def smart_round_angle_decimal(x, latitude=False):
divisors_360 = math_util.divisors(360)
divisors_10 = math_util.divisors(10)
if x >= 1:
d = math_util.closest(divisors_360, x)
else:
t = 1.
while True:
t = t * 10.
x = x * 10.
if x >= 1:
d = math_util.closest(divisors_10, x) / t
break
a = Angle(degrees=d, latitude=latitude)
return a
def smart_round_angle_decimal(x, latitude=False):
divisors_360 = math_util.divisors(360)
divisors_10 = math_util.divisors(10)
if x >= 1:
d = math_util.closest(divisors_360, x)
else:
t = 1.
while True:
t = t * 10.
x = x * 10.
if x >= 1:
d = math_util.closest(divisors_10, x) / t
break
a = Angle(degrees=d, latitude=latitude)
return a
def smart_round_angle_sexagesimal(x, latitude=False, hours=False):
d, m, s = 0, 0, 0.
divisors_360 = math_util.divisors(360)
divisors_10 = math_util.divisors(10)
divisors_60 = math_util.divisors(60)
if hours:
x /= 15.
if x >= 1:
d = math_util.closest(divisors_360, x)
else:
x = x * 60.
if x >= 1:
m = math_util.closest(divisors_60, x)
else:
x = x * 60.
if x >= 1:
s = math_util.closest(divisors_60, x)
else:
t = 1.
while True:
t = t * 10.
x = x * 10.
if x >= 1:
s = math_util.closest(divisors_10, x) / t
break
a = Angle(sexagesimal=(d, m, s), latitude=latitude)
if hours:
a *= 15
return a
def smart_round_angle_sexagesimal(x, latitude=False, hours=False):
d, m, s = 0, 0, 0.
divisors_360 = math_util.divisors(360)
divisors_10 = math_util.divisors(10)
divisors_60 = math_util.divisors(60)
if hours:
x /= 15.
if x >= 1:
d = math_util.closest(divisors_360, x)
else:
x = x * 60.
if x >= 1:
m = math_util.closest(divisors_60, x)
else:
x = x * 60.
if x >= 1:
s = math_util.closest(divisors_60, x)
else:
t = 1.
while True:
t = t * 10.
x = x * 10.
if x >= 1:
s = math_util.closest(divisors_10, x) / t
break
a = Angle(sexagesimal=(d, m, s), latitude=latitude)
if hours:
a *= 15
return a