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Functor Biocaml_genomeMap.Make (.ml)

module Make: 
functor (Chromosome : Chromosome) ->
sig
type range = Biocaml_range.t 
type location = Biocaml_genomeMap.Chromosome.t * range

A collection of non-overlapping regions (e.g. a set of CpG islands)

module Selection:
sig
type t 
val inter : t ->
       t -> t
val union : t ->
       t -> t
val diff : t ->
       t -> t
val size : t -> int
val intersects : t -> Biocaml_genomeMap.Make.location -> bool
intersects loc sel returns true if loc has a non-empty intersection with sel, and false otherwise.
val overlap : t -> Biocaml_genomeMap.Make.location -> int
val to_stream : t ->
       Biocaml_genomeMap.Make.location Stream.t
val of_stream : Biocaml_genomeMap.Make.location Stream.t ->
       t
of_stream e computes a selection (i.e. a set of non overlapping locations) as the union of the locations contained in e
end
module type Signal =
sig
type 'a t 
val eval : 'a t ->
       default:'a -> Biocaml_genomeMap.Chromosome.t -> int -> 'a
function evaluation at some point in the genome
val fold : 'a t ->
       init:'c -> f:('c -> Biocaml_genomeMap.Make.location -> 'b -> 'c) -> 'c
folds on constant intervals of the function, in increasing order
val to_stream : 'a t ->
       (Biocaml_genomeMap.Make.location * 'a) Stream.t
stream over all constant intervals of the function, in increasing order
val of_stream : ('a -> 'a -> 'a) ->
       (Biocaml_genomeMap.Make.location * 'a) Stream.t ->
       'a t
of_stream f ls builds a signal from a collection of annotated locations. f is used when two locations intersect, to compute the annotation on their intersection. *Beware*, f should be associative and commutative since when many locations in ls intersect, there is no guarantee on the order followed to aggregate them and their annotation.
end
Partial function over the genome (e.g.

A set of locations (e.g. a set of gene loci)

module LSet:
sig
type t 
val to_stream : t -> Biocaml_genomeMap.Make.location Stream.t
val of_stream : Biocaml_genomeMap.Make.location Stream.t -> t
val intersects : t -> Biocaml_genomeMap.Make.location -> bool
intersects lset loc returns true if loc has a non-empty intersection with one of the locations in lset, and returns false otherwise
val closest : t ->
       Biocaml_genomeMap.Make.location ->
       (Biocaml_genomeMap.Make.location * int) option
closest lset loc returns the location in lset that is the closest to loc, along with the actual (minimal) distance. Returns None if there is no location in lset that comes from the same chromosome than loc.
val intersecting_elems : t ->
       Biocaml_genomeMap.Make.location -> Biocaml_genomeMap.Make.location Stream.t
intersecting_elems lset loc returns a stream of all locations in lset that intersect loc.
end

A set of locations with an attached value on each of them

module LMap:
sig
type 'a t 
val to_stream : 'a t ->
       (Biocaml_genomeMap.Make.location * 'a) Stream.t
val of_stream : (Biocaml_genomeMap.Make.location * 'a) Stream.t ->
       'a t
val intersects : 'a t -> Biocaml_genomeMap.Make.location -> bool
intersects lmap loc returns true if loc has a non-empty intersection with one of the locations in lmap, and returns false otherwise
val closest : 'a t ->
       Biocaml_genomeMap.Make.location ->
       (Biocaml_genomeMap.Make.location * 'a * int) option
closest lmap loc returns the location in lmap that is the closest to loc, along with its annotation and the actual (minimal) distance. Returns None if there is no location in lmap that comes from the same chromosome than loc.
val intersecting_elems : 'a t ->
       Biocaml_genomeMap.Make.location ->
       (Biocaml_genomeMap.Make.location * 'a) Stream.t
intersecting_elems lmap loc returns a stream of elements in lmap whose location intersects with loc.
end
end
Parameters:
Chromosome : Chromosome