Parameter

class qililab.Parameter(*values)

Bases: str, Enum

Parameter names.

Attributes Summary

`ACQUISITION_TIMEOUT`
`ALC`
`AMPLITUDE`
`ATTENUATION`
`AVERAGES_ENABLED`
`AVERAGES_MODE`
`AVERAGING_ENABLED`
`B`
`BUS_FREQUENCY`
`CLEAR_AVERAGES`
`CURRENT`
`CW_FREQUENCY`
`DC_OFFSET`
`DELAY`
`DEVICE_TIMEOUT`
`DRAG_COEFFICIENT`
`DURATION`
`ELECTRICAL_DELAY`
`EXPONENTIAL_AMPLITUDE`
`EXPONENTIAL_AMPLITUDE_0`
`EXPONENTIAL_AMPLITUDE_1`
`EXPONENTIAL_AMPLITUDE_2`
`EXPONENTIAL_AMPLITUDE_3`
`EXPONENTIAL_STATE`
`EXPONENTIAL_STATE_0`
`EXPONENTIAL_STATE_1`
`EXPONENTIAL_STATE_2`
`EXPONENTIAL_STATE_3`
`EXPONENTIAL_TIME_CONSTANT`
`EXPONENTIAL_TIME_CONSTANT_0`
`EXPONENTIAL_TIME_CONSTANT_1`
`EXPONENTIAL_TIME_CONSTANT_2`
`EXPONENTIAL_TIME_CONSTANT_3`
`EXTERNAL`
`EXT_TRIGGER`
`FIR_COEFF`
`FIR_STATE`
`FLUX`
`FORMAT_BORDER`
`FORMAT_DATA`
`FREQUENCY_CENTER`
`FREQUENCY_SPAN`
`FREQUENCY_START`
`FREQUENCY_STOP`
`GAIN`
`GAIN_I`
`GAIN_IMBALANCE`
`GAIN_Q`
`GATE_DURATION`
`GATE_OPTIONS`
`GATE_PARAMETER`
`HARDWARE_DEMODULATION`
`HARDWARE_INTEGRATION`
`HARDWARE_MODULATION`
`IF`
`IF_BANDWIDTH`
`IN0_ATT`
`INTEGRATION`
`INTEGRATION_LENGTH`
`INTEGRATION_MODE`
`IQ_MODULATION`
`IQ_WIDEBAND`
`LOW_PASS_FILTER`
`LO_FREQUENCY`
`MAX_CURRENT`
`MAX_VOLTAGE`
`NUMBER_AVERAGES`
`NUMBER_POINTS`
`NUM_FLIPS`
`NUM_SIGMAS`
`OFFSET_I`
`OFFSET_OUT0`
`OFFSET_OUT1`
`OFFSET_OUT2`
`OFFSET_OUT3`
`OFFSET_Q`
`OPERATION_MODE`
`OPERATION_PARAMETER`
`OPERATION_STATUS`
`OUT0_ATT`
`OUT0_IN0_LO_EN`
`OUT0_IN0_LO_FREQ`
`OUT0_IN0_LO_FREQ_CAL_TYPE_DEFAULT`
`OUT0_LO_EN`
`OUT0_LO_FREQ`
`OUT0_LO_FREQ_CAL_TYPE_DEFAULT`
`OUT0_OFFSET_PATH0`
`OUT0_OFFSET_PATH1`
`OUT1_ATT`
`OUT1_LO_EN`
`OUT1_LO_FREQ`
`OUT1_LO_FREQ_CAL_TYPE_DEFAULT`
`OUT1_OFFSET_PATH0`
`OUT1_OFFSET_PATH1`
`OUTPUT_STATUS`
`PHASE`
`PHASE_IMBALANCE`
`POWER`
`RAMPING_ENABLED`
`RAMPING_RATE`
`REFERENCE_CLOCK`
`REPETITION_DURATION`
`RESET`
`RF_ACTIVE_CHANNEL`
`RF_ON`
`SAMPLING_RATE`
`SCATTERING_PARAMETER`
`SCOPE_ACQUIRE_TRIGGER_MODE`
`SCOPE_HARDWARE_AVERAGING`
`SCOPE_STORE_ENABLED`
`SEQUENCER`
`SEQUENCE_TIMEOUT`
`SMEARING`
`SOFTWARE_AVERAGE`
`SOURCE_MODE`
`SOURCE_POWER`
`SPAN`
`STEP_AUTO`
`STEP_SIZE`
`SWEEP_GROUP_COUNT`
`SWEEP_MODE`
`SWEEP_TIME`
`SWEEP_TIME_AUTO`
`SWEEP_TYPE`
`THRESHOLD`
`THRESHOLD_ROTATION`
`TIMEOUT`
`TIME_OF_FLIGHT`
`TRIGGER_MODE`
`TRIGGER_SLOPE`
`TRIGGER_SOURCE`
`TRIGGER_TYPE`
`T_PHI`
`VOLTAGE`
`WAIT_TIME`
`WEIGHED_ACQ_ENABLED`
`WEIGHTS_I`
`WEIGHTS_Q`
`yaml_tag`

Methods Summary

`from_yaml`(_, node)	Method to be called automatically during YAML deserialization.
`to_yaml`(representer, node)	Method to be called automatically during YAML serialization.

Attributes Documentation

ACQUISITION_TIMEOUT = 'acquisition_timeout'

ALC = 'alc'

AMPLITUDE = 'amplitude'

ATTENUATION = 'attenuation'

AVERAGES_ENABLED = 'averages_enabled'

AVERAGES_MODE = 'averages_mode'

AVERAGING_ENABLED = 'averaging_enabled'

B = 'b'

BUS_FREQUENCY = 'bus_frequency'

CLEAR_AVERAGES = 'clear_averages'

CURRENT = 'current'

CW_FREQUENCY = 'cw_frequency'

DC_OFFSET = 'dc_offset'

DELAY = 'delay'

DEVICE_TIMEOUT = 'device_timeout'

DRAG_COEFFICIENT = 'drag_coefficient'

DURATION = 'duration'

ELECTRICAL_DELAY = 'electrical_delay'

EXPONENTIAL_AMPLITUDE = 'exponential_amplitude'

EXPONENTIAL_AMPLITUDE_0 = 'exponential_amplitude_0'

EXPONENTIAL_AMPLITUDE_1 = 'exponential_amplitude_1'

EXPONENTIAL_AMPLITUDE_2 = 'exponential_amplitude_2'

EXPONENTIAL_AMPLITUDE_3 = 'exponential_amplitude_3'

EXPONENTIAL_STATE = 'exponential_state'

EXPONENTIAL_STATE_0 = 'exponential_state_0'

EXPONENTIAL_STATE_1 = 'exponential_state_1'

EXPONENTIAL_STATE_2 = 'exponential_state_2'

EXPONENTIAL_STATE_3 = 'exponential_state_3'

EXPONENTIAL_TIME_CONSTANT = 'exponential_time_constant'

EXPONENTIAL_TIME_CONSTANT_0 = 'exponential_time_constant_0'

EXPONENTIAL_TIME_CONSTANT_1 = 'exponential_time_constant_1'

EXPONENTIAL_TIME_CONSTANT_2 = 'exponential_time_constant_2'

EXPONENTIAL_TIME_CONSTANT_3 = 'exponential_time_constant_3'

EXTERNAL = 'external'

EXT_TRIGGER = 'ext_trigger'

FIR_COEFF = 'fir_coeff'

FIR_STATE = 'fir_state'

FLUX = 'flux'

FORMAT_BORDER = 'format_border'

FORMAT_DATA = 'format_data'

FREQUENCY_CENTER = 'frequency_center'

FREQUENCY_SPAN = 'frequency_span'

FREQUENCY_START = 'frequency_start'

FREQUENCY_STOP = 'frequency_stop'

GAIN = 'gain'

GAIN_I = 'gain_i'

GAIN_IMBALANCE = 'gain_imbalance'

GAIN_Q = 'gain_q'

GATE_DURATION = 'gate_duration'

GATE_OPTIONS = 'options'

GATE_PARAMETER = 'gate_parameter'

HARDWARE_DEMODULATION = 'hardware_demodulation'

HARDWARE_INTEGRATION = 'hardware_integration'

HARDWARE_MODULATION = 'hardware_modulation'

IF = 'intermediate_frequency'

IF_BANDWIDTH = 'if_bandwidth'

IN0_ATT = 'in0_att'

INTEGRATION = 'integration'

INTEGRATION_LENGTH = 'integration_length'

INTEGRATION_MODE = 'integration_mode'

IQ_MODULATION = 'iq_modulation'

IQ_WIDEBAND = 'iq_wideband'

LOW_PASS_FILTER = 'low_pass_filter'

LO_FREQUENCY = 'frequency'

MAX_CURRENT = 'max_current'

MAX_VOLTAGE = 'max_voltage'

NUMBER_AVERAGES = 'number_averages'

NUMBER_POINTS = 'number_points'

NUM_FLIPS = 'num_flips'

NUM_SIGMAS = 'num_sigmas'

OFFSET_I = 'offset_i'

OFFSET_OUT0 = 'offset_out0'

OFFSET_OUT1 = 'offset_out1'

OFFSET_OUT2 = 'offset_out2'

OFFSET_OUT3 = 'offset_out3'

OFFSET_Q = 'offset_q'

OPERATION_MODE = 'operation_mode'

OPERATION_PARAMETER = 'operation_parameter'

OPERATION_STATUS = 'operation_status'

OUT0_ATT = 'out0_att'

OUT0_IN0_LO_EN = 'out0_in0_lo_en'

OUT0_IN0_LO_FREQ = 'out0_in0_lo_freq'

OUT0_IN0_LO_FREQ_CAL_TYPE_DEFAULT = 'out0_in0_lo_freq_cal_type_default'

OUT0_LO_EN = 'out0_lo_en'

OUT0_LO_FREQ = 'out0_lo_freq'

OUT0_LO_FREQ_CAL_TYPE_DEFAULT = 'out0_lo_freq_cal_type_default'

OUT0_OFFSET_PATH0 = 'out0_offset_path0'

OUT0_OFFSET_PATH1 = 'out0_offset_path1'

OUT1_ATT = 'out1_att'

OUT1_LO_EN = 'out1_lo_en'

OUT1_LO_FREQ = 'out1_lo_freq'

OUT1_LO_FREQ_CAL_TYPE_DEFAULT = 'out1_lo_freq_cal_type_default'

OUT1_OFFSET_PATH0 = 'out1_offset_path0'

OUT1_OFFSET_PATH1 = 'out1_offset_path1'

OUTPUT_STATUS = 'output_status'

PHASE = 'phase'

PHASE_IMBALANCE = 'phase_imbalance'

POWER = 'power'

RAMPING_ENABLED = 'ramping_enabled'

RAMPING_RATE = 'ramp_rate'

REFERENCE_CLOCK = 'reference_clock'

REPETITION_DURATION = 'repetition_duration'

RESET = 'reset'

RF_ACTIVE_CHANNEL = 'active_channel'

RF_ON = 'rf_on'

SAMPLING_RATE = 'sampling_rate'

SCATTERING_PARAMETER = 'scattering_parameter'

SCOPE_ACQUIRE_TRIGGER_MODE = 'scope_acquire_trigger_mode'

SCOPE_HARDWARE_AVERAGING = 'scope_hardware_averaging'

SCOPE_STORE_ENABLED = 'scope_store_enabled'

SEQUENCER = 'sequencer'

SEQUENCE_TIMEOUT = 'sequence_timeout'

SMEARING = 'smearing'

SOFTWARE_AVERAGE = 'software_average'

SOURCE_MODE = 'source_mode'

SOURCE_POWER = 'source_power'

SPAN = 'span'

STEP_AUTO = 'step_auto'

STEP_SIZE = 'step_size'

SWEEP_GROUP_COUNT = 'sweep_group_count'

SWEEP_MODE = 'sweep_mode'

SWEEP_TIME = 'sweep_time'

SWEEP_TIME_AUTO = 'sweep_time_auto'

SWEEP_TYPE = 'sweep_type'

THRESHOLD = 'threshold'

THRESHOLD_ROTATION = 'threshold_rotation'

TIMEOUT = 'timeout'

TIME_OF_FLIGHT = 'time_of_flight'

TRIGGER_MODE = 'trigger_mode'

TRIGGER_SLOPE = 'trigger_slope'

TRIGGER_SOURCE = 'trigger_source'

TRIGGER_TYPE = 'trigger_type'

T_PHI = 't_phi'

VOLTAGE = 'voltage'

WAIT_TIME = 'wait_time'

WEIGHED_ACQ_ENABLED = 'weighed_acq_enabled'

WEIGHTS_I = 'weights_i'

WEIGHTS_Q = 'weights_q'

yaml_tag = '!qililab.Parameter'

Methods Documentation

classmethod from_yaml(_, node): Method to be called automatically during YAML deserialization.

classmethod to_yaml(representer, node): Method to be called automatically during YAML serialization.

Measurement

Platform