,
endDate)
############### End of availability schedueler ##########################
comment = 'Number of times date postponed: ' + str(iterations)
"Get the name of the parent function, which is always defined as the name of the mode"
Mode_name = sys._getframe(0).f_code.co_name
Occupied_Timeline[Mode_name].append((startDate, endDate))
return Occupied_Timeline, comment
def Mode134(Occupied_Timeline):
"""Core function for the scheduling of Mode134.
Arguments:
Occupied_Timeline (:obj:`dict` of :obj:`list`): Dictionary with keys equal to planned and scheduled Modes/CMDs with entries equal to their start and end time as a list.
Returns:
(tuple): tuple containing:
(:obj:`dict` of :obj:`list`): Occupied_Timeline (updated with the result from the scheduled Mode). \n
(str): Comment regarding the result of scheduling of the mode.
"""
"Get the initially planned date"
if OPT_Config_File.Mode134_settings()["start_date"] != "0":
initialDate = ephem.Date(OPT_Config_File.Mode160_settings()["start_date"])
Logger.info("Mode specific start_date used as initial date")
else:
Logger.info("Timeline start_date used as initial date")
initialDate = ephem.Date(OPT_Config_File.Timeline_settings()["start_date"])
endDate = ephem.Date(
initialDate
+ ephem.second
* (
OPT_Config_File.Mode134_settings()["mode_duration"]
+ OPT_Config_File.Timeline_settings()["mode_separation"]
)
)
############### Start of availability schedueler ##########################
startDate, endDate, iterations = scheduler(Occupied_Timeline, initialDate, endDate)
############### End of availability schedueler ##########################
comment = "Number of times date postponed: " + str(iterations)
"Get the name of the parent function, which is always defined as the name of the mode"
Mode_name = sys._getframe(0).f_code.co_name
Occupied_Timeline[Mode_name].append((startDate, endDate))
return Occupied_Timeline, comment
def CMD_scheduler(Occupied_Timeline):
"""Subfuncton, Schedules a CMD/Procedure and saves it to the *Occupied_Timeline* variable
Arguments:
Occupied_Timeline (:obj:`dict` of :obj:`list`): Dictionary with keys equal to planned and scheduled Modes/CMDs with entries equal to their start and end time as a list.
Returns:
(tuple): tuple containing:
(:obj:`dict` of :obj:`list`): Occupied_Timeline (updated with the result from the scheduled CMD). \n
(str): Comment regarding the result of scheduling of the CMD.
"""
Logger.info('Timeline start_time used as initial date')
initial_date = ephem.Date(
OPT_Config_File.Timeline_settings()['start_date'])
duration = OPT_Config_File.Timeline_settings()['CMD_duration']
endDate = ephem.Date(
initial_date + ephem.second *
(OPT_Config_File.Timeline_settings()['mode_separation'] + duration))
############### Start of availability schedueler ##########################
date, endDate, iterations = scheduler(Occupied_Timeline, initial_date,
endDate)
############### End of availability schedueler ##########################
comment = 'Number of times date postponed: ' + str(iterations)
"Get the name of the function, which is defined as the name of the CMD"
CMD_name = sys._getframe(1).f_code.co_name
Occupied_Timeline[CMD_name].append((date, endDate))
return Occupied_Timeline, comment
def Mode132(Occupied_Timeline):
"""Core function for the scheduling of Mode132.
Arguments:
Occupied_Timeline (:obj:`dict` of :obj:`list`): Dictionary with keys equal to planned and scheduled Modes/CMDs with entries equal to their start and end time as a list.
Returns:
(tuple): tuple containing:
(:obj:`dict` of :obj:`list`): Occupied_Timeline (updated with the result from the scheduled Mode). \n
(str): Comment regarding the result of scheduling of the mode.
"""
Timeline_settings = OPT_Config_File.Timeline_settings()
Settings = OPT_Config_File.Mode132_settings()
"Get the initially planned date"
if Settings["start_date"] != "0":
initialDate = ephem.Date(Settings["start_date"])
Logger.info("Mode specific start_date used as initial date")
else:
Logger.info("Timeline start_date used as initial date")
initialDate = ephem.Date(Timeline_settings["start_date"])
NumberOfCMDsPerAltitude = 12
if len(Settings["Exp_Times_UV"]) <= len(Settings["Exp_Times_IR"]):
duration = (
Settings["session_duration"] +
Timeline_settings["CMD_separation"] * NumberOfCMDsPerAltitude +
Timeline_settings["pointing_stabilization"]) * len(
Settings["Exp_Times_UV"])
elif len(Settings["Exp_Times_IR"]) < len(Settings["Exp_Times_UV"]):
duration = (
Settings["session_duration"] +
Timeline_settings["CMD_separation"] * NumberOfCMDsPerAltitude +
Timeline_settings["pointing_stabilization"]) * len(
Settings["Exp_Times_IR"])
"""
NumberOfCMDStepsInMacro = 12
if( len(Settings['Exp_Times_UV']) <= len(Settings['Exp_Times_IR'])):
duration = ( Settings['session_duration']+ NumberOfCMDStepsInMacro * Timeline_settings['CMD_separation'] ) * len(Settings['Exp_Times_UV'])+Timeline_settings['pointing_stabilization'] + Timeline_settings['mode_separation']
elif( len(Settings['Exp_Times_IR']) < len(Settings['Exp_Times_UV']) ):
duration = ( Settings['session_duration']+ NumberOfCMDStepsInMacro * Timeline_settings['CMD_separation'] ) * len(Settings['Exp_Times_IR'])+Timeline_settings['pointing_stabilization'] + Timeline_settings['mode_separation']
"""
endDate = ephem.Date(initialDate + ephem.second *
(duration + Timeline_settings["mode_separation"]))
############### Start of availability schedueler ##########################
startDate, endDate, iterations = scheduler(Occupied_Timeline, initialDate,
endDate)
############### End of availability schedueler ##########################
comment = "Number of times date postponed: " + str(iterations)
"Get the name of the parent function, which is always defined as the name of the mode"
Mode_name = sys._getframe(0).f_code.co_name
Occupied_Timeline[Mode_name].append((startDate, endDate))
return Occupied_Timeline, comment