def year_regent(self):
epheflag = self.epheflag
pto = [4,0,3,2,1,6,5]
year = self.date.dt.year
dnow = pysw.julday(*self.date.dateforcalc())
s,sunnow,e = pysw.calc(dnow,0,epheflag)
fsols = pysw.julday(year+1,1,1,0)
s,solstice,e = pysw.calc(fsols,0,epheflag)
if not 0.0 <= sunnow < solstice:
year -=1
return pto[year%7]
def calc_localhouses(self):
curr = boss.get_state()
d = pysw.julday(*curr.calcdt.dateforcalc())
lt = curr.loc.latdec
lg = curr.loc.longdec
h = pysw.local_houses(d,lg,lt,curr.epheflag)
return h
def calc(self,date,loc,epheflag):
d = pysw.julday(*date)
lt = loc.latdec
lg = loc.longdec
p = pysw.planets(d,epheflag)
h = pysw.houses(d,lt,lg)
return p,h
def calc_plan_with_retrogression(self,epheflag=4):
dt = strdate_to_date(self.date)
dt = NeXDate(self,dt,timezone(self.zone))
d = pysw.julday(*dt.dateforcalc())
signs = []
for i in range(12):
if i == 10:
continue
err,l,s,mes = pysw.calc_ut_with_speed(d,i,epheflag)
if err < 0:
print("error: %s" % mes)
return None
sg = self.which_sign(l)
sg['speed'] = s
signs.append((sg))
return signs
def solar_rev(boss):
date, time = parsestrtime(boss.state.curr_chart.date)
d,m,y = [int(i) for i in date.split("/")]
nowyear = boss.state.date.dt.year
julday = pysw.julday(nowyear,m,d,0.0)
sun = boss.state.curr_chart.planets[0]
s,sunnow,e = pysw.calc(julday,0,boss.state.epheflag)
while sunnow > sun:
julday -= 0.1
s,sunnow,e = pysw.calc(julday,0,boss.state.epheflag)
while sunnow < sun:
julday += 0.01
s,sunnow,e = pysw.calc(julday,0,boss.state.epheflag)
julday -= 0.01
s,sunnow,e = pysw.calc(julday,0,boss.state.epheflag)
while sunnow < sun:
julday += 0.001
s,sunnow,e = pysw.calc(julday,0,boss.state.epheflag)
julday -= 0.001
s,sunnow,e = pysw.calc(julday,0,boss.state.epheflag)
while sunnow < sun:
julday += 0.0001
s,sunnow,e = pysw.calc(julday,0,boss.state.epheflag)
julday -= 0.0001
s,sunnow,e = pysw.calc(julday,0,boss.state.epheflag)
while sunnow < sun:
julday += 0.00001
s,sunnow,e = pysw.calc(julday,0,boss.state.epheflag)
julday -= 0.00001
s,sunnow,e = pysw.calc(julday,0,boss.state.epheflag)
while sunnow < sun:
julday += 0.000001
s,sunnow,e = pysw.calc(julday,0,boss.state.epheflag)
julday -= 0.000001
s,sunnow,e = pysw.calc(julday,0,boss.state.epheflag)
sol = pysw.revjul(julday)
zone = boss.state.curr_chart.zone
dt = boss.state.date.getnewdt(sol)
boss.da.panel.set_date_only(dt)
def vulcan_calc(self,date,epheflag):
d = pysw.julday(*date)
vulc = pysw.calc_ut(d,55)
return vulc
def chiron_calc(self,date,epheflag):
d = pysw.julday(*date)
chi = pysw.calc(d,15,epheflag)
return chi