@author: kraftmann
"""
import matplotlib.pyplot as plt
import pyComtrade
import scipy
from scipy.fftpack import fft, fftfreq, ifft
import scipy.signal as signal
import numpy as np
from tkinter import *
from tkinter import filedialog
# app
#funcion para cargar
comtradeObj = pyComtrade.ComtradeRecord()
def abrir(comtradeObj):
ar = filedialog.askopenfilename(
title="Abrir") #,filetypes=(("Archivos COMTRADE .cfg y .dat",".")))
dat = filedialog.askopenfilename(
title="Abrir") #,filetypes=(("Archivos COMTRADE.dat ",".dat")))
comtradeObj.read(ar, dat)
number_of_samples = comtradeObj['endsamp'][-1]
sampling_freq = comtradeObj['samp'][-1]
an = ('Nombre de las señales analogas', comtradeObj.get_analog_ids()
) # print the ids of the analog channels.
b = ('Nombre de las señales digitales', comtradeObj.get_digital_ids()
# This is an example of using the pyComtrade module to read a comtrade record.
# The Comtrade data are in the test_data folder.
#
# Developed by Miguel Moreto
# Brazil - 2013
#
__version__ = "$Revision$" # SVN revision.
__date__ = "$Date$" # Date of the last SVN revision.
# Matplotlib module is needed for this example.
# pyComtrade needs numpy.
import pyComtrade
import pylab
# Create an instance of the ComtradeRecord class and read the CFG file:
comtradeObj = pyComtrade.ComtradeRecord('./test_data3/test3.cfg')
checkCFG = comtradeObj.ReadCFG()
if checkCFG != 2:
print comtradeObj.Ach_id # print the ids of the analog channels.
N = comtradeObj.getNumberOfSamples()
print 'Record has %d samples' % (N)
print 'Sampling rate is %d samples/sec.' % (comtradeObj.getSamplingRate())
# Reading data file:
comtradeObj.ReadDataFile()
# Reading channel 4:
AnalogChannelData = comtradeObj.getAnalogChannelData(22)
