@constructorfleet/ultimate-govee/dist/domain/devices/impl/home-improvement/air-quality/air-quality.states.js

Library for interacting with Govee devices written in Typescript.

"use strict";
Object.defineProperty(exports, "__esModule", { value: true });
exports.PM25State = exports.PM25StateName = exports.TemperatureState = exports.HumidityState = void 0;
const humidity_state_1 = require("../../../states/humidity.state");
const temperature_state_1 = require("../../../states/temperature.state");
const states_types_1 = require("../../../states/states.types");
const device_state_1 = require("../../../states/device.state");
class HumidityState extends humidity_state_1.HumidityState {
    constructor(device) {
        super(device, null, states_types_1.ParseOption.multiOp);
    }
    parseMultiOpCommand(opCommands) {
        const opCommand = opCommands[0];
        const raw = ((opCommand[9] << 8) | opCommand[10]) / 100;
        const rawCal = (opCommand[11] << 8) | opCommand[12];
        const calibration = ((rawCal & 0x7fff) - (rawCal & 0x8000)) / 100;
        const current = raw + calibration;
        this.stateValue.next({
            ...this.stateValue.getValue(),
            raw,
            calibration,
            current,
            unit: '%',
        });
    }
}
exports.HumidityState = HumidityState;
class TemperatureState extends temperature_state_1.TemperatureState {
    constructor(device) {
        super(device, null, states_types_1.ParseOption.multiOp);
        this.parseOption = states_types_1.ParseOption.multiOp.or(states_types_1.ParseOption.state);
    }
    parseMultiOpCommand(opCommands) {
        const opCommand = opCommands[0];
        const raw = ((opCommand[0] << 8) | opCommand[1]) / 100;
        const rawCal = (opCommand[2] << 8) | opCommand[3];
        const calibration = ((rawCal & 0x7fff) - (rawCal & 0x8000)) / 100;
        const current = raw + calibration;
        // const unit = opCommands[1][8] === 1 ? 'F' : 'C';
        this.stateValue.next({
            ...this.stateValue.getValue(),
            raw,
            calibration,
            current,
            unit: 'C',
        });
    }
}
exports.TemperatureState = TemperatureState;
exports.PM25StateName = 'pm25';
class PM25State extends device_state_1.DeviceOpState {
    constructor(device) {
        super({ opType: null, identifier: null }, device, exports.PM25StateName, {}, states_types_1.ParseOption.multiOp.or(states_types_1.ParseOption.state));
    }
    parseMultiOpCommand(opCommands) {
        const opCommand = opCommands[0];
        this.stateValue.next({
            range: {
                min: 0,
                max: 1000,
            },
            current: (opCommand[18] << 8) | opCommand[19],
            unit: '\u00B5g/m\u00B3',
        });
    }
    parseState(data) {
        if (data?.pm25 !== undefined) {
            this.stateValue.next({
                range: {
                    min: 0,
                    max: 1000,
                },
                current: data.pm25.current,
            });
        }
    }
}
exports.PM25State = PM25State;
// Warning [0n 4] High [5 6] / 100 Low [7 8] / 100
// Unit line 2 [8] 0 = F, 1 = C
// Display line 2 [5] 0 = PM2.5 1 = Time
// Time 24H [7] 0 = 12H, 1 = 24H
// Daytime Display [7] 0 = off 1 =on
//    Start = hour [9] min [10]
//    Brighness = [11] 1 - 7
// Nightime display [15] 0 = off 1 = on
//
//    Brightness = [19] 1 - 7
// Warning [0n 13] low [16 17] high[14 15]
//# sourceMappingURL=air-quality.states.js.map