A single DNA base
include Alphabet.S_intinclude Alphabet.S
with type t = private int
and type vector = private Linear_algebra.vec
and type matrix = private Linear_algebra.mat
and type 'a table = private 'a arraytype vector = private Linear_algebra.vectype matrix = private Linear_algebra.matval all : t listval to_int : t -> intval counts : t Core.Sequence.t -> int tablemodule Table : sig ... endmodule Vector : sig ... endval flat_profile : unit -> vectorval random_profile : Gsl.Rng.t -> float -> vectormodule Matrix : sig ... endval of_int : int -> t optionval of_int_exn : int -> tval a : tThe base 'A'.
val c : tThe base 'C'.
val g : tThe base 'G'.
val t : tThe base 'T'.
val of_char_exn : Stdlib.Char.t -> tCreates a DNA base from a char (case insensitive). Raises invalid_arg in case of incorrect char parameter.
val to_char : t -> Stdlib.Char.tReturns a single capital character representing the base.
transversion x y is true if x and y belong to different purine/pyrimidine groups.