join_follow | R Documentation |
Find following Ranges
join_follow(x, y, suffix = c(".x", ".y"))
join_follow_left(x, y, suffix = c(".x", ".y"))
join_follow_upstream(x, y, suffix = c(".x", ".y"))
x , y |
Ranges objects, which ranges in x follow those in y. |
suffix |
A character vector of length two used to identify metadata columns coming from x and y. |
By default join_follow
will find abritrary ranges
in y that are followed by ranges in x and ignore any strand information.
On the other hand join_follow_left
will find all ranges in y
that are on the left-hand side of the ranges in x ignoring any strand
information. Finally, join_follow_upstream
will find all ranges in x
that are that are upstream of the ranges in y. On the positive strand this
will result in ranges in y that are left of those in x and on the negative
strand it will result in ranges in y that are right of those in x.
A Ranges object corresponding to the ranges in x`` that are followed by the ranges in
y, all metadata is copied over from the right-hand side ranges
y'.
query <- data.frame(start = c(5,10, 15,20), width = 5, gc = runif(4)) %>%
as_iranges()
subject <- data.frame(start = 2:6, width = 3:7, label = letters[1:5]) %>%
as_iranges()
join_follow(query, subject)
subject <- data.frame(seqnames = "chr1",
start = c(11,101),
end = c(21, 200),
name = c("a1", "a2"),
strand = c("+", "-"),
score = c(1,2)) %>%
as_granges()
query <- data.frame(seqnames = "chr1",
strand = c("+", "-", "+", "-"),
start = c(21,91,101,201),
end = c(30,101,110,210),
name = paste0("b", 1:4),
score = 1:4) %>%
as_granges()
join_follow(query, subject)
join_follow_left(query, subject)
join_follow_upstream(query, subject)
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