/**
 * Central definitions for lift status sensors.
 *
 * `SENSOR` maps every known sensor to a human readable name so the codebase can
 * refer to `SENSOR.RearDoorPosition` instead of the magic number `503`.
 *
 * The value maps (`HealthStatus`, `DoorPosition`, `MovementState`) together with
 * the type guards below replace the scattered `Number()`/`String()` casts and the
 * hard coded comparisons against `1`, `0`, `"1"`, `"0"`, `"U"`, `"C"`, etc.
 */
/**
 * Named sensor IDs. Values are the raw numeric IDs used by the API.
 * Names are derived from the English sensor labels.
 */
export declare const SENSOR: {
    /** Sense module connected to SenseCloud (1 = connected) */
    readonly SensecloudConnectionHealthy: 10;
    /** Mobile signal strength (percentage) */
    readonly MobileSignalStrength: 23;
    /** SenseCloud Round Trip Time - past hour (ms) */
    readonly SensecloudRttLastHour: 25;
    /** SenseCloud Round Trip Time - past 24 hours (ms) */
    readonly SensecloudRttLast24Hours: 26;
    /** Controller connection with Sense module healthy (1 = healthy) */
    readonly ControllerSenseModuleConnectionHealthy: 50;
    /** Energy meter 3-phase connection healthy (1 = healthy) */
    readonly EnergyMeter3Phase: 54;
    /** Energy meter 1-phase connection healthy (1 = healthy) */
    readonly EnergyMeter1Phase: 55;
    /** Trip counter */
    readonly TripCounter: 100;
    /** Installation unavailable (1 = unavailable) */
    readonly InstallationUnavailable: 103;
    /** Visit */
    readonly Visit: 104;
    /** Available */
    readonly Available: 105;
    /** Elevator in fault */
    readonly ElevatorInFault: 106;
    /** Aggregated emergency stop */
    readonly EmergencyStopAggregated: 107;
    /** Installation power */
    readonly InstallationPower: 108;
    /** Energy consumption counter */
    readonly EnergyConsumptionCounter: 109;
    /** Status reset contact */
    readonly StatusResetContact: 110;
    /** Fault contact */
    readonly FaultContact: 201;
    /** Aggregated fault (with availability impact) */
    readonly AggregatedFault: 210;
    /** Aggregated message (without availability impact) */
    readonly AggregatedMessage: 211;
    /** Technically available */
    readonly TechnicallyAvailable: 212;
    /** Movement state */
    readonly MovementState: 500;
    /** Current stop (doors open) */
    readonly CurrentStopDoorsOpen: 501;
    /** Front door position (status) */
    readonly FrontDoorPosition: 502;
    /** Rear door position (status) */
    readonly RearDoorPosition: 503;
    /** Door line */
    readonly DoorLine: 505;
    /** Temperature controller (-100 to 200) */
    readonly TemperatureController: 506;
    /** Direction change counter */
    readonly DirectionChangeCounter: 507;
    /** Door cycle counter - front door */
    readonly DoorCycleCounterFront: 508;
    /** Door cycle counter - rear door */
    readonly DoorCycleCounterRear: 509;
    /** Door cycle counter per stop - front door */
    readonly DoorCycleCounterPerStopFront: 510;
    /** Door cycle counter per stop - rear door */
    readonly DoorCycleCounterPerStopRear: 511;
    /** Stop counter */
    readonly StopCounter: 512;
    /** Status messages */
    readonly StatusMessages: 513;
    /** Last passed stop */
    readonly LastPassedStop: 514;
    /** Current stop */
    readonly CurrentStop: 515;
    /** Door movement counter - front door */
    readonly DoorMovementCounterFront: 516;
    /** Door movement counter - rear door */
    readonly DoorMovementCounterRear: 517;
    /** Door movement counter per stop - front door */
    readonly DoorMovementCounterPerStopFront: 518;
    /** Door movement counter per stop - rear door */
    readonly DoorMovementCounterPerStopRear: 519;
    /** Door reversal counter - front door */
    readonly DoorReversalCounterFront: 520;
    /** Door reversal counter - rear door */
    readonly DoorReversalCounterRear: 521;
    /** Door reversal counter per stop - front door */
    readonly DoorReversalCounterPerStopFront: 522;
    /** Door reversal counter per stop - rear door */
    readonly DoorReversalCounterPerStopRear: 523;
    /** Controller connection healthy (1 = healthy) */
    readonly ControllerConnectionHealthy: 524;
    /** No response after call (carcall request no response) */
    readonly NoResponseAfterCall: 550;
    /** Controller info */
    readonly ControllerInfo: 590;
    /** Maximum number of floors/stops the lift serves (value is zero-based) */
    readonly MaxFloors: 591;
    /** Lift plugin: name of the loaded plugin, equal to the prefix of the S513 codes produced by the plugin */
    readonly LiftPlugin: 592;
};
export type SENSOR = (typeof SENSOR)[keyof typeof SENSOR];
/**
 * Health status of a "connection healthy" style sensor (e.g. 10, 54, 55, 524).
 * The raw value is `1` (healthy), `0` (unhealthy) or `null`/`undefined`/empty
 * (the sensor never reported a value, i.e. not connected).
 */
export declare const HealthStatus: {
    readonly NotConnected: "NOT_CONNECTED";
    readonly Healthy: "HEALTHY";
    readonly Unhealthy: "UNHEALTHY";
};
export type HealthStatus = (typeof HealthStatus)[keyof typeof HealthStatus];
/**
 * Door position values as reported by sensors 502 and 503.
 */
export declare const DoorPosition: {
    readonly Unknown: "";
    readonly Error: "?";
    readonly Closed: "C";
    readonly Open: "O";
    readonly Closing: "-";
    readonly Opening: "+";
    readonly Locked: "X";
};
export type DoorPosition = (typeof DoorPosition)[keyof typeof DoorPosition];
/**
 * Movement state values as reported by sensor 500.
 */
export declare const MovementState: {
    readonly Unknown: "";
    readonly Error: "?";
    readonly Inactive: "I";
    readonly Up: "U";
    readonly Down: "D";
};
export type MovementState = (typeof MovementState)[keyof typeof MovementState];
/**
 * Sensors that report a binary "connection healthy" value (1 = healthy).
 */
export declare const HEALTH_SENSORS: (10 | 50 | 54 | 55 | 524)[];
/**
 * "Normal check" sensors where 1 is the good/green state.
 */
export declare const NORMAL_CHECK_SENSORS: (10 | 104 | 524)[];
/**
 * "Inverted check" sensors where 1 is the bad/red state.
 */
export declare const INVERTED_CHECK_SENSORS: (105 | 212 | 550)[];
/**
 * Energy meter connection-health sensors.
 */
export declare const ENERGY_METER_SENSORS: (54 | 55)[];
/**
 * Sensors whose value is zero-based and needs +1 for display.
 */
export declare const ZERO_BASED_STOP_SENSORS: (501 | 514 | 515)[];
/**
 * Sensors the 3D scene reads to drive its movement / stop / door display state.
 */
export declare const SCENE_SENSOR_IDS: (500 | 502 | 503 | 514 | 515)[];
/**
 * Raw values of a binary "connection healthy" sensor (e.g. 10, 54, 55, 524).
 */
export declare const HealthSensorValue: {
    readonly Unhealthy: 0;
    readonly Healthy: 1;
};
export type HealthSensorValue = (typeof HealthSensorValue)[keyof typeof HealthSensorValue];
/**
 * Default sensors shown by the swimlane view.
 */
export declare const SWIMLANE_SENSOR_IDS: number[];
/**
 * Default sensors shown by the status grid (swimlane sensors + controller info).
 */
export declare const STATUS_SENSOR_IDS: number[];
/**
 * All sensors requested from the API/socket by `ls-data`.
 */
export declare const DATA_REQUEST_SENSOR_IDS: number[];
/** Serialize a list of sensor IDs to the comma-separated string props expect. */
export declare const sensorIdsToString: (ids: readonly number[]) => string;
/**
 * Raw sensor values that must be substituted for display purposes.
 * The inverted question mark `"¿"` is shown as a regular `"?"` because the
 * font does not support the upside-down glyph.
 */
export declare const SENSOR_DISPLAY_VALUE_OVERRIDES: Record<string, string>;
/** Apply display-only substitutions to a raw sensor value. */
export declare const getDisplaySensorValue: <T>(value: T) => T | string;
/**
 * Whether `sensorId` is one of the given sensors. The rest parameter widens the
 * literal `SENSOR.*` values, so both inline lists and spread arrays work without
 * a cast or annotation:
 *   `isSensorId(id, SENSOR.EnergyMeter3Phase, SENSOR.EnergyMeter1Phase)`
 *   `isSensorId(id, ...HEALTH_SENSORS)`
 */
export declare const isSensorId: (sensorId: number, ...sensors: number[]) => boolean;
/** Whether the sensor reports a binary "connection healthy" value. */
export declare const isHealthSensor: (sensorId: number) => boolean;
/** Whether the sensor is a "normal check" sensor (1 = good). */
export declare const isNormalCheckSensor: (sensorId: number) => boolean;
/** Whether the sensor is an "inverted check" sensor (1 = bad). */
export declare const isInvertedCheckSensor: (sensorId: number) => boolean;
/** Whether the sensor value is zero-based and needs +1 for display. */
export declare const isZeroBasedStopSensor: (sensorId: number) => boolean;
/**
 * Derive the {@link HealthStatus} from a raw "connection healthy" sensor value.
 * `null`/`undefined`/empty means the sensor never reported (not connected),
 * `1` means healthy and anything else means unhealthy.
 */
export declare const getHealthStatus: (value: string | number | boolean | null | undefined) => HealthStatus;
/** Type guard: whether the value is a known {@link DoorPosition}. */
export declare const isDoorPosition: (value: string | number | null | undefined) => value is DoorPosition;
/** Type guard: whether the value is a known {@link MovementState}. */
export declare const isMovementState: (value: string | number | null | undefined) => value is MovementState;