generateComponentsCAMERA | R Documentation |
Interfaces with CAMERA to generate components from known adducts, isotopes and in-source fragments.
generateComponentsCAMERA(fGroups, ...)
## S4 method for signature 'featureGroups'
generateComponentsCAMERA(
fGroups,
ionization = NULL,
onlyIsotopes = FALSE,
minSize = 2,
relMinReplicates = 0.5,
extraOpts = NULL
)
## S4 method for signature 'featureGroupsSet'
generateComponentsCAMERA(fGroups, ionization = NULL, ...)
fGroups |
|
... |
\setsWF Further arguments passed to the non-sets workflow method. |
ionization |
Which ionization polarity was used to generate the data: should be This parameter is not supported for sets workflows, as the ionization will always be detected automatically. |
onlyIsotopes |
Logical value. If |
minSize |
The minimum size of a component. Smaller components than this size will be removed. See note below. |
relMinReplicates |
Feature groups within a component are only kept when they contain data for at least this (relative) amount of replicate analyses. For instance, ‘0.5’ means that at least half of the replicates should contain data for a particular feature group in a component. In this calculation replicates that are fully absent within a component are not taken in to account. See note below. |
extraOpts |
Named character vector with extra arguments directly passed to
|
This function uses CAMERA to generate components. This function is called when calling generateComponents
with
algorithm="camera"
.
The specified featureGroups
object is automatically converted to an xcmsSet
object
using getXCMSSet
.
A components
(derived) object containing all generated components.
In a sets workflow the componentization is first performed for each
set independently. The resulting components are then all combined in a componentsSet
object. Note that
the components themselves are never merged. The components are renamed to include the set name from which they were
generated (e.g. "CMP1"
becomes "CMP1-positive"
).
The default value for minSize
and relMinReplicates
results in
extra filtering, hence, the final results may be different than what the algorithm normally would return.
CAMERA1
generateComponents
for more details and other algorithms.
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