class GlobalThermostatConfiguration(EepromModel):
""" The global thermostat configuration. """
outside_sensor = EepromByte((0, 16))
threshold_temp = EepromTemp((0, 17))
pump_delay = EepromByte((0, 19))
switch_to_heating_output_0 = EepromByte((199, 0))
switch_to_heating_value_0 = EepromByte((199, 1))
switch_to_heating_output_1 = EepromByte((199, 2))
switch_to_heating_value_1 = EepromByte((199, 3))
switch_to_heating_output_2 = EepromByte((199, 4))
switch_to_heating_value_2 = EepromByte((199, 5))
switch_to_heating_output_3 = EepromByte((199, 6))
switch_to_heating_value_3 = EepromByte((199, 7))
switch_to_cooling_output_0 = EepromByte((199, 8))
switch_to_cooling_value_0 = EepromByte((199, 9))
switch_to_cooling_output_1 = EepromByte((199, 10))
switch_to_cooling_value_1 = EepromByte((199, 11))
switch_to_cooling_output_2 = EepromByte((199, 12))
switch_to_cooling_value_2 = EepromByte((199, 13))
switch_to_cooling_output_3 = EepromByte((199, 14))
switch_to_cooling_value_3 = EepromByte((199, 15))
class CoolingConfiguration(EepromModel):
""" Models a thermostat in cooling mode. The maximum number of thermostats is 32. """
id = EepromId(32)
name = EepromString(16, lambda mid: (204 + (mid / 16), 16 * (mid % 16)))
setp0 = EepromTemp(lambda mid: (201, 32 + mid))
setp1 = EepromTemp(lambda mid: (201, 64 + mid))
setp2 = EepromTemp(lambda mid: (201, 96 + mid))
setp3 = EepromTemp(lambda mid: (201, 128 + mid))
setp4 = EepromTemp(lambda mid: (201, 160 + mid))
setp5 = EepromTemp(lambda mid: (201, 192 + mid))
sensor = EepromByte(lambda mid: (203, 8 + mid))
output0 = EepromByte(lambda mid: (201, mid))
output1 = EepromByte(lambda mid: (201, 224 + mid))
pid_p = EepromByte(lambda mid: (200, 4 * mid))
pid_i = EepromByte(lambda mid: (200, (4 * mid) + 1))
pid_d = EepromByte(lambda mid: (200, (4 * mid) + 2))
pid_int = EepromByte(lambda mid: (200, (4 * mid) + 3))
permanent_manual = EepromIBool(lambda mid: (195, 64 + mid))
auto_mon = CompositeDataType([
('temp_n', EepromTemp(lambda mid: (212, mid + 0))),
('start_d1', EepromTime(lambda mid: (206, (4 * mid) + 0))),
('stop_d1', EepromTime(lambda mid: (206, (4 * mid) + 1))),
('temp_d1', EepromTemp(lambda mid: (210, mid + 0))),
('start_d2', EepromTime(lambda mid: (206, (4 * mid) + 2))),
('stop_d2', EepromTime(lambda mid: (206, (4 * mid) + 3))),
('temp_d2', EepromTemp(lambda mid: (211, mid + 0)))
])
auto_tue = CompositeDataType([
('temp_n', EepromTemp(lambda mid: (212, mid + 32))),
('start_d1', EepromTime(lambda mid: (206, (4 * mid) + 128))),
('stop_d1', EepromTime(lambda mid: (206, (4 * mid) + 129))),
('temp_d1', EepromTemp(lambda mid: (210, mid + 32))),
('start_d2', EepromTime(lambda mid: (206, (4 * mid) + 130))),
('stop_d2', EepromTime(lambda mid: (206, (4 * mid) + 131))),
('temp_d2', EepromTemp(lambda mid: (211, mid + 32)))
])
auto_wed = CompositeDataType([
('temp_n', EepromTemp(lambda mid: (212, mid + 64))),
('start_d1', EepromTime(lambda mid: (207, (4 * mid) + 0))),
('stop_d1', EepromTime(lambda mid: (207, (4 * mid) + 1))),
('temp_d1', EepromTemp(lambda mid: (210, mid + 64))),
('start_d2', EepromTime(lambda mid: (207, (4 * mid) + 2))),
('stop_d2', EepromTime(lambda mid: (207, (4 * mid) + 3))),
('temp_d2', EepromTemp(lambda mid: (211, mid + 64)))
])
auto_thu = CompositeDataType([
('temp_n', EepromTemp(lambda mid: (212, mid + 96))),
('start_d1', EepromTime(lambda mid: (207, (4 * mid) + 128))),
('stop_d1', EepromTime(lambda mid: (207, (4 * mid) + 129))),
('temp_d1', EepromTemp(lambda mid: (210, mid + 96))),
('start_d2', EepromTime(lambda mid: (207, (4 * mid) + 130))),
('stop_d2', EepromTime(lambda mid: (207, (4 * mid) + 131))),
('temp_d2', EepromTemp(lambda mid: (211, mid + 96)))
])
auto_fri = CompositeDataType([
('temp_n', EepromTemp(lambda mid: (212, mid + 128))),
('start_d1', EepromTime(lambda mid: (208, (4 * mid) + 0))),
('stop_d1', EepromTime(lambda mid: (208, (4 * mid) + 1))),
('temp_d1', EepromTemp(lambda mid: (210, mid + 128))),
('start_d2', EepromTime(lambda mid: (208, (4 * mid) + 2))),
('stop_d2', EepromTime(lambda mid: (208, (4 * mid) + 3))),
('temp_d2', EepromTemp(lambda mid: (211, mid + 128)))
])
auto_sat = CompositeDataType([
('temp_n', EepromTemp(lambda mid: (212, mid + 160))),
('start_d1', EepromTime(lambda mid: (208, (4 * mid) + 128))),
('stop_d1', EepromTime(lambda mid: (208, (4 * mid) + 129))),
('temp_d1', EepromTemp(lambda mid: (210, mid + 160))),
('start_d2', EepromTime(lambda mid: (208, (4 * mid) + 130))),
('stop_d2', EepromTime(lambda mid: (208, (4 * mid) + 131))),
('temp_d2', EepromTemp(lambda mid: (211, mid + 160)))
])
auto_sun = CompositeDataType([
('temp_n', EepromTemp(lambda mid: (212, mid + 192))),
('start_d1', EepromTime(lambda mid: (209, (4 * mid) + 0))),
('stop_d1', EepromTime(lambda mid: (209, (4 * mid) + 1))),
('temp_d1', EepromTemp(lambda mid: (210, mid + 192))),
('start_d2', EepromTime(lambda mid: (209, (4 * mid) + 2))),
('stop_d2', EepromTime(lambda mid: (209, (4 * mid) + 3))),
('temp_d2', EepromTemp(lambda mid: (211, mid + 192)))
])
room = EextByte()