def _write_timeseries_to_fd(self, fd):
'''
Takes a general file descriptor as input and writes data to it.
Writes the "OSSM format" with the full header
'''
if self.units in ossm_wind_units.values():
data_units = self.units
else:
# we know C++ understands this unit
data_units = 'meters per second'
header = ('Station Name\n'
'Position\n'
'{0}\n'
'LTime\n'
'0,0,0,0,0,0,0,0\n').format(data_units)
data = self.get_wind_data(units=data_units)
val = data['value']
dt = data['time'].astype(datetime.datetime)
fd.write(header)
for i, idt in enumerate(dt):
fd.write('{0.day:02}, '
'{0.month:02}, '
'{0.year:04}, '
'{0.hour:02}, '
'{0.minute:02}, '
'{1:02.2f}, {2:02.2f}\n'.format(idt, round(val[i, 0], 4),
round(val[i, 1], 4)))
def _write_timeseries_to_fd(self, fd):
'''
Takes a general file descriptor as input and writes data to it.
Writes the "OSSM format" with the full header
'''
if self.units in ossm_wind_units.values():
data_units = self.units
else:
# we know C++ understands this unit
data_units = 'meters per second'
header = ('Station Name\n'
'Position\n'
'{0}\n'
'LTime\n'
'0,0,0,0,0,0,0,0\n').format(data_units)
data = self.get_wind_data(units=data_units)
val = data['value']
dt = data['time'].astype(datetime.datetime)
fd.write(header)
for i, idt in enumerate(dt):
fd.write('{0.day:02}, '
'{0.month:02}, '
'{0.year:04}, '
'{0.hour:02}, '
'{0.minute:02}, '
'{1:02.2f}, {2:02.2f}\n'.format(idt,
round(val[i, 0], 4),
round(val[i, 1], 4)))