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Commit 1739750e authored by Joanne Hugé's avatar Joanne Hugé
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simpleran: clean up and update ors_version with new values 

Add new measurements for bands B40, N77, N79
parent b3e96f8e
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Showing with 142 additions and 122 deletions
software/simpleran/buildout.hash.cfg
View file @ 1739750e
......@@ -20,7 +20,7 @@ md5sum = 109828c2a97c09b0976d266aaba00328
[template-ors]
filename = instance-ors.cfg
md5sum = 307e38207945a9adcfea0263cba9d3a6
md5sum = a0117291dedbd2c6d60012696a716735
[slaplte.jinja2]
_update_hash_filename_ = slaplte.jinja2
......@@ -60,7 +60,7 @@ md5sum = 52da9fe3a569199e35ad89ae1a44c30e
[template-enb]
_update_hash_filename_ = instance-enb.jinja2.cfg
md5sum = de757719d6cf4bd731394f50dbce8d99
md5sum = 22c399fc3a84aeec0f6545fe72fbf2f3
[template-ors-enb]
_update_hash_filename_ = instance-ors-enb.jinja2.cfg
......
software/simpleran/instance-ors.cfg
View file @ 1739750e
......@@ -51,119 +51,137 @@ configuration = $${slap-configuration:configuration}
sdr-dir = $${sdr:dir}
init =
import subprocess
range_map = {
"B28": "758MHz - 803MHz",
"B38": "2570MHz - 2620MHz",
"B39": "1880MHz - 1920MHz",
"B40": "2300MHz - 2400MHz",
"B41": "2496MHz - 2690MHz",
"B42": "3400MHz - 3600MHz",
"B43": "3600MHz - 3800MHz",
"N77": "3800MHz - 4000MHz",
"N79": "4600MHz - 5000MHz",
"UNKNOWN": "Information not available for this band",
}
default_tx_gain_map = {
"B28": (60, 62),
"B38": (59, 65),
"B39": (59, 64),
"B40": (59, 64),
"B41": (59, 64),
"B42": (63, 62),
"B43": (63, 62),
"N77": (60, 62),
"N79": (60, 62),
"UNKNOWN": (60, 62),
}
default_rx_gain_map = {
"B28": (25, 25),
"B38": (25, 25),
"B39": (25, 25),
"B40": (25, 25),
"B41": (25, 25),
"B42": (25, 25),
"B43": (25, 25),
"N77": (25, 25),
"N79": (25, 25),
"UNKNOWN": (25, 25),
}
default_earfcn_map = {
"B28": 9550,
"B38": 38050,
"B39": 38350,
"B40": 39150,
"B41": 40620,
"B42": 42590,
"B43": 44590,
"N77": 0,
"N79": 0,
"UNKNOWN": 0,
}
default_nr_arfcn_map = {
"B28": 0,
"B38": 519000,
"B39": 378000,
"B40": 470000,
"B41": 518600,
"B42": 632628,
"B43": 646666,
"N77": 660000,
"N79": 720000,
"UNKNOWN": 0,
}
default_nr_band_map = {
"B28": 0,
"B38": 41,
"B39": 39,
"B40": 40,
"B41": 41,
"B42": 78,
"B43": 78,
"N77": 77,
"N79": 79,
"UNKNOWN": 0,
}
power_map = {
"B28": (
lambda x: "UNKNOWN",
lambda x: "UNKNOWN",
),
"B38": (
lambda x: (-0.008712931375092506) * x**2 + (2.1973585140044642) * x + (-94.29420762479742),
lambda x: (-0.004472751640641793) * x**2 + (1.6308290630103919) * x + (-81.84549245154561),
),
"B39": (
lambda x: (-0.008712931375092506) * x**2 + (2.1973585140044642) * x + (-94.29420762479742),
lambda x: (-0.0022523817802900985) * x**2 + (1.2674016231310092) * x + (-66.57165215468584),
),
"B40": (
lambda x: "UNKNOWN",
lambda x: "UNKNOWN",
),
"B41": (
lambda x: "UNKNOWN",
lambda x: "UNKNOWN",
),
"B42": (
lambda x: (-0.014198126839751619) * x**2 + (2.980758813262773) * x + (-125.25800492285738),
lambda x: (0.003977721774394756) * x**2 + (0.527208191717173) * x + (-42.761142655285376),
),
"B43": (
lambda x: (-0.014198126839751619) * x**2 + (2.980758813262773) * x + (-125.25800492285738),
lambda x: (-0.0036530114002551943) * x**2 + (1.510856844601873) * x + (-74.58790185136355),
),
"N77": (
lambda x: "UNKNOWN",
lambda x: "UNKNOWN",
),
"N79": (
lambda x: "UNKNOWN",
lambda x: "UNKNOWN",
),
"UNKNOWN": (
lambda x: "UNKNOWN",
lambda x: "UNKNOWN",
),
default_map = {
"B28": {
"range": "758MHz - 803MHz",
"dl_earfcn": 9550,
"dl_nr_arfcn": 158400,
"nr_band": 28,
"tx_gain": [60, 62],
"rx_gain": [25, 25],
"rf_mode": "fdd",
"power_estimation": (
lambda x: "UNKNOWN",
lambda x: (-0.004711416231164319) * x**2 + (1.5976906979683085) * x + (-67.71316951508676),
),
},
"B38": {
"range": "2570MHz - 2620MHz",
"dl_earfcn": 38050,
"dl_nr_arfcn": 519000,
"nr_band": 41,
"tx_gain": [59, 65],
"rx_gain": [25, 25],
"rf_mode": "tdd",
"power_estimation": (
lambda x: (-0.008712931375092506) * x**2 + (2.1973585140044642) * x + (-94.29420762479742),
lambda x: (-0.004472751640641793) * x**2 + (1.6308290630103919) * x + (-81.84549245154561),
),
},
"B39": {
"range": "1880MHz - 1920MHz",
"dl_earfcn": 38350,
"dl_nr_arfcn": 378000,
"nr_band": 39,
"tx_gain": [59, 64],
"rx_gain": [25, 25],
"rf_mode": "tdd",
"power_estimation": (
lambda x: (-0.008712931375092506) * x**2 + (2.1973585140044642) * x + (-94.29420762479742),
lambda x: (-0.0022523817802900985) * x**2 + (1.2674016231310092) * x + (-66.57165215468584),
),
},
"B40": {
"range": "2300MHz - 2400MHz",
"dl_earfcn": 39150,
"dl_nr_arfcn": 470000,
"nr_band": 40,
"tx_gain": [59, 64],
"rx_gain": [25, 25],
"rf_mode": "tdd",
"power_estimation": (
lambda x: "UNKNOWN",
lambda x: (-0.0016475305254340404) * x**2 + (1.1580162105112186) * x + (-62.10679297527826),
),
},
"B41": {
"range": "2496MHz - 2690MHz",
"dl_earfcn": 40620,
"dl_nr_arfcn": 518600,
"nr_band": 41,
"tx_gain": [59, 64],
"rx_gain": [25, 25],
"rf_mode": "tdd",
"power_estimation": (
lambda x: "UNKNOWN",
lambda x: "UNKNOWN",
),
},
"B42": {
"range": "3400MHz - 3600MHz",
"dl_earfcn": 42590,
"dl_nr_arfcn": 632628,
"nr_band": 78,
"tx_gain": [63, 62],
"rx_gain": [25, 25],
"rf_mode": "tdd",
"power_estimation": (
lambda x: (-0.014198126839751619) * x**2 + (2.980758813262773) * x + (-125.25800492285738),
lambda x: (0.003977721774394756) * x**2 + (0.527208191717173) * x + (-42.761142655285376),
),
},
"B43": {
"range": "3600MHz - 3800MHz",
"dl_earfcn": 44590,
"dl_nr_arfcn": 646666,
"nr_band": 78,
"tx_gain": [63, 62],
"rx_gain": [25, 25],
"rf_mode": "tdd",
"power_estimation": (
lambda x: (-0.014198126839751619) * x**2 + (2.980758813262773) * x + (-125.25800492285738),
lambda x: (-0.0036530114002551943) * x**2 + (1.510856844601873) * x + (-74.58790185136355),
),
},
"N77": {
"range": "3800MHz - 4000MHz",
"dl_earfcn": 0,
"dl_nr_arfcn": 660000,
"nr_band": 77,
"tx_gain": [60, 62],
"rx_gain": [25, 25],
"rf_mode": "tdd",
"power_estimation": (
lambda x: "UNKNOWN",
lambda x: lambda x: (-0.003358281211508112) * x**2 + (1.4533760798172672) * x + (-70.18774498873421),
),
},
"N79": {
"range": "4600MHz - 5000MHz",
"dl_earfcn": 0,
"dl_nr_arfcn": 720000,
"nr_band": 79,
"tx_gain": [60, 62],
"rx_gain": [25, 25],
"rf_mode": "tdd",
"power_estimation": (
lambda x: "UNKNOWN",
lambda x: (-0.004745509248998074) * x**2 + (1.659474968728413) * x + (-76.46937551110834),
),
},
"UNKNOWN": {
"range": "Information not available for this band",
"dl_earfcn": 0,
"dl_nr_arfcn": 0,
"nr_band": 0,
"tx_gain": [60, 62],
"rx_gain": [25, 25],
"rf_mode": "tdd",
"power_estimation": (
lambda x: "UNKNOWN",
lambda x: "UNKNOWN",
),
},
}
def get_sdr_info(cmd):
if options['configuration'].get('testing', False):
......@@ -181,18 +199,20 @@ init =
options['band'],
"2x1W" if options['one-watt'] else "2x0.5W",
)
default_tx_gain = default_tx_gain_map [options['band']][int(options['one-watt'])]
default_rx_gain = default_rx_gain_map [options['band']][int(options['one-watt'])]
default_earfcn = default_earfcn_map [options['band']]
default_nr_arfcn = default_nr_arfcn_map[options['band']]
default_nr_band = default_nr_band_map [options['band']]
options['range'] = range_map [options['band']]
default_tx_gain = default_map[options['band']]['tx_gain' ][int(options['one-watt'])]
default_rx_gain = default_map[options['band']]['rx_gain' ][int(options['one-watt'])]
default_earfcn = default_map[options['band']]['dl_earfcn' ]
default_nr_arfcn = default_map[options['band']]['dl_nr_arfcn']
default_nr_band = default_map[options['band']]['nr_band' ]
default_rf_mode = default_map[options['band']]['rf_mode' ]
options['range'] = default_map[options['band']]['range']
options['current-tx-gain'] = options['configuration'].get('tx_gain' , default_tx_gain )
options['current-rx-gain'] = options['configuration'].get('rx_gain' , default_rx_gain )
options['current-earfcn'] = options['configuration'].get('dl_earfcn' , default_earfcn )
options['current-nr-arfcn'] = options['configuration'].get('dl_nr_arfcn', default_nr_arfcn)
options['current-nr-band'] = options['configuration'].get('nr_band' , default_nr_band )
power_estimate_dbm = power_map[options['band']][int(options['one-watt'])](float(options['current-tx-gain']))
options['current-rf-mode'] = options['configuration'].get('rf_mode' , default_rf_mode )
power_estimate_dbm = default_map[options['band']]['power_estimation'][int(options['one-watt'])](float(options['current-tx-gain']))
if power_estimate_dbm == "UNKNOWN":
power_estimate = "Information not available for this band"
else:
......
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