def readdata(filename, start, n):
"""Read *n* samples from file *filename* starting at sample *start*.
Returns a two dimensional array of shape=(2, n/2) with the data
for both channels.
Example::
# Import modules
import rif
import matplotlib.pyplot as plt
# Read 1024 samples for each channel starting at sample 0.
d = rif.readdata("RIF.dat", 0, 2048)
# Plot raw time series of:
plt.plot(d[0]) # channel 0
plt.plot(d[1]) # channel 1.
plt.show()
"""
data = _rif.readdata(filename, start, n)
return data.reshape((n / 2, 2)).transpose()
def readdata(filename, start, n):
"""Read *n* samples from file *filename* starting at sample *start*.
Returns a two dimensional array of shape=(2, n/2) with the data
for both channels.
Example::
# Import modules
import rif
import matplotlib.pyplot as plt
# Read 1024 samples for each channel starting at sample 0.
d = rif.readdata("RIF.dat", 0, 2048)
# Plot raw time series of:
plt.plot(d[0]) # channel 0
plt.plot(d[1]) # channel 1.
plt.show()
"""
data = _rif.readdata(filename, start, n)
return data.reshape((n/2, 2)).transpose()
def readdata_single_channel(filename, start, n):
"""Read *n* samples from file *filename* starting at sample *start*.
Returns a two dimensional array with the data.
Example::
# Import modules
import rif
import matplotlib.pyplot as plt
# Read 1024 samples for each channel starting at sample 0.
d = rif.readdata("RIF.dat", 0, 2048)
# Plot raw time series of:
plt.plot(d)
plt.show()
"""
data = _rif.readdata(filename, start, n)
return data
def readdata_single_channel(filename, start, n):
"""Read *n* samples from file *filename* starting at sample *start*.
Returns a two dimensional array with the data.
Example::
# Import modules
import rif
import matplotlib.pyplot as plt
# Read 1024 samples for each channel starting at sample 0.
d = rif.readdata("RIF.dat", 0, 2048)
# Plot raw time series of:
plt.plot(d)
plt.show()
"""
data = _rif.readdata(filename, start, n)
return data
