Calculates an intersection of two sets of intervals.
gintervals.intersect(
intervals1 = NULL,
intervals2 = NULL,
intervals.set.out = NULL
)
If 'intervals.set.out' is 'NULL' a data frame representing the intersection of intervals.
set of intervals
intervals set name where the function result is optionally outputted
This function returns intervals that represent a genomic space which is achieved by intersection of 'intervals1' and 'intervals2'.
If 'intervals.set.out' is not 'NULL' the result is saved as an intervals set. Use this parameter if the result size exceeds the limits of the physical memory.
gintervals.2d.band_intersect
,
gintervals.diff
, gintervals.union
,
gintervals
, gintervals.2d
# \dontshow{
options(gmax.processes = 2)
# }
gdb.init_examples()
intervs1 <- gscreen("dense_track > 0.15")
intervs2 <- gscreen("dense_track < 0.2")
## 'intervs3' and 'intervs4' are identical
intervs3 <- gintervals.intersect(intervs1, intervs2)
intervs4 <- gscreen("dense_track > 0.15 & dense_track < 0.2")
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