Data records

RealTimeData dataclass

RealTimeData(
    dt: datetime,
    count_rate: float,
    count_rate_err: float,
    dose_rate: float,
    dose_rate_err: float,
    flags: int,
    real_time_flags: int,
)

Real-time radiation measurement data from the device.

Attributes:

Name	Type	Description
dt	datetime	Timestamp of the measurement
count_rate	float	Number of counts per second
count_rate_err	float	Count rate error percentage
dose_rate	float	Radiation dose rate in device protocol units
dose_rate_err	float	Dose rate measurement error percentage
flags	int	Status flags for the measurement
real_time_flags	int	Real-time status flags

RawData dataclass

RawData(dt: datetime, count_rate: float, dose_rate: float)

Raw radiation measurement data without error calculations.

Attributes:

Name	Type	Description
dt	datetime	Timestamp of the measurement
count_rate	float	Number of counts per second
dose_rate	float	Radiation dose rate in device protocol units

DoseRateDB dataclass

DoseRateDB(
    dt: datetime,
    count: int,
    count_rate: float,
    dose_rate: float,
    dose_rate_err: float,
    flags: int,
)

Database record for dose rate measurements.

Attributes:

Name	Type	Description
dt	datetime	Timestamp of the measurement
count	int	Total number of counts in the measurement period
count_rate	float	Number of counts per second
dose_rate	float	Radiation dose rate in device protocol units
dose_rate_err	float	Dose rate measurement error percentage
flags	int	Status flags for the measurement

RareData dataclass

RareData(
    dt: datetime,
    duration: int,
    dose: float,
    temperature: float,
    charge_level: float,
    flags: int,
)

Periodic device status and accumulated dose data.

Attributes:

Name	Type	Description
dt	datetime	Timestamp of the status reading
duration	int	Duration of dose accumulation in seconds
dose	float	Accumulated dose in device protocol units
temperature	float	Device temperature in degrees Celsius
charge_level	float	Battery charge level as a percentage
flags	int	Status flags

Event dataclass

Event(
    dt: datetime,
    event: EventId,
    event_param1: int,
    flags: int,
)

Device event record.

Attributes:

Name	Type	Description
dt	datetime	Timestamp of the event
event	int	Event type identifier
event_param1	int	Event-specific parameter
flags	int	Event flags

Spectrum dataclass

Spectrum(
    duration: timedelta,
    a0: float,
    a1: float,
    a2: float,
    counts: list[int],
)

Radiation energy spectrum measurement data.

Attributes:

Name	Type	Description
duration	timedelta	Measurement duration
a0	float	Energy calibration coefficient (offset)
a1	float	Energy calibration coefficient (linear)
a2	float	Energy calibration coefficient (quadratic)
counts	list[int]	List of counts per energy channel

AlarmLimits dataclass

AlarmLimits(
    l1_count_rate: float,
    l2_count_rate: float,
    count_unit: str,
    l1_dose_rate: float,
    l2_dose_rate: float,
    l1_dose: float,
    l2_dose: float,
    dose_unit: str,
)

Count-rate, dose-rate, and accumulated-dose alarm limits.

The count rate may be per second or per minute depending on device configuration. The count_unit attribute indicates which.

Dose rate is in micro-units (Sv or R) per hour, and accumulated dose is in micro-units (Sv or R). dose_unit identifies the configured unit. The device appears to use a fixed 100 Sv/R conversion internally.

Attributes:

Name	Type	Description
l1_count_rate	float	Count-rate threshold for the level-one alarm.
l2_count_rate	float	Count-rate threshold for the level-two alarm.
count_unit	str	Count-rate unit, either "cps" or "cpm".
l1_dose_rate	float	Dose-rate threshold for the level-one alarm.
l2_dose_rate	float	Dose-rate threshold for the level-two alarm.
l1_dose	float	Accumulated-dose threshold for the level-one alarm.
l2_dose	float	Accumulated-dose threshold for the level-two alarm.
dose_unit	str	Dose unit, either "Sv" or "R".