LSSTApplications  15.0+21,16.0+1,16.0+3,16.0+4,16.0+8,16.0-1-g2115a9e+2,16.0-1-g4515a79+6,16.0-1-g5c6f5ee+4,16.0-1-g7bb14cc,16.0-1-g80120d7+4,16.0-1-g98efed3+4,16.0-1-gb7f560d+1,16.0-14-gb4f0cd2fa,16.0-2-g1ad129e+1,16.0-2-g2ed7261+1,16.0-2-g311bfd2,16.0-2-g568a347+3,16.0-2-g852da13+6,16.0-2-gd4c87cb+3,16.0-3-g099ede0,16.0-3-g150e024+3,16.0-3-g1f513a6,16.0-3-g958ce35,16.0-4-g08dccf71+4,16.0-4-g128aaef,16.0-4-g84f75fb+5,16.0-4-gcfd1396+4,16.0-4-gde8cee2,16.0-4-gdfb0d14+1,16.0-5-g7bc0afb+3,16.0-5-g86fb31a+3,16.0-6-g2dd73041+4,16.0-7-g95fb7bf,16.0-7-gc37dbc2+4,w.2018.28
LSSTDataManagementBasePackage
axes.py
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1 from ._axes import Axes
2 
3 __all__ = [] # import this module only for its side effects
4 
5 
6 def __repr__(self):
7  return "Axes(a=%r, b=%r, theta=%r)" % (self.getA(), self.getB(), self.getTheta())
8 
9 
10 Axes.__repr__ = __repr__
11 
12 
13 def __str__(self):
14  return "(a=%s, b=%s, theta=%s)" % (self.getA(), self.getB(), self.getTheta())
15 
16 
17 Axes.__str__ = __str__
18 
19 
20 def __reduce__(self):
21  return (Axes, (self.getA(), self.getB(), self.getTheta()))
22 
23 
24 Axes.__reduce__ = __reduce__