"""Automagic GPS scaling based on visible data
"""
name = 'auto-gps'
register_scale(AutoGPSScale)
# register all the astropy time units that have sensible long names
def _gps_scale_factory(unit):
"""Construct a GPSScale for this unit
"""
class FixedGPSScale(GPSScale):
"""`GPSScale` for a specific GPS time unit
"""
name = str('%ss' % unit.long_names[0])
def __init__(self, axis, epoch=None):
super(FixedGPSScale, self).__init__(axis, epoch=epoch, unit=unit)
return FixedGPSScale
for _unit in TIME_UNITS:
register_scale(_gps_scale_factory(_unit))
# update the docstring for matplotlib scale methods
docstring.interpd.update(scale=' | '.join([repr(x)
for x in get_scale_names()]),
scale_docs=get_scale_docs().rstrip())
self.set_unit(unit)
register_gps_scale(GPSScale)
# register all the astropy time units that have sensible long names
def _gps_scale_factory(unit):
"""Construct a GPSScale for this unit
"""
class FixedGPSScale(GPSScale):
"""`GPSScale` for a specific GPS time unit
"""
name = str('{0}s'.format(unit.long_names[0] if unit.long_names else
unit.names[0]))
def __init__(self, axis, epoch=None):
super(FixedGPSScale, self).__init__(axis, epoch=epoch, unit=unit)
return FixedGPSScale
for _unit in TIME_UNITS:
if _unit is units.kiloyear: # don't go past 'year' for GPSScale
break
register_gps_scale(_gps_scale_factory(_unit))
# update the docstring for matplotlib scale methods
docstring.interpd.update(
scale=' | '.join([repr(x) for x in get_scale_names()]),
scale_docs=get_scale_docs().rstrip())
