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mapping2.py
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from struct import unpack
def transform_temperature(value: list) -> float:
parts = bytes(value[0:2])
word = unpack('<h', parts)[0]
return float(word)/10
def transform_air_volume(value: list) -> float:
parts = value[0:2]
word = unpack('<h', parts)[0]
return float(word)
def transform_any(value: list) -> float:
word = 0
for n in range(len(value)):
word += value[n]<<(n*8)
return word
def transform_enum(enum: dict):
def f(value: list) -> str:
v = int(value[0])
if v in enum:
return enum[v]
return "unknown"
return f
def uint_to_bits(value):
"""Convert an unsigned integer to a list of set bits."""
bits = []
j = 0
for i in range(64):
if value & (1 << i):
bits.append(j)
j += 1
return bits
def calculate_airflow_constraints(value):
"""Calculate the airflow constraints based on the bitshift value."""
bits = uint_to_bits(value)
if 45 not in bits:
return []
constraints = []
if 2 in bits or 3 in bits:
constraints.append("Resistance")
if 4 in bits:
constraints.append("PreheaterNegative")
if 5 in bits or 7 in bits:
constraints.append("NoiseGuard")
if 6 in bits or 8 in bits:
constraints.append("ResistanceGuard")
if 9 in bits:
constraints.append("FrostProtection")
if 10 in bits:
constraints.append("Bypass")
if 12 in bits:
constraints.append("AnalogInput1")
if 13 in bits:
constraints.append("AnalogInput2")
if 14 in bits:
constraints.append("AnalogInput3")
if 15 in bits:
constraints.append("AnalogInput4")
if 16 in bits:
constraints.append("Hood")
if 18 in bits:
constraints.append("AnalogPreset")
if 19 in bits:
constraints.append("ComfoCool")
if 22 in bits:
constraints.append("PreheaterPositive")
if 23 in bits:
constraints.append("RFSensorFlowPreset")
if 24 in bits:
constraints.append("RFSensorFlowProportional")
if 25 in bits:
constraints.append("TemperatureComfort")
if 26 in bits:
constraints.append("HumidityComfort")
if 27 in bits:
constraints.append("HumidityProtection")
if 47 in bits:
constraints.append("CO2ZoneX1")
if 48 in bits:
constraints.append("CO2ZoneX2")
if 49 in bits:
constraints.append("CO2ZoneX3")
if 50 in bits:
constraints.append("CO2ZoneX4")
if 51 in bits:
constraints.append("CO2ZoneX5")
if 52 in bits:
constraints.append("CO2ZoneX6")
if 53 in bits:
constraints.append("CO2ZoneX7")
if 54 in bits:
constraints.append("CO2ZoneX8")
return constraints
def transform_ventilation_constraints(value: list) -> str:
print(value)
value = bytes(value[0:8])
print(value)
value = int.from_bytes(value, "little")
print(value)
return ", ".join(calculate_airflow_constraints(value))
device_state_arr = ["init", "normal", "filterwizard", "commissioning", "supplierfactory", "zehnderfactory", "standby", "away", "DFC"]
changing_filters_arr = ["active", "changing_filter"]
operating_mode_enum = {-1: "auto", 1: "limited manual", 5: "unlimited manual"}
bypass_mode_enum = {0: "auto", 1: "open", 2: "close"}
sensor_based_enum = {0: "disabled", 1: "active", 2:"overruling"}
mapping = {
16: {
"name": "device_state",
"unit": "".join(["%s=%s" % x for x in enumerate(device_state_arr)]),
"transformation": lambda x: (device_state_arr[int(x[0])] if int(x[0]) < len(device_state_arr) else "unknown")
},
17: {
"name": "z_unknown_NwoNode_17",
"unit": "",
"transformation": transform_any
},
18: {
"name": "changing_filters",
"unit": "".join(["%s=%s" % x for x in enumerate(changing_filters_arr)]),
"transformation": lambda x: (changing_filters_arr[int(x[0])] if int(x[0]) < len(changing_filters_arr) else "unknown")
},
33: {
"name": "z_unknown_Value_33",
"unit": "",
"transformation": transform_any
},
49: {
"name": "operating_mode",
"unit": "-1=auto,1=limited_manual,5=unlimited_manual",
"transformation": transform_enum(operating_mode_enum)
},
56: {
"name": "z_unknown_Value_56",
"unit": "",
"transformation": transform_any
},
65: {
"name": "ventilation_level",
"unit": "level",
"transformation": lambda x: float(x[0])
},
66: {
"name": "bypass_state",
"unit": "0=auto,1=open,2=close",
"transformation": transform_enum(bypass_mode_enum)
},
67: {
"name": "comfocool_profile",
"unit": "",
"transformation": lambda x: int(x[0])
},
72: {
"name": "z_unknown_Value_72",
"unit": "",
"transformation": transform_any
},
81: {
"name": "Timer1_fan_speed_next_change",
"unit": "s",
"transformation": transform_any
},
82: {
"name": "Timer2_bypass_next_change",
"unit": "s",
"transformation": transform_any
},
83: {
"name": "Timer3",
"unit": "s",
"transformation": transform_any
},
84: {
"name": "Timer4",
"unit": "s",
"transformation": transform_any
},
85: {
"name": "Timer5_comfocool_next_change",
"unit": "s",
"transformation": transform_any
},
86: {
"name": "Timer6_supply_fan_next_change",
"unit": "s",
"transformation": transform_any
},
87: {
"name": "Timer7_exhaust_fan_next_change",
"unit": "s",
"transformation": transform_any
},
88: {
"name": "Timer8",
"unit": "s",
"transformation": transform_any
},
96: {
"name": "bypass_..._ValveMsg",
"unit": "unknown",
"transformation": transform_any
},
97: {
"name": "bypass_b_status",
"unit": "unknown",
"transformation": transform_air_volume
},
98: {
"name": "bypass_a_status",
"unit": "unknown",
"transformation": transform_air_volume
},
115: {
"name": "ventilator_enabled_output",
"unit": "",
"transformation": transform_any
},
116: {
"name": "ventilator_enabled_input",
"unit": "",
"transformation": transform_any
},
117: {
"name": "ventilator_power_percent_output",
"unit": "%",
"transformation": lambda x: float(x[0])
},
118: {
"name": "ventilator_power_percent_input",
"unit": "%",
"transformation": lambda x: float(x[0])
},
119: {
"name": "ventilator_air_volume_output",
"unit": "m3",
"transformation": transform_air_volume
},
120: {
"name": "ventilator_air_volume_input",
"unit": "m3",
"transformation": transform_air_volume
},
121: {
"name": "ventilator_speed_output",
"unit": "rpm",
"transformation": transform_air_volume
},
122: {
"name": "ventilator_speed_input",
"unit": "rpm",
"transformation": transform_air_volume
},
128: {
"name": "Power_consumption_actual",
"unit": "W",
"transformation": lambda x: float(x[0])
},
129: {
"name": "Power_consumption_this_year",
"unit": "kWh",
"transformation": transform_air_volume
},
130: {
"name": "Power_consumption_lifetime",
"unit": "kWh",
"transformation": transform_air_volume
},
144: {
"name": "Power_PreHeater_this_year",
"unit": "kWh",
"transformation": transform_any
},
145: {
"name": "Power_PreHeater_total",
"unit": "kWh",
"transformation": transform_any
},
146: {
"name": "Power_PreHeater_actual",
"unit": "W",
"transformation": transform_any
},
176: {
"name": "rf_pairing_mode",
"unit": "0=not_running,1=running,2=done,3=failed,4=aborted",
"transformation": transform_any
},
192: {
"name": "days_until_next_filter_change",
"unit": "days",
"transformation": transform_air_volume
},
208: {
"name": "device_temperature_unit",
"unit": "0=celsius,1=fahrenheit",
"transformation": transform_any
},
209: {
"name": "RMOT",
"unit": "°C",
"transformation":transform_temperature
},
210: {
"name": "heating_season_active",
"unit": "0=inactive,1=active",
"transformation": lambda x: "active" if int(x[0]) == 1 else "inactive"
},
211: {
"name": "cooling_season_active",
"unit": "0=inactive,1=active",
"transformation": lambda x: "active" if int(x[0]) == 1 else "inactive"
},
212: {
"name": "Target_temperature",
"unit": "°C",
"transformation": transform_temperature
},
213: {
"name": "Power_avoided_heating_actual",
"unit": "W",
"transformation": transform_any
},
214: {
"name": "Power_avoided_heating_this_year",
"unit": "kWh",
"transformation": transform_air_volume
},
215: {
"name": "Power_avoided_heating_lifetime",
"unit": "kWh",
"transformation": transform_air_volume
},
216: {
"name": "Power_avoided_cooling_actual",
"unit": "W",
"transformation": transform_any
},
217: {
"name": "Power_avoided_cooling_this_year",
"unit": "kWh",
"transformation": transform_air_volume
},
218: {
"name": "Power_avoided_cooling_lifetime",
"unit": "kWh",
"transformation": transform_air_volume
},
219: {
"name": "Power_PreHeater_Target",
"unit": "W",
"transformation": transform_any
},
220: {
"name": "temperature_inlet_before_preheater",
"unit": "°C",
"transformation": transform_temperature
},
221: {
"name": "temperature_inlet_after_recuperator",
"unit": "°C",
"transformation": transform_temperature
},
222: {
"name": "z_Unknown_TempHumConf_222",
"unit": "",
"transformation": transform_any
},
224: {
"name": "device_airflow_unit",
"unit": "1=kg/h,2=l/s,3=m3/h",
"transformation": transform_any
},
225: {
"name": "sensor_based_ventilation",
"unit": "0=disabled, 1=active, 2=overruling",
"transformation": transform_enum(sensor_based_enum)
},
226: {
"name": "fan_speed_0_100_200_300",
"unit": "0,100,200,300",
"transformation": transform_any
},
227: {
"name": "bypass_open",
"unit": "%",
"transformation": lambda x: float(x[0])
},
228: {
"name": "frost_disbalance",
"unit": "%",
"transformation": lambda x: float(x[0])
},
229: {
"name": "z_Unknown_VentConf_229",
"unit": "",
"transformation": transform_any
},
230: {
"name": "ventilation_constraints",
"unit": "",
"transformation": transform_ventilation_constraints
},
256: {
"name": "current_menu_mode",
"unit": "1=basic,2=advanced,3=installer",
"transformation": transform_any
},
257: {
"name": "z_Unknown_NodeConf_257",
"unit": "unknown",
"transformation": transform_any
},
273: {
"name": "temperature_something...",
"unit": "°C",
"transformation": transform_temperature
},
274: {
"name": "temperature_outlet_before_recuperator",
"unit": "°C",
"transformation": transform_temperature
},
275: {
"name": "temperature_outlet_after_recuperator",
"unit": "°C",
"transformation": transform_temperature
},
276: {
"name": "temperature_inlet_before_preheater",
"unit": "°C",
"transformation": transform_temperature
},
277: {
"name": "temperature_inlet_before_recuperator",
"unit": "°C",
"transformation": transform_temperature
},
278: {
"name": "temperature_inlet_after_recuperator",
"unit": "°C",
"transformation": transform_temperature
},
289: {
"name": "z_unknown_HumSens",
"unit": "",
"transformation": transform_any
},
290: {
"name": "air_humidity_outlet_before_recuperator",
"unit": "%",
"transformation": lambda x: float(x[0])
},
291: {
"name": "air_humidity_outlet_after_recuperator",
"unit": "%",
"transformation": lambda x: float(x[0])
},
292: {
"name": "air_humidity_inlet_before_preheater",
"unit": "%",
"transformation": lambda x: float(x[0])
},
293: {
"name": "air_humidity_inlet_before_recuperator",
"unit": "%",
"transformation": lambda x: float(x[0])
},
294: {
"name": "air_humidity_inlet_after_recuperator",
"unit": "%",
"transformation": lambda x: float(x[0])
},
305: {
"name": "PresSens_exhaust",
"unit": "Pa",
"transformation": transform_any
},
306: {
"name": "PresSens_inlet",
"unit": "Pa",
"transformation": transform_any
},
337: {
"name": "z_unknown_Value_337",
"unit": "",
"transformation": transform_any
},
344: {
"name": "z_unknown_Value_344",
"unit": "",
"transformation": transform_any
},
369: {
"name": "z_Unknown_AnalogInput_369",
"unit": "V?",
"transformation": transform_any
},
370: {
"name": "z_Unknown_AnalogInput_370",
"unit": "V?",
"transformation": transform_any
},
371: {
"name": "z_Unknown_AnalogInput_371",
"unit": "V?",
"transformation": transform_any
},
372: {
"name": "z_Unknown_AnalogInput_372",
"unit": "V?",
"transformation": transform_any
},
385: {
"name": "z_unknown_Value_385",
"unit": "",
"transformation": transform_any
},
400: {
"name": "z_Unknown_PostHeater_ActualPower",
"unit": "W",
"transformation": transform_any
},
401: {
"name": "z_Unknown_PostHeater_ThisYear",
"unit": "kWh",
"transformation": transform_any
},
402: {
"name": "z_Unknown_PostHeater_Total",
"unit": "kWh",
"transformation": transform_any
},
418: {
"name": "z_unknown_Value_418",
"unit": "",
"transformation": transform_any
},
513: {
"name": "z_unknown_Value_513",
"unit": "",
"transformation": transform_any
},
514: {
"name": "z_unknown_Value_514",
"unit": "",
"transformation": transform_any
},
515: {
"name": "z_unknown_Value_515",
"unit": "",
"transformation": transform_any
},
516: {
"name": "z_unknown_Value_516",
"unit": "",
"transformation": transform_any
},
517: {
"name": "z_unknown_Value_517",
"unit": "",
"transformation": transform_any
},
518: {
"name": "z_unknown_Value_518",
"unit": "",
"transformation": transform_any
},
519: {
"name": "z_unknown_Value_519",
"unit": "",
"transformation": transform_any
},
520: {
"name": "z_unknown_Value_520",
"unit": "",
"transformation": transform_any
},
521: {
"name": "z_unknown_Value_521",
"unit": "",
"transformation": transform_any
},
522: {
"name": "z_unknown_Value_522",
"unit": "",
"transformation": transform_any
},
523: {
"name": "z_unknown_Value_523",
"unit": "",
"transformation": transform_any
},
16400: {
"name": "z_unknown_Value_16400",
"unit": "",
"transformation": transform_any
},
#00398041 unknown 0 0 0 0 0 0 0 0
}
command_mapping = {
"set_ventilation_level_0": b'T1F07505180100201C00000000\r',
"set_ventilation_level_1": b'T1F07505180100201C00000100\r',
"set_ventilation_level_2": b'T1F07505180100201C00000200\r',
"set_ventilation_level_3": b'T1F07505180100201C00000300\r',
"auto_mode": b'T1F075051485150801\r', # verified (also: T1F051051485150801\r)
"manual_mode": b'T1F07505180084150101000000\r', # verified (also: T1F051051485150801\r)
"temperature_profile_cool": b'T0010C041101\r',
"temperature_profile_normal": b'T0010C041100\r',
"temperature_profile_warm": b'T0010C041102\r',
"close_bypass": b'T00108041102\r',
"open_bypass": b'T00108041101\r',
"auto_bypass": b'T00108041100\r',
"basis_menu": b"T00400041100\r",
"extended_menu": b"T00400041101\r"
}