cell_type_layers: Determines the layer on which a phenotype resides.
In aya49/flowGraph: Identifying differential cell populations in flow cytometry data accounting for marker frequency
cell_type_layers R Documentation
Determines the layer on which a phenotype resides.
Description
Determines the layer on which the given phenotypes reside.
Usage
cell_type_layers(phen)
Arguments
phen
A string vector of phenotype or cell population name labels.
Details
Given a vector of phenotypes, returns an equal length vector of
the number of markers in each phenotype.
Value
A numeric vector with the same length as phen indicating which
layer each phenotype resides on.
See Also
get_phen_list
get_phen_meta
Examples
phen <- c('A+B+C-D++', 'A+B-', '', 'B++D-E+')
cell_type_layers(phen)
aya49/flowGraph documentation built on Feb. 4, 2024, 6:40 p.m.
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| cell_type_layers | R Documentation |
Determines the layer on which a phenotype resides.
Description
Determines the layer on which the given phenotypes reside.
Usage
cell_type_layers(phen)
Arguments
phen |
A string vector of phenotype or cell population name labels. |
Details
Given a vector of phenotypes, returns an equal length vector of the number of markers in each phenotype.
Value
A numeric vector with the same length as phen indicating which
layer each phenotype resides on.
See Also
get_phen_list
get_phen_meta
Examples
phen <- c('A+B+C-D++', 'A+B-', '', 'B++D-E+')
cell_type_layers(phen)
R Package Documentation
Browse R Packages
We want your feedback!
Note that we can't provide technical support on individual packages. You should contact the package authors for that.
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