def __init__(self):
ds.debug2.write("Resource of type ",self.__class__.__name__,
" being created at time",
core.get_now())
self.busy = False
self.process = None
self.process_queue = []
def __init__(self, event_creator):
global _evt_scheduler
_evt_scheduler = self
core.set_event_scheduler(self)
self.time_chunk = 1000 * core.get_local_min_delay()
self.upto_time = core.get_now() + self.time_chunk
self.event_creator = greenlet(event_creator)
self.event_creator.switch()
def __init__(self, event_creator):
global _evt_scheduler
_evt_scheduler = self
core.set_event_scheduler(self)
self.time_chunk = 1000 * core.get_local_min_delay()
self.upto_time = core.get_now() + self.time_chunk
self.event_creator = greenlet(event_creator)
self.event_creator.switch()
import csv
import sys
import core
from menu import mainmenu
import orbit
from orbit import get_orbit, update_ta
get_input = mainmenu()
if get_input is True:
with open("data.csv", "w") as csvfile:
writer = csv.writer(csvfile)
now = core.get_now(formatted=False)
hour = now[0]
year = now[1]
while hour < 8759: # "For year 0" - basically does only a year's worth of calculations, because anything more is redundant
now = core.get_now(formatted=False)
hour = now[1]
year = now[0]
update_ta(hour)
orbit = get_orbit()
ta: float = orbit[5]
writer.writerow([hour, ta])
core.clock_tick()
else:
sys.exit()
def process_scheduler_event(self):
# print "NEW BATCH OF EVENTS BEING SCHEDULED"
self.upto_time = core.get_now() + self.time_chunk
# switch to event_creator thread
self.event_creator.switch()
def process_scheduler_event(self):
#print "NEW BATCH OF EVENTS BEING SCHEDULED"
self.upto_time = core.get_now() + self.time_chunk
#switch to event_creator thread
self.event_creator.switch()
def __init__(self):
ds.debug2.write("Resource of type ", self.__class__.__name__,
" being created at time", core.get_now())
self.busy = False
self.process = None
self.process_queue = []
