25 random series made of letters "a" to "f".
data(seriseq2)List of 25 lists
| [[1]] | chr | [1:23] | "A1" | "d" | "d" | "d" | ... |
| [[2]] | chr | [1:31] | "A2" | "b" | "b" | "c" | ... |
| [[3]] | chr | [1:27] | "A3" | "f" | "e" | "e" | ... |
| [[4]] | chr | [1:12] | "A4" | "a" | "c" | "a" | ... |
| [[5]] | chr | [1:9] | "A5" | "a" | "b" | "e" | ... |
| [[6]] | chr | [1:11] | "A6" | "e" | "f" | "a" | ... |
| [[7]] | chr | [1:30] | "A7" | "f" | "d" | "f" | ... |
| [[8]] | chr | [1:29] | "A8" | "b" | "a" | "e" | ... |
| [[9]] | chr | [1:24] | "A9" | "d" | "b" | "a" | ... |
| [[10]] | chr | [1:12] | "A10" | "a" | "f" | "b" | ... |
| [[11]] | chr | [1:18] | "A11" | "d" | "d" | "e" | ... |
| [[12]] | chr | [1:22] | "A12" | "e" | "c" | "e" | ... |
| [[13]] | chr | [1:25] | "A13" | "e" | "f" | "f" | ... |
| [[14]] | chr | [1:20] | "A14" | "c" | "f" | "a" | ... |
| [[15]] | chr | [1:29] | "A15" | "e" | "c" | "c" | ... |
| [[16]] | chr | [1:19] | "A16" | "c" | "a" | "f" | ... |
| [[17]] | chr | [1:25] | "A17" | "f" | "e" | "d" | ... |
| [[18]] | chr | [1:18] | "A18" | "d" | "c" | "e" | ... |
| [[19]] | chr | [1:25] | "A19" | "c" | "a" | "b" | ... |
| [[20]] | chr | [1:8] | "A20" | "f" | "d" | "a" | ... |
| [[21]] | chr | [1:14] | "A21" | "c" | "e" | "e" | ... |
| [[22]] | chr | [1:13] | "A22" | "f" | "c" | "e" | ... |
| [[23]] | chr | [1:28] | "A23" | "b" | "e" | "d" | ... |
| [[24]] | chr | [1:18] | "A24" | "e" | "f" | "a" | ... |
| [[25]] | chr | [1:29] | "A25" | "e" | "a" | "b" | ... |
Example of format used by compseq and built from a text file by the function read.serie.seq.
List of lists. Each elementary list represents a particular sequence which must be compared to all others.
# NOT RUN {
data(seriseq2)
compseq(seriseq2)
# }
Run the code above in your browser using DataLab