def H3344_script(vip):
print 40 * "#"
sk = 'H3344_1'
vip.set(sk, {'B_connect': 'TRY'})
se.bn_connect_to_lab(vip)
########## ########## ########## ##########
vip.instruments[sk].query_ID()
print "trigger"
vip.instruments[sk].set_trigger(0)
#vip.instruments[sk].test_fg1_square(0, 1, 100000)
#time.sleep(1.5)
settings = {
'F_use_channel':
'0',
'R_amplitude':
'1.0',
'FILE_PATH_waveform':
"C:/Users/Public/Documents/Signadyne/Examples/Waveforms/Gaussian.csv" # Square.csv
}
vip.instruments[sk].waveform_from_file(settings)
#time.sleep(1.5)
#vip.instruments[sk].test_fg1_square(0, 1, 200000)
#time.sleep(1.5)
#for _ in range(2):
# a = 1
# f = 10000
# vip.instruments[sk].test_fg1_square(0, a, f)
# time.sleep(0.5)
# a = 0.5
# f = 20000
# vip.instruments[sk].test_fg1_square(0, a, f)
# time.sleep(1)
# vip.instruments[sk].offset_sinusoids()
# time.sleep(1.5)
# a = 0.75
# f = 5000
# vip.instruments[sk].test_fg1_square(0, a, f)
# time.sleep(0.5)
#vip.instruments[sk].set_dc_offset(0)
#time.sleep(2)
#vip.instruments[sk]._clear_channels()
#time.sleep(2)
########## ########## ########## ##########
print "\n/(H3344_script)\n"
def fitting_test(vip):
se.bn_load_session_to_vip(vip)
sk = 'ZNB_1'
vip.set(sk, {'B_connect': 'TRY'})
se.bn_connect_to_lab(vip)
vip.Bpy_redo_sweep = True
im.bn_do_sweep(vip)
print "/(fitting_test)"
def phase_test(vip):
sk = 'SGS_32'
vip.set(sk, {'B_connect': 'TRY'})
se.bn_connect_to_lab(vip)
vip.instruments[sk].set_phase(77)
vip.instruments[sk].get_info()
vip.instruments[sk].set_power(-50)
vip.instruments[sk].set_phase(33)
vip.instruments[sk].get_info()
print "/(phase_test)"
def set_instrument_test(vip):
sk = 'ZNB_1'
settings = {'B_connect': 'TRY', 'N_sweep_points': '4001'}
vip.set(sk, settings)
se.bn_connect_to_lab(vip)
vip.instruments[sk].get_info()
R_bandwidth = float(vip.get('ZNB_1', 'R_bandwidth'))
print "\nBandwidth of {0}: {1}".format(sk, R_bandwidth)
print "/(set_instrument_test)"
def set_osci_test(vip):
sk = 'RTE1054_1'
settings = {
'B_connect': 'TRY'
#,'N_sweep_points' : '4001'
}
vip.set(sk, settings)
se.bn_connect_to_lab(vip)
vip.instruments[sk].get_info()
data_x, data_y = vip.instruments[sk].get_data(1)
print data_x[3:9]
print data_y[3:9]
print "/(set_instrument_test)"
def _build_Instrument_buttons(vip):
qw_ref = '_Instruments'
tab_ws = ['le', 'dm', 'cb', 'bn', 'lb']
for k in tab_ws:
vip._qWidgets[k][qw_ref] = {}
for k in ['captions', 'events']:
vip.content[k][qw_ref] = {}
########## ########## content
vip.content['captions'][qw_ref]['lb'] = {'_lb_instr' : "Instruments"}
vip.content['captions'][qw_ref]['bn'] = {'_bn_feedback' : "Feedback"
,'_bn_connect' : "Connect"
,'_bn_adopt' : "Adopt settings"
}
vip.content['captions'][qw_ref]['cb'] = {}
vip.content['events'][qw_ref]['le'] = {}
vip.content['events'][qw_ref]['cb'] = {}
vip.content['events'][qw_ref]['dm'] = {}
vip.content['events'][qw_ref]['bn'] = {'_bn_feedback' : lambda: se.bn_open_GUI_feedback(vip)
,'_bn_connect' : lambda: se.bn_connect_to_lab(vip)
,'_bn_adopt' : lambda: se.bn_adopt_settings(vip)
}
sw.__fill_widgets(vip, qw_ref)
#### ----------
vip._qWidgets['bn'][qw_ref]['_bn_connect'].setFont(QtGui.QFont(cs.FONT, cs.FONTSIZE+4))
vip._qWidgets['bn'][qw_ref]['_bn_connect'].adjustSize()
vip._qWidgets['lb'][qw_ref]['_lb_instr'].setAlignment(QtCore.Qt.AlignCenter)
########## ########## hBoxs
hBox_ks = ['__instr', '__connect']
hBoxs = {k : QtGui.QHBoxLayout() for k in hBox_ks}
hBoxs['__instr'].addWidget(vip._qWidgets['lb'][qw_ref]['_lb_instr'])
hBoxs['__instr'].addWidget(vip._qWidgets['bn'][qw_ref]['_bn_feedback'])
hBoxs['__connect'].addWidget(vip._qWidgets['bn'][qw_ref]['_bn_connect'])
hBoxs['__connect'].addWidget(vip._qWidgets['bn'][qw_ref]['_bn_adopt'])
########## ########## vBox
vip._instrument_qw_box = QtGui.QWidget()
vBox = QtGui.QVBoxLayout(vip._instrument_qw_box)
for k in hBox_ks:
vBox.addLayout(hBoxs[k])
def H3344_script(vip):
print 40 * "#"
sk = 'H3344_1'
vip.set(sk, {'B_connect': 'TRY'})
events.bn_connect_to_lab(vip)
########## ########## ########## ##########
vip.instruments[sk].query_ID()
#vip.instruments[sk].test_fg1_square(0, 1, 100000)
#time.sleep(1.5)
#settings = {'F_use_channel' : 0 ###n <-- it's saver to pass a string, sis
# ,'R_amplitude' : '1.0'
# ,'FILE_PATH_waveform' : "E:\Measurement_Software\VIP_all\VIP_170107\Data\Waveforms\Generated_waveforms/nikolaj_gaussian.csv" # Square.csv
# }
vip.set(sk, {'B_channel_0': 'ON', 'B_channel_1': 'ON'})
#settings = {}
#vip.instruments[sk].waveform_from_file(settings)
vip.instruments[sk].sin(0, 0.01 * 10**9, 0.5, offset=0, phase=0)
#
#
# time.sleep(3)
#
#print "trigger"
#vip.instruments[sk]._set_trigger(0)
#vip.instruments[sk].test_output_on_two_AWG_extTrig_2(settings)
#vip.instruments[sk].test_fg1_square(0, 1, 200000)
#time.sleep(1.5)
#for _ in range(2):
# a = 1
# f = 10000
# vip.instruments[sk].test_fg1_square(0, a, f)
# time.sleep(0.5)
# a = 0.5
# f = 20000
# vip.instruments[sk].test_fg1_square(0, a, f)
# time.sleep(1)
# vip.instruments[sk].offset_sinusoids()
# time.sleep(1.5)
# a = 0.75
# f = 5000
# vip.instruments[sk].test_fg1_square(0, a, f)
# time.sleep(0.5)
#vip.instruments[sk].set_dc_offset(0)
#time.sleep(2)
#vip.instruments[sk]._clear_channels()
#time.sleep(2)
########## ########## ########## ##########
print "\n/(H3344_script)\n"
def main(vip):
sk = 'Mixer calib.'
TIC = time_now()
# center_freq = float(input('input your desired LO frequency in GHz: '))
# int_freq = float(input('input your desired intermediate frequency in MHz: '))
# res_band = float(input('input your desired resolution bandwidth in kHz: '))
# LO_pow = float(input('input your desired LO power in dBm: '))
# amp = float(input('input your desired sinusoidal amplitude in V: '))
center_freq = float(vip.get(sk, 'center_freq'))
int_freq = float(vip.get(sk, 'int_freq'))
res_band = float(vip.get(sk, 'res_band'))
SPEC_pow = float(vip.get(sk, 'LO_pow'))
amp = float(vip.get(sk, 'R_amplitude'))
dig = 'ATS9870_1'
spec = 'SGS_31'
lo = 'SGS_31'
awg = 'H3344_1'
ni = 'NI_pulse_1'
cal_settings = {
'LO': lo,
'Spec': spec,
'AWG': awg,
'Dig': dig,
'center_freq': center_freq,
'wanted_sideband': center_freq - int_freq,
'int_freq': int_freq,
'R_amplitude': amp
}
#CONNECT TO INSTRUMENTS
vip.set(dig, {'B_connect': 'TRY'})
vip.set(spec, {'B_connect': 'TRY'})
vip.set(lo, {'B_connect': 'TRY'})
vip.set(awg, {'B_connect': 'TRY'})
vip.set(ni, {'B_connect': 'TRY'})
dig_settings = vip.get(dig)
meas_type = vip.get('Meas_main', 'meas_type')
meas_instr = vip.get(meas_type, 'F_instr_name')
old_settings = dict(vip._session[meas_type])
print old_settings
print '^' * 50
print dig_settings
ni_mode = vip.get(ni, 'F_use_config')
print ni_mode
vip.set(ni, {'F_use_config': '6: Spec - UpC - DIG'})
print vip.get(ni, 'F_use_config')
from interface.session_events import load_config_NI_pulse, safe_NI_pulse
load_config_NI_pulse(vip, ni)
safe_NI_pulse(vip, ni, False, False)
from interface.session_events import bn_connect_to_lab
bn_connect_to_lab(vip)
#SET PARAMETERS
#ideally it now reads off the session and saves it for later
#then loads a pre-defined session for calibration
vip.set(dig, {'F_channelA_coupling': 'DC'})
vip.set(dig, {'F_channelB_coupling': 'DC'})
vip.set(dig, {'R_intermediate_frequency': '0'})
# vip.set(dig, {'N_records_per_buffer':'50'})
# vip.set(dig, {'N_buffers_per_acquisition':'50'})
sweep_setting = {'sweep_title_1': 'From trace'}
vip.set('Sweep', sweep_setting)
vip.set('Meas_main', {'meas_type': 'Dig. sample'})
lo_freq = vip.get(lo, 'R_freq_source')
center_freq = vip.get(spec, 'R_freq_source')
vip.set(lo, {'R_freq_source': str(center_freq)})
sweep_setting = {
'sweep_title_1': 'From trace',
'B_is_max_1': 'ON',
'B_is_max_2': 'OFF'
}
vip.set('Sweep', sweep_setting)
vip.set('Meas_main', {'meas_type': 'Dig. sample'})
vip.set('Dig. sample', {
'N_records_per_buffer': '20',
'N_buffers_per_acquisition': '20'
})
vip.set('Dig. sample', {'N_samples_factor': '1'})
vip.set(spec, {'R_freq_source': str(center_freq)})
vip.set(spec, {'R_power_source': str(15)})
vip.set(spec, {'B_output': 'ON'})
vip.set(lo, {'R_freq_source': str(center_freq)})
vip.set(lo, {'R_power_source': str(15)})
vip.set(lo, {'B_output': 'ON'})
settings = vip._session['Dig. sample']
vip.set(dig, settings)
from interface.session_events import bn_adopt_settings
bn_adopt_settings(vip)
reset_awg(vip, awg)
if int_freq == 0:
offset_sinusoids(vip, awg, int_freq, 0)
else:
offset_sinusoids(vip, awg, int_freq, amp)
wanted_freq = float(center_freq)
unwanted_freq = float(center_freq) + 2. * float(int_freq)
leak_freq = float(center_freq) + float(int_freq)
lo_pow, channel_0_offset, channel_1_offset, phase_diff, amp_imbalance = total_callibration(
vip, cal_settings)
#span = 1/10*int_freq*100
#rbw = 10*span
#suppressed_freq = (center_freq*(10**3)) - int_freq
#wanted_freq = (center_freq*(10**3)) + int_freq
#inp_pow = 10*log10(1000*((amp)**2)/100)
#axes = get_freq_spectrum_trace(sa, 'Freq Spectrum Script-SB-Callibrated Vector Source')
#vip.set(awg,{'R_offset_0':str(channel_0_offset)})
#vip.set(awg,{'R_offset_1':str(channel_1_offset)})
vip.instruments[awg].sin(0,
int_freq,
amp * amp_imbalance,
offset=channel_0_offset,
phase=phase_diff)
vip.instruments[awg].sin(1,
int_freq,
amp,
offset=channel_1_offset,
phase=0)
#awg_settings = vip.get(awg)
#vip.instruments[awg].waveform_from_file(awg_settings)
#vip.set(ni,{'F_use_config':ni_mode})
try:
load_config_NI_pulse(vip, ni)
safe_NI_pulse(vip, ni, False, False)
except KeyError:
pass
print '@' * 50
print phase_diff
print amp_imbalance
print channel_0_offset
print channel_1_offset
print 'SUPPRESSED FREQ'
print suppressed_freq
vip.set(lo, {'R_freq_source': str(lo_freq)})
vip.set(dig, dig_settings)
vip.set('Meas_main', {'meas_type': meas_type})
vip.set(meas_type, {'F_instr_name': meas_instr})
print old_settings
vip.set(meas_type, old_settings)
bn_adopt_settings(vip)
print '@' * 50
TOC = time_now()
print str(TOC - TIC) + " sec (demo_main)"
print "/// Script completed.(demo_main)"