Index A | B | C | D | E | F | G | H | I | L | M | N | O | P | R | S | T | U | V | W A acquire() (FlowCytometer method) add_coupling_to_dataframe() (OptoElectronics method) add_population() (ScattererCollection method) Amplifier (class in FlowCyPy.opto_electronics.amplifier) amplifier (OptoElectronics attribute) amplify() (Amplifier method) analog_processing (OptoElectronics attribute) apply_analog_processing() (OptoElectronics method) apply_dark_current_noise() (Detector method) apply_detector_current_noise() (OptoElectronics method) apply_source_noise_to_optical_signals() (OptoElectronics method) area (FlowCell property) B bandwidth (Amplifier property) (Detector property) (Digitizer property) BaseCircuit (class in FlowCyPy.opto_electronics.circuits) baseline_mode (GlobalPeakLocator property) BaselineRestorationServo (class in FlowCyPy.opto_electronics.circuits) BesselLowPass (class in FlowCyPy.opto_electronics.circuits) bit_depth (Digitizer property) ButterworthLowPass (class in FlowCyPy.opto_electronics.circuits) C cache_numerical_aperture (Detector property) capture_signal() (Digitizer method) channel_range_mode (Digitizer property) clear_all_channel_voltage_ranges() (Digitizer method) clear_bandwidth() (Detector method) (Digitizer method) clear_channel_voltage_range() (Digitizer method) clear_voltage_range() (Digitizer method) clip_signal() (Digitizer method) compute_analog() (FlowCytometer method) concentrations (ScattererCollection property) convert_optical_power_to_photocurrent() (OptoElectronics method) convert_optical_power_to_voltage() (OptoElectronics method) convert_photocurrent_to_voltage() (OptoElectronics method) copy_dict() (OptoElectronics method) CoreShellPopulation (class in FlowCyPy.fluidics.populations) current_noise_density (Amplifier property) (Detector property) cutoff_frequency (BesselLowPass property) (ButterworthLowPass property) D dark_current (Detector property) Delta (class in FlowCyPy.fluidics.distributions) Detector (class in FlowCyPy.opto_electronics.detector) detectors (OptoElectronics attribute) DigitalProcessing (class in FlowCyPy.digital_processing) digitize_data_dict() (Digitizer method) digitize_signal() (Digitizer method) Digitizer (class in FlowCyPy.opto_electronics.digitizer) digitizer (OptoElectronics attribute) dilute() (ScattererCollection method) DoubleThreshold (class in FlowCyPy.digital_processing.discriminator) DynamicWindow (class in FlowCyPy.digital_processing.discriminator) E event_scheme (FlowCell property) F filter_order (Amplifier property) FixedWindow (class in FlowCyPy.digital_processing.discriminator) FlatTop (class in FlowCyPy.opto_electronics.source) FlowCell (class in FlowCyPy.fluidics.flow_cell) FlowCyPy.opto_electronics.circuits module FlowCytometer (class in FlowCyPy.flow_cytometer) G gain (Amplifier property) (BesselLowPass property) (ButterworthLowPass property) gamma_angle (Detector property) Gaussian (class in FlowCyPy.opto_electronics.source) get_channel_voltage_range() (Digitizer method) get_maximum_code() (Digitizer method) get_min_max() (Digitizer method) get_minimum_code() (Digitizer method) get_population_ratios() (ScattererCollection method) get_rms_noise() (Amplifier method) get_sample_volume() (FlowCell method) get_time_series() (Digitizer method) GlobalPeakLocator (class in FlowCyPy.digital_processing.peak_locator) H has_bandwidth() (Detector method) (Digitizer method) has_channel_voltage_range() (Digitizer method) has_signed_output_codes() (Digitizer method) has_voltage_range() (Digitizer method) height (FlowCell property) height_mode (GlobalPeakLocator property) high_cutoff (LogNormal property) (Normal property) (RosinRammler property) I initialize_optical_signal_dict() (OptoElectronics method) initialize_with_first_sample (BaselineRestorationServo property) L LogNormal (class in FlowCyPy.fluidics.distributions) low_cutoff (LogNormal property) (Normal property) (RosinRammler property) lower_bound (Uniform property) lower_threshold (DoubleThreshold property) M max_voltage (Digitizer property) mean (LogNormal property) (Normal property) min_voltage (Digitizer property) module FlowCyPy.opto_electronics.circuits N name (Detector property) Normal (class in FlowCyPy.fluidics.distributions) numerical_aperture (Detector property) O OptoElectronics (class in FlowCyPy.opto_electronics) order (BesselLowPass property) (ButterworthLowPass property) output_signed_codes (Digitizer property) P phi_angle (Detector property) polarity (GlobalPeakLocator property) process() (BaseCircuit method) (BaselineRestorationServo method) (BesselLowPass method) (ButterworthLowPass method) (SlidingMinimumBaselineCorrection method) process_analog() (FlowCytometer method) process_run() (FlowCytometer method) process_signal() (Digitizer method) R reference_level (BaselineRestorationServo property) responsivity (Detector property) RosinRammler (class in FlowCyPy.fluidics.distributions) run() (DoubleThreshold method) (DynamicWindow method) (FixedWindow method) (FlowCytometer method) S sample (FlowCell property) sample() (CoreShellPopulation method) (SpherePopulation method) sample_arrival_times() (FlowCell method) sample_transverse_profile() (FlowCell method) sampling (Detector property) sampling_rate (Digitizer property) scale (RosinRammler property) ScattererCollection (class in FlowCyPy.fluidics.scatterer_collection) set_auto_range() (Digitizer method) set_channel_voltage_range() (Digitizer method) set_concentrations() (ScattererCollection method) set_debounce_enabled() (DoubleThreshold method) set_min_window_duration() (DoubleThreshold method) set_waist() (FlatTop method) (Gaussian method) shape (RosinRammler property) sheath (FlowCell property) should_digitize() (Digitizer method) SlidingMinimumBaselineCorrection (class in FlowCyPy.opto_electronics.circuits) SlidingWindowPeakLocator (class in FlowCyPy.digital_processing.peak_locator) source (OptoElectronics attribute) SpherePopulation (class in FlowCyPy.fluidics.populations) standard_deviation (LogNormal property) (Normal property) T threshold (DoubleThreshold property) (DynamicWindow property) (FixedWindow property) time_constant (BaselineRestorationServo property) U Uniform (class in FlowCyPy.fluidics.distributions) upper_bound (Uniform property) use_auto_range (Digitizer property) V value (Delta property) voltage_noise_density (Amplifier property) W waist_y (FlatTop property) (Gaussian property) waist_z (FlatTop property) (Gaussian property) width (FlowCell property) window_size (SlidingMinimumBaselineCorrection property)
