Input parameters for MPC calibration calculation.

Configuration for the predictive controller.

Configuration parameters for the PID computation. Contains all tuning options used by the PID controller.

Mock Better Thermostat instance for testing.

State machine that learns effective heating power (°C / min). Call :meth:`update` on every temperature event. The caller is responsible for

Mock Better Thermostat instance for testing.

State for PID controller per room.

Learned thermal characteristics of the room.

Pre-resolved, immutable view of a single TRV's relevant state.

Store one measurement per day for a maximum number of days. Compute an average outside temperature that better reflects the last days: - Tr

State machine that learns heat-loss rate (°C / min) during idle periods. Call :meth:`update` on every temperature event. The caller is responsib

Manages preset modes and their associated temperatures.

Representation of a Better Thermostat External Temperature 1h EMA Sensor.

Mutable hysteresis state for the tolerance state-machine.

Parameters for the TPI controller.

Representation of a Better Thermostat Virtual Temperature Sensor (MPC).

Complete runtime state for one BetterThermostat config entry. This is the top-level structure that gets serialized to a single HA Store file.

Representation of a Better Thermostat External Temperature Sensor (EMA).

Representation of a Better Thermostat Solar Intensity Sensor.

Representation of a Better Thermostat Temperature Slope Sensor.

Input parameters for TPI calibration calculation.

Manages background asyncio tasks with automatic cleanup. Tracks created tasks and automatically removes them from the set when they complete.

Representation of a Better Thermostat Heating Power Sensor.

Calibration mode.

Manages unified runtime state persistence for one BetterThermostat instance. Parameters ---------- hass : HomeAssistant The Home

Immutable result of a single HVAC-action computation.

Representation of a Better Thermostat Heat Loss Sensor.

Simulation case.

Dummy BetterThermostat instance for testing.

Representation of a Better Thermostat MPC Gain Sensor.

Representation of a Better Thermostat MPC Ka (Insulation) Sensor.

Representation of a Better Thermostat MPC Loss Sensor.

Representation of a Better Thermostat Preset Temperature Number.

Result of a finalized heating or cooling cycle.

Return value of :meth:`HeatLossTracker.update`.

Snapshot of a single TRV needed during valve maintenance.

Representation of a Better Thermostat device.

Switch for Child Lock.

Switch for PID Auto Tune.

Representation of a Better Thermostat PID Parameter Number.

Representation of a Better Thermostat Valve Max Opening Number.

Calibration type.

A well-behaved simulated TRV as a real climate entity. Commands arrive through the real climate services and are confirmed into the entity st

Return value of :meth:`HeatingPowerTracker.update`.

Mock BT object.

Output result from MPC calibration calculation.

Handle a option flow for a config entry.

Output result from TPI calibration calculation.

Marker object standing in for a ``!input <name>`` reference.

Supported features of the climate entity.

Shape of ``trv_state['calibration_balance']`` written by calibration.py. ``debug`` is ``PIDDebugInfo`` for PID mode and other shapes for MPC/TPI;

Config flow for Better Thermostat.

One finalized heating cycle (start → peak).

Compact heating-power learning sample.

One finalized idle cooling cycle (start → minimum).

Compact heat-loss learning sample.

Debug information from PID controller.

Structural read-only contract for objects telemetry helpers consume. Members are declared as read-only properties: the helpers only read these,

Tests for accumulation state updates inside trigger_temperature_change.

activate() switches presets, saves/restores user temperature, clamps to bounds.

Tests for gain/loss adaptation logic.

The -2.5 offset only fires for AGGRESSIVE + HEATING + cal > -2.5. Mock inputs use ``cur_temp=20.5, bt_target_temp=22.0`` (outside tolerance)

Tests for the analytical MPC solver.

Tests for _apply_temperature_update().

``async_remove_entry`` must clean up every repair-issue pattern BT creates.

Tests for async_set_preset_mode.

Tests for async_set_temperature.

Tests for async_setup_entry.

Tests for async_unload_entry.

The combined read + convert boundary.

available_modes property returns PRESET_NONE followed by enabled presets.

Tests for await_optional_sensors retry logic. Uses asyncio.run() to avoid the HA event-loop-policy issue that affects @pytest.mark.anyio test

Tests for battery status updates in entity checks.

Tests for battery status updates in entity checks.

Tests for hold-time bypass on big opening/closing changes.

Test safety override resets valve when HVAC is forced to OFF during boost mode. When boost mode sets valve to 100% but then HVAC is forced to OFF

Tests for _BtSensorBase.__init__ and shared behavior.

Tests for _BtSimpleAttributeSensor base behavior.

round_to_bucket snaps to 0.5 °C; format_bucket renders the tag.

Tests for build_mpc_group_key().

Tests for build_mpc_group_key (multi-TRV group key).

Tests for build_mpc_key.

Tests for build trv snapshots.

Tests for calculate_heat_loss.

Tests for calculate_heating_power.

Verify that calibration tolerance uses asymmetric band [target-tol, target).

Outdoor sensor evaluation, with and without recorder history.

Tests for check_and_update_degraded_mode function.

Tests for check_and_update_degraded_mode function.

Tests for check_critical_entities function.

Tests for check_critical_entities function.

Tests for _check_entities_ready.