AM305L – Configurable Properties

1. Have an overview of the configurable properties and their default values of AM305L .
2. Copy the example code and remove the comments and parameters that do not require modification.
3. Edit the desired properties according to the detailed properties description .
   Note: Make sure that the edited example code complies with the JSON format requirements.
4. Use the edited example code as the body parameters of Update Device Properties Incrementally.

{
    "version": "v1.0",
    "type": "TSL",
    "properties": {
        "reporting_interval": { // Reporting Interval Type: struct
            "interval": 10 // Reporting Interval Type: int Unit: min
        },
        "collecting_interval": { // Collecting Interval Type: struct
            "interval": 10 // Collecting Interval Type: int Unit: min
        },
        "alarm_reporting_times": 1, // Alarm Reporting Times Type: int
        "alarm_deactivation_enable": false, // Alarm Dismiss Report Type: bool
        "temperature_unit": { // Temperature Unit Type: struct
            "unit": "0" // Temperature Unit Type: enum
        },
        "led_mode": "2", // LED Indicator Type: enum
        "button_lock": { // Button Lock Type: struct
            "power_off": false, // Power Off Lock Type: bool
            "power_on": false // Power On Lock Type: bool
        },
        "temperature_alarm_rule": { // Temperature Threshold Settings Type: struct
            "enable": false, // Threshold Enable Type: bool
            "condition": "1", // Threshold Condition Type: enum
            "threshold_max": 0, // Value B Type: float Unit: ℃
            "threshold_min": 0 // Value A Type: float Unit: ℃
        },
        "co2_alarm_rule": { // CO₂ Concentration Threshold Settings Type: struct
            "enable": false, // Threshold Enable Type: bool
            "mode": "2", // Threshold Mode Type: enum
            "level1_value": 1500, // Bad,1-level Alarm Value Type: int Unit: ppm
            "level2_value": 1000 // Polluted,2-level Alarm Value Type: int Unit: ppm
        },
        "pir_enable": { // PIR Collecting Enable Type: struct
            "enable": true // PIR Collecting Enable Type: bool
        },
        "pir_trigger_report": { // PIR Trigger Reporting Type: struct
            "enable": false // PIR Trigger Reporting Type: bool
        },
        "pir_idle_report": { // PIR Vacant Reporting Type: struct
            "enable": false // PIR Vacant Reporting Type: bool
        },
        "pir_idle_interval": 120, // Time To Report Vacancy Type: int Unit: s
        "illuminance_collecting_enable": { // Illuminance Collecting Enable Type: struct
            "enable": true // Illuminance Collecting Enable Type: bool
        },
        "illuminance_mode": { // Illuminance Mode Type: struct
            "mode": "0" // Illuminance Mode Type: enum
        },
        "illuminance_alarm_rule": { // Illuminance Threshold Settings Type: struct
            "enable": false, // Threshold Enable Type: bool
            "dim_value": 300, // Dim,Below Type: int Unit: Lux
            "bright_value": 700 // Bright,Above Type: int Unit: Lux
        },
        "co2_collecting_enable": { // CO₂ Concentration Collecting Enable Type: struct
            "enable": true // CO₂ Concentration Collecting Enable Type: bool
        },
        "temperature_calibration_settings": { // Temperature Calibration Settings Type: struct
            "enable": false, // Calibration Enable Type: bool
            "value": 0 // Calibration Value Type: float Unit: ℃
        },
        "humidity_calibration_settings": { // Humidity Calibration Settings Type: struct
            "enable": false, // Calibration Enable Type: bool
            "value": 0 // Calibration Value Type: float Unit: %RH
        },
        "co2_calibration_settings": { // CO₂ Concentration Calibration Settings Type: struct
            "enable": false, // Calibration Enable Type: bool
            "value": 400 // Calibration Value Type: int Unit: ppm
        },
        "co2_auto_background_calibration_settings": { // CO₂  Auto Background Calibration Settings Type: struct
            "enable": true, // CO₂  Auto Background Calibration Enable Type: bool
            "target_value": 400, // CO₂  Auto Background Calibration Target Value Type: int Unit: ppm
            "period": 168 // CO₂  Auto Background Calibration Period Type: int Unit: h
        },
        "co2_altitude_calibration": { // CO₂ Altitude Compensation Type: struct
            "enable": false, // CO₂ Altitude Compensation Type: bool
            "value": 0 // Compensation Value Type: int
        },
        "d2d_sending": { // D2D Data Transmission Settings Type: struct
            "enable": false, // D2D Data Transmission Enalbe Type: bool
            "lora_uplink_enable": false, // LoRa Uplink Type: bool
            "temperature_enable": false, // Temperature Type: bool
            "humidity_enable": false // Humidity Type: bool
        },
        "d2d_master_enable": false, // D2D Controller Enable Type: bool
        "d2d_master_settings": [ // D2D Controller Settings Type: array Length: 6
            {
                "trigger_condition": "0", // Trigger Mode Type: enum
                "enable": false, // Enable Type: bool
                "lora_uplink_enable": false, // LoRa Uplink Type: bool
                "control_command": "0000" // Control Command Type: string
            }
        ],
        "data_storage_enable": { // Data Storage Enable Type: struct
            "enable": false // Data Storage Enable Type: bool
        },
        "retransmission_enable": { // Data Retransmission Enable Type: struct
            "enable": false // Data Retransmission Enable Type: bool
        },
        "retransmission_interval": { // Retransmission Interval Settings Type: struct
            "interval": 600 // Retransmission Interval Type: int Unit: s
        },
        "retrival_interval": { // Retrival Interval Settings Type: struct
            "interval": 60 // Retrival Interval Type: int Unit: s
        }
    }
}