pylabrobot.plate_reading.molecular_devices.spectramax_gemini_em_backend.MolecularDevicesSpectraMaxGeminiEMBackend

class pylabrobot.plate_reading.molecular_devices.spectramax_gemini_em_backend.MolecularDevicesSpectraMaxGeminiEMBackend(port: str)

Bases: MolecularDevicesBackend

Backend for Molecular Devices SpectraMax Gemini EM plate readers.

Attributes

WELLSCAN_OFFSET_MM

Methods

__init__(port)
clear_error_log()
close([plate])	Close the plate reader.
deserialize(data)
experimental_read_fluorescence_emission_spectrum(plate)
experimental_read_fluorescence_excitation_spectrum(plate)
experimental_read_fluorescence_wellscan(plate)	Run a Gemini EM fluorescence wellscan using the SoftMax Pro scan pattern model.
experimental_read_time_resolved_fluorescence(...)
get_all_instances()
get_firmware_version()
get_status()
get_temperature()
open()	Open the plate reader.
read_absorbance(plate, wells, wavelength, ...)	Read the absorbance from the plate reader.
read_error_log()
read_fluorescence(plate[, wells, ...])	use _get_cutoff_filter_index_from_wavelength for cutoff_filters
read_fluorescence_polarization(plate, ...)
read_luminescence(plate[, wells, ...])	Read the luminescence from the plate reader.
read_time_resolved_fluorescence(*args, **kwargs)
send_command(command[, timeout, num_res_fields])	Send a command and receive the response, automatically determining the number of response fields.
serialize()
set_temperature(temperature)
setup()	Set up the plate reader.
start_shake()
stop()	Close all connections to the plate reader and make sure setup() can be called again.
stop_shake()

Parameters:

port (str)