def vna(paras=default_paras):
if paras['test_mode'] is not 'VNA':
raise Exception("Wrong test mode :%s" % paras['test_mode'])
exit()
if paras['angle_mode'].upper() == 'SWEEP':
angle_list = range(int(paras['angle_start']),int(paras['angle_stop']+paras['angle_step']),int(paras['angle_step']))
elif paras['angle_mode'].upper() =='SINGLE':
angle_list = [paras['angle_single']]
else:
raise Exception("Wrong angle mode :%s, angle mode should be either SINGLE or SWEEP " % paras['angle_mode'])
exit()
timestamp = datetime.now().strftime("%Y_%m_%d_%H_%M_%S")
file_name = 'Sparameter_' + timestamp + '.csv'
res_file = os.path.expanduser(paras['save_location']) + file_name
output=open(res_file,'w')
tr_name = ['CH1Tr1','CH1Tr2','CH1Tr3']
meas_obj = ['S14','S24','S34']
znb = rs.spawn('10.0.1.3')
lt = tt.spawn(ipAddr='10.0.1.253',port =9001)
znb.set_freq_range(paras['freq_start'],paras['freq_stop'])
znb.set_sweep_params(paras['freq_step'],auto=1)
#--------Set turn table to zeo position, turn turntable to certain degree--------------
lt.zero()
output.write("Angle,Freq[Hz],")
for i in range(len(tr_name)):
output.write("%s_%s_re,%s_%s_im," % (tr_name[i],meas_obj[i],tr_name[i],meas_obj[i]))
output.write("\n")
for angle in angle_list:
lt.ccw(angle)
print "Turn table set to %s degree\n" % angle
sleep(3)
#--------Create New trace for S21,31,41 measurement, trace name format should follow 'CH#Tr#'------------
znb.delete_all_trace()
for i in range(len(tr_name)):
znb.create_new_trace(tr_name[i],meas_obj[i])
#--------Set sweep to single mode nad start sweep once-------------
znb.set_sweep_control(1,single=True)
sleep(2)
re,im = [[],[],[]],[[],[],[]]
for i in range(len(tr_name)):
znb.select_active_trace(tr_name[i])
re[i],im[i] = znb.save_trace_data()
znb.update_display('ON')
for i in range(len(re[0])):
output.write("%.15f,%.15f," % (angle,paras['freq_start']+paras['freq_step']*i))
for j in range(len(tr_name)):
#print"%f,%f,%f\n" % (START_FREQ+STEP_SIZE*i,re[i],im[i])
output.write("%.15f,%.15f," % (re[j][i],im[j][i]))
output.write("\n")
#data = znb.interpret("TRAC? CH1DATA").split(',')
output.close()
'angle_start': 0,
'angle_step': 5,
'angle_single': 30,
'angle_mode': 'SWEEP',
'angle_stop': 359,
'freq_start': 6.25e9,
'txpower': 10,
'test_mode': 'VNA',
'freq_stop': 6.75e9,
'freq_step': 10e6,
'save_location': "~/Documents/R1/"
}
paras = default_paras
tr_name = ['CH1Tr1', 'CH1Tr2'] #, 'CH1Tr3']
meas_obj = ['S14', 'S24'] #, 'S34']
znb = rs.spawn('10.0.1.88')
# znb.interpret('*RST\n')
znb.set_freq_range(paras['freq_start'], paras['freq_stop'])
znb.set_sweep_params(paras['freq_step'], auto=1)
znb.interpret("BANDwidth:RESolution {}".format(0.01e6))
znb.delete_all_trace()
for i in range(len(tr_name)):
znb.create_new_trace(tr_name[i], meas_obj[i])
znb.set_sweep_control(1, single=True)
# znb.update_display('OFF')
# global root
root = Tk()
root.title('R1 Demo')
root.geometry("{0}x{1}+0+0".format('1200', '420'))
def vna(paras=default_paras):
if paras['test_mode'] is not 'VNA':
raise Exception("Wrong test mode :%s" % paras['test_mode'])
exit()
if paras['angle_mode'].upper() == 'SWEEP':
angle_list = range(int(paras['angle_start']),int(paras['angle_stop']+paras['angle_step']),int(paras['angle_step']))
elif paras['angle_mode'].upper() =='SINGLE':
angle_list = [paras['angle_single']]
else:
raise Exception("Wrong angle mode :%s, angle mode should be either SINGLE or SWEEP " % paras['angle_mode'])
exit()
for test_attempt in range(1, 5):
timestamp = datetime.now().strftime("%Y_%m_%d_%H_%M_%S")
file_name = 'Sparameter_' + timestamp + '.csv'
res_file = os.path.expanduser(paras['save_location']) + file_name
output=open(res_file,'w')
tr_name = ['CH1Tr1','CH1Tr2','CH1Tr3']
meas_obj = ['S14','S24','S34']
znb = rs.spawn('10.0.1.88')
try:
lt = tt.spawn(ipAddr='10.0.1.253',port =9001)
znb.set_freq_range(paras['freq_start'],paras['freq_stop'])
znb.set_sweep_params(paras['freq_step'],auto=1)
#--------Set turn table to zeo position, turn turntable to certain degree--------------
lt.zero()
output.write("Angle,Freq[Hz],")
for i in range(len(tr_name)):
output.write("%s_%s_re,%s_%s_im," % (tr_name[i],meas_obj[i],tr_name[i],meas_obj[i]))
output.write("\n")
for angle in angle_list:
lt.ccw(angle)
print "Turn table set to %s degree\n" % angle
sleep(5)
#--------Create New trace for S21,31,41 measurement, trace name format should follow 'CH#Tr#'------------
znb.delete_all_trace()
for i in range(len(tr_name)):
znb.create_new_trace(tr_name[i],meas_obj[i])
#--------Set sweep to single mode nad start sweep once-------------
znb.set_sweep_control(1,single=True)
sleep(2)
re,im = [[],[],[]],[[],[],[]]
for i in range(len(tr_name)):
znb.select_active_trace(tr_name[i])
re[i],im[i] = znb.save_trace_data()
znb.update_display('ON')
for i in range(len(re[0])):
output.write("%.15f,%.15f," % (angle,paras['freq_start']+paras['freq_step']*i))
for j in range(len(tr_name)):
#print"%f,%f,%f\n" % (START_FREQ+STEP_SIZE*i,re[i],im[i])
output.write("%.15f,%.15f," % (re[j][i],im[j][i]))
output.write("\n")
#data = znb.interpret("TRAC? CH1DATA").split(',')
break
except (timeout, error) as socket_Error:
print('Oops! Socket ethernet issue. Most likely powerline ethernet connection failure. Will re-initiate test for a maximum of 4 times. This is testrun #' + str(test_attempt + 1))
output.close()
continue
from datetime import datetime
angle_step = 10
angle_list = [angle_step * x for x in range(360 / angle_step)]
START_FREQ = 3e9
END_FREQ = 8e9
STEP_SIZE = 1000000
timestamp = datetime.now().strftime("%Y_%m_%d_%H_%M_%S")
file_location = "~/Documents/R1/"
file_name = 'Sparameter_' + timestamp + '.csv'
res_file = os.path.expanduser(file_location) + file_name
output = open(res_file, 'w')
tr_name = ['CH1Tr1', 'CH1Tr2', 'CH1Tr3']
meas_obj = ['S14', 'S24', 'S34']
znb = rs.spawn('10.0.1.3')
lt = tt.spawn(ipAddr='10.0.1.253', port=9001)
znb.set_freq_range(START_FREQ, END_FREQ)
znb.set_sweep_params(STEP_SIZE, auto=1)
#--------Set turn table to zeo position, turn turntable to certain degree--------------
lt.zero()
output.write("Angle,Freq[Hz],")
for i in range(len(tr_name)):
output.write("%s_%s_re,%s_%s_im," %
(tr_name[i], meas_obj[i], tr_name[i], meas_obj[i]))
output.write("\n")
for angle in angle_list:
lt.ccw(angle)