rotate_gate | R Documentation |
Rotate a gate associated with a node of a GatingHierarchy
or
GatingSet
. This method is a wrapper for rotate_gate
that enables
updating of the gate associated with a node of a GatingHierarchy
or GatingSet
.
rotate_gate
calls gs_pop_set_gate
to modify the provided GatingHierarchy
or GatingSet
directly so there is no need to re-assign its output. The arguments will be essentially identical to the
flowCore
method, except for the specification of the target gate. Rather than being called on an
object of type flowCore:filter
, here it is called on a GatingHierarchy
or GatingSet
object with an additional character argument for specifying the node whose gate should be transformed.
The rest of the details below are taken from the flowCore
documentation.
## S3 method for class 'GatingHierarchy'
rotate_gate(obj, y, deg = NULL, rot_center = NULL, ...)
obj |
A |
y |
A character specifying the node whose gate should be modified |
deg |
An angle in degrees by which the gate should be rotated in the counter-clockwise direction |
rot_center |
A separate 2-dimensional center of rotation for the gate, if desired. By default, this will
be the center for |
... |
not used |
This method allows for geometric rotation of filter types defined by simple geometric gates
(ellipsoidGate
, and polygonGate
). The method is not defined
for rectangleGate
or quadGate
objects, due to their definition as having 1-dimensional boundaries.
The angle provided in the deg
argument should be in degrees rather than radians. By default, the rotation
will be performed around the center of an ellipsoidGate
or the centroid of the area encompassed by
a polygonGate
. The rot_center
argument allows for specification of a different center of rotation
for polygonGate
objects (it is not yet implemented for ellipsoidGate
objects) but
it is usually simpler to perform a rotation and a translation individually than to manually specify
the composition as a rotation around a shifted center.
transform_gate flowCore::rotate_gate
## Not run:
#' # Rotates the original gate 15 degrees counter-clockwise
rotate_gate(gs, node, deg = 15)
# Rotates the original gate 270 degrees counter-clockwise
rotate_gate(gs, node, 270)
## End(Not run)
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