for PARAMETER in LOCK_PARAMETER[2]:
if PARAMETER[2] == None or PARAMETER[3] == None:
pass
else:
continue
MODULATION = PARAMETER[0]
code_rate_cn = PARAMETER[1]
specan = Ektsfu(sfu_ip)
specan.set_digitaltv_coding_constellation_dvbs2(MODULATION)
time.sleep(1)
specan = Ektsfu(sfu_ip)
specan.set_digitaltv_coding_coderate_dvbs2(code_rate_cn[0])
time.sleep(1)
specan = Ektsfu(sfu_ip)
specan.set_noise_awgn_cn(str(code_rate_cn[1]))
time.sleep(1)
specan = Ektsfu(sfu_ip)
specan.set_level_level_level(
"dBm", str("%.2f" % ((-10) - FREQUENCY_LEVEL_OFFSET[1])))
time.sleep(5)
_, mosaic_result = mosaic_algorithm(
sfu_ip, str("%.2f" % ((-10) - FREQUENCY_LEVEL_OFFSET[1])),
str("%.2f" % ((-10) - FREQUENCY_LEVEL_OFFSET[1])))
if mosaic_result == "Fail":
mosaic_result = None
PARAMETER[3] = mosaic_result
write_json_file(
"../../ekt_json/dvbs2_18_dynamic_range_awng_sensitivity_level.json",
if check_list[1] == None:
loop_lock_mark = True
break
if loop_lock_mark == True:
pass
else:
continue
MODULATION = LOCK_PARAMETER[0]
SYMBOL_RATE = LOCK_PARAMETER[1]
CN = LOCK_PARAMETER[3]
specan = Ektsfu(sfu_ip)
specan.set_digitaltv_coding_constellation_dvbc(MODULATION)
specan = Ektsfu(sfu_ip)
specan.set_noise_awgn_cn(str(CN))
specan = Ektsfu(sfu_ip)
specan.set_digitaltv_coding_symbolrate_dvbc(SYMBOL_RATE[0])
for PARAMETER in LOCK_PARAMETER[4]:
if PARAMETER[1] == None:
pass
else:
continue
FREQUENCY_LEVEL_OFFSET = [
PARAMETER[0],
find_level_offset_by_frequency("DVBC_FREQUENCY_LEVEL_OFFSET",
PARAMETER[0])
]
specan = Ektsfu(sfu_ip)
specan.set_fading_profile_profile("3", "1", "SPATh")
for PARAMETER in load_dict.get("test_parame_result"):
loop_lock_mark = False
for FADING in PARAMETER[10]:
for LOSS in FADING[3]:
if LOSS[1] == None:
loop_lock_mark = True
break
if loop_lock_mark == True:
pass
else:
continue
specan = Ektsfu(sfu_ip)
specan.set_noise_awgn_cn("30")
specan = Ektsfu(sfu_ip)
specan.set_frequency_frequency_frequency(str(PARAMETER[0]) + "MHz")
specan = Ektsfu(sfu_ip)
specan.set_digitaltv_framing_channelbandwidth_dvbt2("BW_{}".format(
str(PARAMETER[3])))
specan = Ektsfu(sfu_ip)
specan.set_level_level_offset(str(PARAMETER[1]))
specan = Ektsfu(sfu_ip)
specan.set_level_level_level("dBm", str(PARAMETER[2]))
specan = Ektsfu(sfu_ip)
specan.set_digitaltv_framing_fftsize_dvbt2(PARAMETER[4])
specan = Ektsfu(sfu_ip)
specan.set_digitaltv_bicm_constellation_dvbt2(PARAMETER[5])
else:
CURRENT_BANDWIDTH = 8
specan = Ektsfu(sfu_ip)
specan.set_frequency_frequency_frequency(
str(int(FREQUENCY_LEVEL_OFFSET[0][0])) + "MHz")
specan = Ektsfu(sfu_ip)
specan.set_digitaltv_coding_channelbandwidth_dvbt("BW_{}".format(
str(CURRENT_BANDWIDTH)))
specan = Ektsfu(sfu_ip)
specan.set_level_level_offset(str(FREQUENCY_LEVEL_OFFSET[0][1]))
specan = Ektsfu(sfu_ip)
specan.set_level_level_level(
"dBm", str("%.2f" % ((-50) - FREQUENCY_LEVEL_OFFSET[0][1])))
specan = Ektsfu(sfu_ip)
specan.set_noise_awgn_cn("25")
net = ekt_net.EktNetClient(ekt_cfg.FRONT_END_SERVER_IP,
ekt_cfg.FRONT_END_SERVER_PORT)
net.send_data(
json.dumps({
"cmd": "set_frequency_data",
"frequency": str(int(FREQUENCY_LEVEL_OFFSET[0][0]))
}))
time.sleep(1)
del net
net = ekt_net.EktNetClient(ekt_cfg.FRONT_END_SERVER_IP,
ekt_cfg.FRONT_END_SERVER_PORT)
net.send_data(
json.dumps({
"cmd": "set_bandwidth_data",
"bandwidth": str(CURRENT_BANDWIDTH)
specan.set_impairments_modulator("OFF")
specan = Ektsfu(sfu_ip)
specan.set_impairments_baseband("OFF")
for LOCK_PARAMETER in load_dict.get("test_parame_result"):
MODULATION = LOCK_PARAMETER[3]
SYMBOL_RATE = LOCK_PARAMETER[4]
# CN = LOCK_PARAMETER[2]
specan = Ektsfu(sfu_ip)
specan.set_digitaltv_coding_constellation_j83b(MODULATION)
# specan = Ektsfu(sfu_ip)
# specan.set_digitaltv_coding_symbolrate_j83b(SYMBOL_RATE[0])
specan = Ektsfu(sfu_ip)
specan.set_noise_awgn_cn(str("35"))
# for PARAMETER in LOCK_PARAMETER[3]:
FREQUENCY_LEVEL_OFFSET = [LOCK_PARAMETER[0], LOCK_PARAMETER[1]]
specan = Ektsfu(sfu_ip)
specan.set_frequency_frequency_frequency(
str(FREQUENCY_LEVEL_OFFSET[0]) + "MHz")
specan = Ektsfu(sfu_ip)
specan.set_level_level_offset(str(FREQUENCY_LEVEL_OFFSET[1]))
specan = Ektsfu(sfu_ip)
specan.set_level_level_level(
"dBm", str("%.2f" % ((-50) - FREQUENCY_LEVEL_OFFSET[1])))
net = ekt_net.EktNetClient(ekt_cfg.FRONT_END_SERVER_IP,
