arb.open_wvf('C:/R1/AWG_UWB_8GHz_chan13_64pre_no_payload.mat')
arb.open_wvf('C:/R1/AWG_UWB_8GHz_chan13_1024pre_60byte.mat')
arb.assign_wvf(wvf_name,1)
arb.assign_wvf(wvf_name,2)
arb.sample_rate(srate)
arb.ch_onoff(1)
arb.run_mode('TRIG','ATR',1)
arb.run_mode('TRIG','ATR',2)
arb.play_stop()
### Intinilize DSO ###
print "...Configuring HDO now ..."
ch_list = ['C1','C2','C3','C4','C5','C6','C7','C8']
hdo = lecroy_HDO.spawn('10.0.1.8')
hdo.set_config()
hdo.multitap_display('Normal')
hdo.time_div(timeDiv)
hdo.hor_offset(offSet)
for ch in ch_list:
hdo.ver_div(ch,1)
hdo.ver_offset(ch,'0')
hdo.trace_on(ch,-1)
hdo.trigger_type('Edge')
hdo.trigger_source('Ext')
hdo.trigger_level('Ext',0.1)
hdo.trigger_slope('Positive')
hdo.trigger_coupling ('DC')
def main_test(self):
# fid = open(self.fid)
# lines = fid.readlines()
# if len(lines) > 1:
# angle_list = [x.strip().replace('"','').split(',') for x in lines]
# else:
# angle_list = [x.strip().replace('"','').split(',') for x in lines[0].split('\r')]
# fid.close()
angle_list =range(0,1,5)
repeat = 3
print(angle_list)
### Intinilize sgs100 ###
LO_freq = 6500
sgs1 = rsSgs100.spawn('10.0.1.4')#LO
sgs2 = rsSgs100.spawn('10.0.1.3')#TX
sgs1.freq(LO_freq)
sgs2.freq(LO_freq)
sgs1.pow(self.Mod_pwr)
sgs2.pow(self.LO_pwr)
sgs1.rfon(1)
sgs2.modon(1)
sgs2.rfon(1)
### Config ARB ###
### open /import waveform, sample rate ###
wvf = self.wvf_set[self.wvf_select]
wvf_name = wvf[0]
timeDiv = wvf[1]
offSet = wvf[2]
srate = 8e9
print "...Configuring arb now...."
arb = tek_arb.spawn('10.0.1.9',port=4001)
arb.inst_mode('AWG')
arb.open_wvf('C:/R1/AWG_UWB_8GHz_chan13_64pre_no_payload.mat')
arb.open_wvf('C:/R1/AWG_UWB_8GHz_chan13_1024pre_60byte.mat')
arb.assign_wvf(wvf_name,1)
arb.assign_wvf(wvf_name,2)
arb.sample_rate(srate)
arb.ch_onoff(1)
arb.run_mode('TRIG','ATR',1)
arb.run_mode('TRIG','ATR',2)
arb.play_stop()
### Intinilize DSO ###
print "...Configuring HDO now ..."
ch_list = ['C1','C2','C3','C4','C5','C6','C7','C8']
hdo = lecroy_HDO.spawn('10.0.1.8')
hdo.set_config()
hdo.multitap_display('Normal')
hdo.time_div(timeDiv)
hdo.hor_offset(offSet)
for ch in ch_list:
hdo.ver_div(ch,1)
hdo.ver_offset(ch,'0')
hdo.trace_on(ch,-1)
hdo.trigger_type('Edge')
hdo.trigger_source('Ext')
hdo.trigger_level('Ext',0.1)
hdo.trigger_slope('Positive')
hdo.trigger_coupling ('DC')
hdo.trigger_mode('Auto')
##### Turntable spining from here #####
lt = LT360.spawn(ipAddr='10.0.1.253',port =9001)
print "Set turn table angle to 0 "
# lt.zero()
timestamp1 = datetime.now().strftime("%Y_%m_%d_%H_%M_%S")
self.file_path =self. file_path + timestamp1 + '/'
os.system("mkdir " +self.file_path)
cnt=0
for angle in angle_list:
lt.ccw(float(angle))
sleep(4)
for iteration in range(1,repeat+1):
# print "Measuring angle %s at iteration %s" % (angle[1],angle[0])
timestamp2 = datetime.now().strftime("%Y_%m_%d_%H_%M_%S")
# hdo.trigger_mode('Auto')
hdo.trigger_mode('Single')
sleep(0.5)
fname = 'Angle' + str(angle) + '_Iter' + str(iteration) +'_Time' + timestamp2 + '.zip'
# fname = 'Angle' + str(angle[1]) + '_Iter' + str(angle[0]) + '.zip'
print "Measuring angle %s at iteration %s" % (angle, iteration)
hdo.new_labnb(fname)
arb.force_trig('A')
hdo.save_entry ()
sleep(7)
hdo.import_data(file_name=fname,remote_path='D:/Xport',local_path = self.file_path)
# hdo.trigger_mode('Stopped')
zip_folder = "../R1/logs/" + timestamp1 + '/'
zip_name = fname
zip_path = zip_folder + zip_name
with zipfile.ZipFile(zip_path,"r") as zip_ref:
zip_ref.extractall(zip_folder)
trace_folder = zip_folder + "MyLabNotebook/Default/" + os.listdir(zip_folder + "MyLabNotebook/Default")[0]
print(trace_folder)
eng.cvtLecroy2Matlab(trace_folder, angle,iteration,cnt, nargout=0)
shutil.rmtree(zip_folder+"MyLabNotebook/")
cnt=cnt+1
lt.angle(0)
sgs1.rfon(0)
sgs2.rfon(0)
def main_test(self):
fid = open(self.fid)
lines = fid.readlines()
if len(lines) > 1:
angle_list = [x.strip().replace('"', '').split(',') for x in lines]
else:
angle_list = [
x.strip().replace('"', '').split(',')
for x in lines[0].split('\r')
]
fid.close()
### Intinilize sgs100 ###
LO_freq = 6500
sgs1 = rsSgs100.spawn('10.0.1.3')
sgs2 = rsSgs100.spawn('10.0.1.4')
sgs1.freq(LO_freq)
sgs2.freq(LO_freq)
sgs1.pow(self.Mod_pwr)
sgs2.pow(self.LO_pwr)
sgs1.rfon(1)
sgs1.modon(1)
sgs2.rfon(1)
### Config ARB ###
### open /import waveform, sample rate ###
wvf = self.wvf_set[self.wvf_select]
wvf_name = wvf[0]
timeDiv = wvf[1]
offSet = wvf[2]
srate = 8e9
print "...Configuring arb now...."
arb = tek_arb.spawn('10.0.1.9', port=4001)
arb.inst_mode('AWG')
arb.open_wvf('C:/R1/AWG_UWB_8GHz_chan13_64pre_no_payload.mat')
arb.open_wvf('C:/R1/AWG_UWB_8GHz_chan13_1024pre_60byte.mat')
arb.assign_wvf(wvf_name, 1)
arb.assign_wvf(wvf_name, 2)
arb.sample_rate(srate)
arb.ch_onoff(1)
arb.run_mode('TRIG', 'ATR', 1)
arb.run_mode('TRIG', 'ATR', 2)
arb.play_stop()
### Intinilize DSO ###
print "...Configuring HDO now ..."
ch_list = ['C1', 'C2', 'C3', 'C4', 'C5', 'C6', 'C7', 'C8']
hdo = lecroy_HDO.spawn('10.0.1.8')
hdo.set_config()
hdo.multitap_display('Normal')
hdo.time_div(timeDiv)
hdo.hor_offset(offSet)
for ch in ch_list:
hdo.ver_div(ch, 1)
hdo.ver_offset(ch, '0')
hdo.trace_on(ch, -1)
hdo.trigger_type('Edge')
hdo.trigger_source('Ext')
hdo.trigger_level('Ext', 0.1)
hdo.trigger_slope('Positive')
hdo.trigger_coupling('DC')
hdo.trigger_mode('Auto')
##### Turntable spining from here #####
lt = LT360.spawn(ipAddr='10.0.1.253', port=9001)
print "Set turn table angle to 0 "
lt.zero()
timestamp = datetime.now().strftime("%Y_%m_%d_%H_%M_%S")
self.file_path = self.file_path + timestamp + '/'
os.system("mkdir " + self.file_path)
for angle in angle_list:
print "Measuring angle %s at iteration %s" % (angle[1], angle[0])
timestamp = datetime.now().strftime("%Y_%m_%d_%H_%M_%S")
hdo.trigger_mode('Auto')
fname = 'Angle' + str(angle[1]) + '_Iter' + str(
angle[0]) + '_Time' + timestamp + '.zip'
lt.ccw(float(angle[1]))
hdo.trigger_mode('Single')
sleep(0.2)
arb.force_trig('A')
hdo.new_labnb(fname)
hdo.save_entry()
sleep(7)
hdo.import_data(file_name=fname,
remote_path='D:/Xport',
local_path=self.file_path)
hdo.trigger_mode('Stopped')
lt.angle(0)
arb.open_wvf('C:/R1/AWG_UWB_8GHz_chan13_64pre_no_payload.mat')
arb.open_wvf('C:/R1/AWG_UWB_8GHz_chan13_1024pre_60byte.mat')
arb.assign_wvf(wvf_name,1)
arb.assign_wvf(wvf_name,2)
arb.sample_rate(srate)
arb.ch_onoff(1)
arb.run_mode('TRIG','ATR',1)
arb.run_mode('TRIG','ATR',2)
arb.play_stop()
### Intinilize DSO ###
print "...Configuring HDO now ..."
ch_list = ['C1','C2','C3','C4','C5','C6','C7','C8']
hdo = lecroy_HDO.spawn('10.0.1.8')
hdo.set_config()
hdo.multitap_display('Normal')
hdo.time_div(timeDiv)
hdo.hor_offset(offSet)
for ch in ch_list:
hdo.ver_div(ch,1)
hdo.ver_offset(ch,'0')
hdo.trace_on(ch,-1)
hdo.trigger_type('Edge')
hdo.trigger_source('Ext')
hdo.trigger_level('Ext',0.1)
hdo.trigger_slope('Positive')
hdo.trigger_coupling ('DC')