'''

Created on 23.05.2015

@author: drakon

'''

# import usbtmc

# instr = usbtmc.Instrument(6833, 1230)

# print(instr.ask("*IDN?"))

import ivi

if __name__ == '__main__':

#print(globals())

#mso = ivi.agilent.agilentMSO7104A("TCPIP0::192.168.1.104::INSTR", simulate=True)

#ivi1 = ivi.ivi()

#mso = ivi.rigol.rigolDS1054("USB0::6833::1230::INSTR", simulate=True)

mso = ivi.rigol.rigolDS1054("USB0::6833::1230::INSTR")

#mso = ivi.agilent.agilentMSO7104A("simulate")

# mso.trigger.type = 'edge'

# mso.trigger.source = 'channel1'

# mso.trigger.coupling = 'dc'

# mso.trigger.edge.slope = 'positive'

# mso.trigger.level = 0

mso.channels['channel1'].enabled = True

mso.channels['channel2'].enabled = False

mso.channels['channel3'].enabled = False

mso.channels['channel4'].enabled = False

mso.display.clear()

#mso.channels['channel1'].label = 'g'

mso.acquisition.time_per_record = 1e-3

mso.trigger.type = 'edge'

mso.trigger.source = 'channel1'

mso.trigger.coupling = 'dc'

mso.trigger.edge.slope = 'positive'

mso.trigger.level = 0

# configure channel

mso.channels['channel1'].offset = 0

mso.channels['channel1'].range = 1

mso.channels['channel1'].coupling = 'ac'

print('Coupling', mso.channels['channel1'].coupling)

#print('channel 0 range', mso.channels[0].range)

#mso.channels['channel1'].coupling = 'dc'

mso.measurement.initiate()

waveform = mso.channels[0].measurement.fetch_waveform()

vpp = mso.channels[0].measurement.fetch_waveform_measurement("voltage_peak_to_peak")

print vpp

# phase = mso.channels['channel1'].measurement.fetch_waveform_measurement("phase", "channel2")