enlighten.parser.DashFileParser.DashMeasurement Class Reference

Represents data that will go into the next Measurement we generate (or "could", for Dash data we don't actually disposition at this time). More...

Public Member Functions
	__init__ (self, row)

Public Attributes
	detector_temperature_degC = float(row.get("Temperature", -1))
	laser_temperature_degC = float(row.get("Laser Temperature", -1))
	note = None
	processed_reading = None
	timestamp = datetime.datetime.now()

Detailed Description

Represents data that will go into the next Measurement we generate (or "could", for Dash data we don't actually disposition at this time).

The distinction between DashMeasurement and DashSpectrometer is kind of arbitrary, (they're all mixed in the Dash metadata prefixes), but helps distinguish "spectrometer" data from "measurement" data.

Todo

consider replacing both this and DashSpectrometer with a generalized ExportedMeasurement, containing a generic post_process_metadata() method

Todo

instantiate a Reading object and write detector/laser temperature to it

Constructor & Destructor Documentation

__init__()

enlighten.parser.DashFileParser.DashMeasurement.__init__	(		self,
			row )

Member Data Documentation

detector_temperature_degC

enlighten.parser.DashFileParser.DashMeasurement.detector_temperature_degC = float(row.get("Temperature", -1))

laser_temperature_degC

enlighten.parser.DashFileParser.DashMeasurement.laser_temperature_degC = float(row.get("Laser Temperature", -1))

note

enlighten.parser.DashFileParser.DashMeasurement.note = None

processed_reading

enlighten.parser.DashFileParser.DashMeasurement.processed_reading = None

timestamp

enlighten.parser.DashFileParser.DashMeasurement.timestamp = datetime.datetime.now()

---

The documentation for this class was generated from the following file:

• enlighten/parser/DashFileParser.py