specan.set_interferer_frequency_offset("29.25")
specan = Ektsfu(sfu_ip)
specan.set_interferer_singal_frequency_offset("40")
else:
specan = Ektsfu(sfu_ip)
specan.set_interferer_frequency_offset(str(FREQUENCY[0] - 666))
for PARAMETER in FREQUENCY[2]:
if PARAMETER[4] == None:
pass
else:
continue
specan = Ektsfu(sfu_ip)
specan.set_digitaltv_coding_fftmode_dvbt(PARAMETER[0])
time.sleep(1)
specan = Ektsfu(sfu_ip)
specan.set_digitaltv_coding_constellation_dvbt(PARAMETER[1])
time.sleep(1)
specan = Ektsfu(sfu_ip)
specan.set_digitaltv_coding_coderate_dvbt(PARAMETER[2])
time.sleep(1)
specan = Ektsfu(sfu_ip)
specan.set_digitaltv_coding_guard_dvbt(PARAMETER[3])
time.sleep(1)
res, test_result = iterate_to_find_threshold_step_by_step(sfu_ip,
float(
"%.2f" % (-25-FREQUENCY[1] - float(
LEVEL_OFFSET_666) + 5)),
level_offset=str(LEVEL_OFFSET_666))
print(
"dvbt_25_analogue_singnal_other_channel: current_time:{}, modulation: {} coderate:{}, frequency:{} MHz,bandwidth:{} MHZ,{}".format(
specan.set_player_timing_openfile(r"E:\333\DIVER.GTS")
specan = Ektsfu(sfu_ip)
specan.set_digitaltv_input_source_dvbt("TSPLayer")
specan = Ektsfu(sfu_ip)
specan.set_level_level_rf("ON")
specan = Ektsfu(sfu_ip)
specan.set_noise_noise_noise("OFF")
specan = Ektsfu(sfu_ip)
specan.set_fading_fading_state("OFF")
specan = Ektsfu(sfu_ip)
specan.set_impairments_modulator("OFF")
specan = Ektsfu(sfu_ip)
specan.set_impairments_baseband("OFF")
specan = Ektsfu(sfu_ip)
specan.set_digitaltv_coding_constellation_dvbt(MODULATION_64QAM)
specan = Ektsfu(sfu_ip)
specan.set_digitaltv_coding_fftmode_dvbt(FFT_SIZE_8K)
specan = Ektsfu(sfu_ip)
specan.set_digitaltv_coding_coderate_dvbt(CODE_RATE_2_3)
specan = Ektsfu(sfu_ip)
specan.set_digitaltv_coding_guard_dvbt(GUARD_G1_8)
for FREQUENCY_BW in load_dict.get("test_parame_result"):
if FREQUENCY_BW[2] == None:
pass
else:
continue
specan = Ektsfu(sfu_ip)
specan.set_frequency_frequency_frequency(
str(int(FREQUENCY_BW[0])) + "MHz")
"dvbt_19_performance_gaussian_channel: current_time:{}, frequency:{} MHz,bandwidth:{} Ksym/s, {}"
.format(datetime.datetime.now().strftime('%Y-%m-%d %H:%M:%S'),
str(FREQUENCY_LEVEL_OFFSET[0][0]),
str(CURRENT_BANDWIDTH), "Lock fail") + "\n"))
continue
else:
write_test_result("../../ekt_log/test_result_sfu.txt",
("Lock state err" + "\n"))
continue
for MODULATION_CODERATE_SPEC in FREQUENCY_LEVEL_OFFSET[1]:
if MODULATION_CODERATE_SPEC[4] == None:
pass
else:
continue
specan = Ektsfu(sfu_ip)
specan.set_digitaltv_coding_constellation_dvbt(
MODULATION_CODERATE_SPEC[0])
time.sleep(1)
specan = Ektsfu(sfu_ip)
specan.set_digitaltv_coding_coderate_dvbt(
MODULATION_CODERATE_SPEC[1])
time.sleep(1)
specan = Ektsfu(sfu_ip)
specan.set_digitaltv_coding_guard_dvbt(MODULATION_CODERATE_SPEC[2])
time.sleep(1)
res, test_result = iterate_to_find_threshold_noise_cn_step_by_step(
sfu_ip, MODULATION_CODERATE_SPEC[3] + 5)
print(
"dvbt_19_performance_gaussian_channel: current_time:{}, modulation: {} coderate:{}, frequency:{} MHz,bandwidth:{} MHZ,{}"
.format(datetime.datetime.now().strftime('%Y-%m-%d %H:%M:%S'),
MODULATION_CODERATE_SPEC[0],
