In [21]:
from psas_packet import io
import numpy
with io.BinFile('./logfiles/logfile-000') as fclog:
adis_time = []
accel = []
roll_rate = []
fin_time = []
fin_angle = []
for fourcc, data in fclog.read():
if fourcc == 'ADIS':
adis_time.append(data['timestamp'])
roll_rate.append(data['Gyro_X']*360)
accel.append(data['Acc_X'])
elif fourcc == 'ROLL':
fin_time.append(data['timestamp'])
fin_angle.append(data['Angle'])
elif fourcc != 'SEQN':
print fourcc, data
# Time in seconds
fin_time = numpy.array(fin_time)
adis_time = numpy.array(adis_time)
adis_time -= adis_time[0]
adis_time = adis_time / 1e9
fin_time -= fin_time[0]
fin_time = fin_time / 1e9
In [22]:
%matplotlib inline
import utils
from matplotlib import rcParams
rcParams.update({'font.size': 14})
fig = utils.Plot(r"Fin Angle", "Time [$s$]", r"$\alpha$ [${}^0$]")
fig.plot(fin_time, fin_angle)
fig.ylim([-15, 15])
fig.show()
In [23]:
fig = utils.Plot(r"Roll Rate", "Time [$s$]", r"Roll Rate [${}^0/s$]")
fig.plot(adis_time, roll_rate)
fig.ylim([-400, 400])
fig.show()