leaflet/src/map.mli

(* BSD-2-Clause License *)

type t

(** [create container] creates a map on [container]. * To have a functional map
    you will need to add a tile layer to it. *)
val create : ?options:Jv.t -> Brr.El.t -> t

(** [invalidate_size map] checks if the map container size changed and updates
    the map if so *)
val invalidate_size : t -> unit

(** [set_view latlng Some(zoom) map] sets the view of the [map] (geographical
    center and zoom) *)
val set_view : Latlng.t -> zoom:int option -> t -> unit

(** [fit_world map] sets a map view that mostly contains the whole world with
    the maximum zoom level possible *)
val fit_world : t -> unit

(** [get_container map] is the HTML element that contains [map] *)
val get_container : t -> Brr.El.t

(** [on event handler map] add an event listener on [map] for event [event] with
    handler [handler] *)
val on : 'a Event.sub -> ('a Event.t -> 'b) -> t -> unit

(** [get_center map] is the geographical center of the map view *)
val get_center : t -> Latlng.t

(** [get_zoom map] is the current zoom level of the map view *)
val get_zoom : t -> int

(** [wrap_latlng latlng map] returns a new [Latlng.t] where lat and lng has been
    wrapped according to the map's CRS's wrapLat and wrapLng properties, if they
    are outside the CRS's bounds. By default this means longitude is wrapped
    around the dateline so its value is between -180 and +180 degrees *)
val wrap_latlng : Latlng.t -> t -> Latlng.t

(** [of_jv jv] is [jv] as {!t} *)
val of_jv : Jv.t -> t

(** [to_jv o] is [o] as {!Jv.t} *)
val to_jv : t -> Jv.t