def __init__(self, bpob, bdob, btob, blatitude, blongitude, gpob, gdob, gtob, glatitude, glongitude, bname='VARA', gname='VADHU'):
vara = Astro(bpob, bdob, btob, blatitude, blongitude, bname)
bcharts = np.copy(vara.charts)
bvarga = np.copy(vara.varga)
vadhu = Astro(gpob, gdob, gtob, glatitude, glongitude, gname)
gcharts = np.copy(vadhu.charts)
gvarga = np.copy(vadhu.varga)
brasi = vara.rasi
bstar = vara.nakshatra
grasi = vadhu.rasi
gstar = vadhu.nakshatra
varna_koota(brasi, grasi)
vashya_koota(brasi, grasi)
tara_koota(bstar, gstar)
yoni_koota(bstar, gstar)
graha_koota(brasi, grasi)
gana_koota(bstar, gstar)
rasi_koota(brasi, grasi)
nadi_koota(bstar, gstar)
dasa(vara.dasbuk, vadhu.dasbuk)
kuja_dosh(bvarga,gvarga)
en = False
en_class = "red"
if bstar == gstar:
en = True
if en:
if bstar in [nakshatra_name[3], nakshatra_name[5], nakshatra_name[7], nakshatra_name[9], nakshatra_name[15], nakshatra_name[21], nakshatra_name[25], nakshatra_name[26]]:
en_class = "green"
elif bstar in [nakshatra_name[0], nakshatra_name[2], nakshatra_name[4], nakshatra_name[6], nakshatra_name[13], nakshatra_name[16], nakshatra_name[24]]:
en_class = 'yellow'
to_class = "green"
if total_points() < 19:
to_class = "red"
self.koota = koota
self.total = total_points()
self.vara_name = bname
self.vadhu_name = gname
self.bdasa = bdasa
self.gdasa = gdasa
self.bname = bname
self.gname = gname
self.bcharts = bcharts
self.gcharts = gcharts
self.bkuja = bkuja
self.gkuja = gkuja
self.filename = f'Match-{bname}-{gname}'
self.en = en
self.en_class = en_class
self.star = bstar
self.to_class = to_class
def getJataka(d):
pb = "BENGALURU"
dt = d.strftime("%d.%m.%Y")
tm = d.strftime("%H:%M")
la = "12.97"
lo = "77.63"
return Astro(pb,dt,tm,la,lo,"")
def initAstrocytes(self):
"""config is numbered input synapses aranged in shape of
syns are tuples of non-overlapping synapses"""
sf = self
config = permutation(sf.indim * sf.hiddim).reshape(sf.astrodim, sf.indim)
config = convertToIndices(config, sf.hiddim)
self.astros = [Astro(syns, self.lag_iters) for syns in config]
self.astroOuts = empty((self.indim, self.hiddim))
def jataka(id=0):
if id == 0:
name = request.form.get('name')
pob = request.form.get('pob')
dob = request.form.get('dob')
DB = dob.split('-')
dtb = DB[2] + '.' + DB[1] + '.' + DB[0]
tob = request.form.get('tob')
if request.form['save'] == "yes":
conn = sqlite3.connect(db)
rec = conn.cursor().execute(
"SELECT * FROM record WHERE Place=? AND Date=? AND Time=?", (
pob,
dtb,
tob,
)).fetchall()
if len(rec) == 0:
try:
conn.cursor().execute(
"INSERT INTO record (name, place, date, time) VALUES (?,?,?,?)",
(name, pob, dtb, tob))
conn.commit()
conn.close()
flash("RECORD SAVED")
except Error:
flash("COULDN'T SAVE RECORD")
else:
conn.close()
for serial, name, place, date, time in rec:
flash("Record Exists : Name = " + name +
", Place of Birth = " + place + ", Date = " + date +
", Time = " + time)
else:
conn = sqlite3.connect(db)
rec = conn.cursor().execute("SELECT * FROM record WHERE serial = ?",
(id, )).fetchall()
conn.close()
for serial, nm, pls, date, time in rec:
name = nm
pob = pls
dtb = date
tob = time
conn = sqlite3.connect(db)
places = conn.cursor().execute("SELECT * FROM latlong WHERE city = ?",
(pob, )).fetchall()
conn.close()
for serial, city, lat, long in places:
latitude = lat
longitude = long
kundali = Astro(pob, dtb, tob, latitude, longitude, name)
return render_template('horoscope.html', kund=kundali)
def match():
bname = request.form.get('vara-name')
bpob = request.form.get('vara-pob')
bdob = request.form.get('vara-dob')
bDB = bdob.split('-')
bdtb = bDB[2] + '.' + bDB[1] + '.' + bDB[0]
btob = request.form.get('vara-tob')
gname = request.form.get('vadhu-name')
gpob = request.form.get('vadhu-pob')
gdob = request.form.get('vadhu-dob')
gDB = gdob.split('-')
gdtb = gDB[2] + '.' + gDB[1] + '.' + gDB[0]
gtob = request.form.get('vadhu-tob')
conn = sqlite3.connect(db)
bplaces = conn.cursor().execute("SELECT * FROM latlong WHERE city = ?",
(bpob, )).fetchall()
gplaces = conn.cursor().execute("SELECT * FROM latlong WHERE city = ?",
(gpob, )).fetchall()
conn.close()
for serial, city, lat, long in bplaces:
blatitude = lat
blongitude = long
for serial, city, lat, long in gplaces:
glatitude = lat
glongitude = long
if bname == "":
bname = "VARA"
if gname == "":
gname = "VADHU"
vadhu = Astro(gpob, gdtb, gtob, glatitude, glongitude, gname)
vara = Astro(bpob, bdtb, btob, blatitude, blongitude, bname)
vadhuvara = Match(bpob, bdtb, btob, blatitude, blongitude, gpob, gdtb,
gtob, glatitude, glongitude, bname, gname)
return render_template("vadhuvara.html",
vv=vadhuvara,
vara=vara,
vadhu=vadhu)
from tides import Tides
from astro import Astro
from cal_draw import generate_annual_calendar
import argparse
import os
parser = argparse.ArgumentParser()
parser.add_argument('filename',
help='Path to a NOAA annual tide tables text file.')
args = parser.parse_args()
if not os.path.isfile(args.filename):
raise IOError('Cannot find {}'.format(args.filename))
print('Making Sun * Moon * Tide Calendar with input file \
{}.'.format(args.filename))
tides = Tides(args.filename)
print('{}, {}'.format(tides.station_name, tides.state))
sun = Astro(str(tides.latitude), str(tides.longitude), tides.timezone,
tides.year, 'Sun')
print('Sun calculations complete.')
moon = Astro(str(tides.latitude), str(tides.longitude), tides.timezone,
tides.year, 'Moon')
print('Moon calculations complete.')
print('Starting to draw calendar now.')
output_filename = 'SunMoonTide_{}_{}.pdf'.format(tides.year, tides.station_id)
generate_annual_calendar(tides, sun, moon, output_filename)
print('Calendar complete. Find output `{}` in the current working \
directory.'.format(output_filename))