Automated Quadratic Characterization of Flow Cytometer Instrument Sensitivity: Q, B and CV instrinsic calculations


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Documentation for package ‘flowQB’ version 2.11.1

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calc_mean_sd_197 Calculate the mean and the standard deviation of Standford's "197 calibration beads".
calc_mean_sd_background Calculate the mean and the standard deviation.
calc_mean_sd_capture Calculate the mean and the standard deviation for the stained and unstained population of a specified channel in an FCS file.
calc_mean_sd_capture_all Calculate the mean and the standard deviation for the stained and unstained population of specified channels in specified FCS files.
calc_mean_sd_duke Calculate the mean and the standard deviation of calibration beads from Duke.
find_peak Find density peak in the provided vector of values
fitted_ellipse_gate Fit and apply an ellipse gate
fitted_ellipse_gate-method Fit and apply an ellipse gate
fit_beads Fit multi-level bead data.
fit_led Fit LED data.
fit_spherotech Fit multi-level bead data.
fit_thermo_fisher Fit multi-level bead data.
get_results_for_dyes Extract dye results from a data frame with detector results.
peak_gate Gate a 1D density peak in the provided object
peak_gate-method Gate a 1D density peak in the provided object
pick_parameters Pick channel names
pick_parameters-method Pick channel names
qb_from_fits Extract Q, B and the intrinsic CV0 from fitting results
split_in_two Split an object in a low density region
split_in_two-method Split an object in a low density region