construct_introns | Construct introns from GRanges object |
mixedcirc_adjust | Perform p-value adjustment on mixedcirc_fit_list |
mixedcirc_boot-class | Represents the result of bootstrap testing for mixed... |
mixedcirc_boottest | Bootstrap Testing for Circadian Data |
mixedcirc_compare | Compares circadian rhythm |
mixedcirc_detect | Perform differential circadian rhythm analysis using mixed... |
mixedcirc_detectpeaks | Finds peak of a rhythm |
mixedcirc_detrend | Removes linear trend from the fitted circadian rhythm |
mixedcirc_fit-class | Represents the result of model fitting on a single variable. |
mixedcirc_fit_list-class | Represents the result of model fitting on several variables. |
mixedcirc_fit_plot | Plots circadian rhythm |
mixedcirc_fitted | Extract the fitted circadian rhythm |
mixedcirc_getscore | Retrieved scores from mixedcirc_integration |
mixedcirc_integrate | Circadian rhythm integration |
mixedcirc_integration-class | Represents the result of integration on multiple data sets |
mixedcirc_interpolate | Generate circadian rhythm |
mixedcirc_remove_trend | Removes linear trend from the data |
mixedcirc_rrbs_voom_mixed | Transform RRBS data for linear mixed modelling (experimental) |
mixed_circ_tss_calculation | Function for reading exon intron and promoter structure from... |
print.mixedcirc_fit | Plots circadian rhythm |
shallow | shallow copy a 'data.table' |
show-mixedcirc_fit-method | Prints circadian rhythm |
variance_fit | This function is used to calculate sigma of fit. |
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