def get(self, user_id):
log.info("Home.get")
if not len(user_id):
return self.text("/user_id")
user = self.db.get("SELECT * FROM users WHERE id=%s", user_id)
if user is None:
return self.text("User not found")
if not self.get_argument("partial", None):
return self.render("page.html", user=user)
log.info("--> generating partial")
almanac = Almanac.build(self.db, user_id) # should be pulled from a cache
if not almanac.current_point.moving:
total_weight = sum(
[weight for place, weight in almanac.current_point.place.connections.items()]
) # this goes in almanac somewhere
weights = []
for place, weight in almanac.current_point.place.connections.items():
weights.append("%s (%f)" % (place.id, (weight / total_weight)))
place = almanac.current_point.place if almanac.current_point.place is not None else None
return self.render("content.html", place=place, weights=weights, user=user)
def __init__(self, link):
super(AlmanacView, self).__init__()
self.link = link
self.alm = Almanac()
self.python_console_cmds = {'alm': self.alm}
def __init__(self, link):
super(AlmanacView, self).__init__()
self.link = link
self.alm = Almanac()
#self.timer = BackgroundTimer(self.update_alamanc_view)
self.python_console_cmds = {'alm': self.alm}
modTmp = [(t % 9) + 1 for t in tmp]
print(modTmp)
print(origList)
print(nakshatrasEnum)
def deg_min_sec(dec, aya=None):
if aya is not None:
dec = dec - aya
deg = int(floor(dec))
minutes = dec % 1.0 * 60
secs = minutes % 1.0 * 60
return f'{deg}-{int(floor(minutes))}-{secs}'
a = Almanac()
a.compute(datetime.now(timezone.utc))
print(a.tithi)
for t in tithi_list:
print(f'requesting for {t.__str__()}')
a.get_next_thiti(t)
a.get_dates_on_day(VARAM.TUE, DateRange(date(2020, 4, 1), date(2020, 4, 30)))
# from flatlib.datetime import Datetime
# from flatlib.geopos import GeoPos
# import flatlib.const as const
# from flatlib.chart import Chart
# now = Datetime('2009/07/15', '05:30')
# pos = GeoPos(13.0827, 80.2707) # chennai
now = swe.julday(2019, 8, 26, .5, swe.GREG_CAL)
from almanac import Almanac
from params import nakshaktra_ignore_list, avoid_nakshaktras_on_day, avoid_thithi_on_days, avoid_thitis_list
from params import avoid_table, marana_yoga_table
from params import NAKSHATRAS
import numpy as np
user_nakshatra = NAKSHATRAS.MAGAM
num_days = 90
mins_step = 30
a = Almanac()
t0 = a.time_scale.utc(2020, 4, 1)
t1 = a.time_scale.utc(2020, 4, 1, 0, 24 * 60 * 366)
month_times, months = a._get_month_start_end(t0, t1)
# sun_rise, sun_set = a._compute_sun_rise_sun_set(t0, t1)
tframe = a.time_scale.utc(2020, 4, 1, 0, range(0, 24 * 60 * num_days,
mins_step))
a.time = tframe
a.compute_almanac()
mask = np.ones(tframe.shape, dtype=np.bool)
print(f'started with {mask.sum()}')
for t in avoid_thitis_list:
mask[(t == a.thithi.name)] = False
print(f'after removing thithis {avoid_thitis_list} -- {mask.sum()}')
for n in nakshaktra_ignore_list:
mask[n == a.nakshaktra.name] = False
print(f'after removing nakshaktras {nakshaktra_ignore_list} -- {mask.sum()}')
for day, thithis in avoid_thithi_on_days.items():
cur_days = (a.vara == day)
for t in thithis:
mask[(t == a.thithi.name) & cur_days] = False
# center = -73.959486, 40.685193 # brooklyn
# center = -72.723889, 43.173611 # vermont # no points!
# center = -71.009755, 41.569593 # new bedford
# center = -93.219539, 44.933524 # minneapolis
# center = -77.059081, 38.948266 # dc
# center = -104.890219, 39.698841 # denver
# center = -83.961412, 35.935478 # knoxville
# center = -73.490419, 41.908486 # berkshires
# center = -74.035318, 41.498944 # hudson valley
# center = 127.032687, 37.635063 # seoul
# center = -71.221729, 42.306461 # boston
# center = -68.700278, 45.658056 # millinocket
# center = -118.334105, 34.045948 # LA
# almanac = Almanac.build(data, time.mktime(util.parse_date('2011-05-25').timetuple()), time.mktime(util.parse_date('2012-05-27').timetuple()), center)
almanac = Almanac.build(data, time.mktime(util.parse_date('2011-08-01').timetuple()), time.mktime(util.parse_date('2012-05-27').timetuple()), center)
# almanac = Almanac.build(data, time.mktime(util.parse_date('2012-01-01').timetuple()), time.mktime(util.parse_date('2012-05-27').timetuple()), center)
print
print "POINTS"
print np.array(almanac.points)
print
print "PATHS"
for path in almanac.paths:
print path
print
print "PLACES"
for place in almanac.places:
print place
