From c5fcf7179a83ef65c86c6a4a390029149e518649 Mon Sep 17 00:00:00 2001
From: Franciszek Malinka <franciszek.malinka@gmail.com>
Date: Tue, 5 Oct 2021 21:49:54 +0200
Subject: Duzy commit ze smieciami

---
 Semestr 3/pf/lista7/Perm.ml | 114 --------------------------------------------
 1 file changed, 114 deletions(-)
 delete mode 100644 Semestr 3/pf/lista7/Perm.ml

(limited to 'Semestr 3/pf/lista7/Perm.ml')

diff --git a/Semestr 3/pf/lista7/Perm.ml b/Semestr 3/pf/lista7/Perm.ml
deleted file mode 100644
index 1b19bac..0000000
--- a/Semestr 3/pf/lista7/Perm.ml	
+++ /dev/null
@@ -1,114 +0,0 @@
-module type OrderedType = sig
-  type t
-  val compare : t -> t -> int
-end
-
-module type S = sig
-  type key
-  type t
-  (** permutacja jako funkcja *)
-  val apply : t -> key -> key
-  (** permutacja identycznościowa *)
-  val id : t
-  (** permutacja odwrotna *)
-  val invert : t -> t
-  (** permutacja która tylko zamienia dwa elementy miejscami *)
-  val swap : key -> key -> t
-  (** złożenie permutacji (jako złożenie funkcji) *)
-  val compose : t -> t -> t
-  (** porównywanie permutacji *)
-  val compare : t -> t -> int
-end
-
-module Make(Key : OrderedType) : (S with type key = Key.t) = 
-struct
-  type key = Key.t
-  module MapModule = Map.Make(Key)
-  type t = key MapModule.t * key MapModule.t  
-  let apply ((map, invmap) : t) k = 
-    try (MapModule.find k map) with 
-    | Not_found -> k
-  let id : t = (MapModule.empty, MapModule.empty)
-  let invert ((map, invmap) : t) : t =
-    (invmap, map)
-  let swap k1 k2 : t = 
-    let (map, invmap) = id in 
-    (MapModule.add k2 k1 (MapModule.add k1 k2 map), MapModule.add k2 k1 (MapModule.add k1 k2 invmap))
-  let compose ((map1, invmap1) : t) ((map2, invmap2) : t) : t =
-    let f map x m1_of_x m2_of_x = match m1_of_x with
-      | None -> m2_of_x
-      | Some y -> match MapModule.find_opt y map with
-        | None -> Some y
-        | Some z -> Some z
-    in (MapModule.merge (f map2) map1 map2, 
-        MapModule.merge (f invmap1) invmap2 invmap1)
-  let compare ((map1, invmap1) : t) ((map2, invmap2): t) = 
-    MapModule.compare Key.compare map1 map2
-end
-
-module StringOrder: (OrderedType with type t = string) =
-struct
-  type t = string
-  let compare s1 s2 = if s1 < s2 then -1 else if s1 > s2 then 1 else 0
-end
-
-module StringPerm = Make(StringOrder) 
-let p = StringPerm.compose (StringPerm.swap "1" "2") (StringPerm.swap "2" "3");;
-
-(* Zadanie 2 *)
-
-let is_generated (type a) (packed : (module S with type t = a)) (perm : a) (generators : (a list)) =
-  let module PermModule = (val packed : (S with type t = a)) in
-  let module OrderedPerm : (OrderedType with type t = a) =
-  struct
-    type t = a
-    let compare p1 p2 = PermModule.compare p1 p2
-  end in
-  let module SS = Set.Make(OrderedPerm) in
-  let rec flatmap f = function
-    | [] -> []
-    | x :: xs -> (f x) @ flatmap f xs in
-  let saturate xn = 
-    let perms = SS.elements xn in
-    let inverts = List.map (fun p -> PermModule.invert p) perms in
-    let compositions = flatmap (fun p -> (List.map (fun q -> PermModule.compose p q) perms)) perms in
-    SS.union xn (SS.union (SS.of_list inverts) (SS.of_list compositions)) in
-  let rec iter xn = 
-    let xn1 = saturate xn in
-    if SS.mem perm xn1 then true else
-    if SS.compare xn xn1 == 0 then false else
-      iter xn1
-  in iter (SS.of_list generators)
-
-(* Zadanie 3 *)
-
-module OrderedList (X : OrderedType) : (OrderedType with type t = X.t list) = 
-struct
-  type t = X.t list
-  let rec compare (xs: t) (ys: t) = 
-    match (xs, ys) with
-    | ([], []) -> 0
-    | ([], _) -> -1
-    | (_, []) -> 1
-    | (x :: xs, y :: ys) -> let cmp = X.compare x y in 
-      if cmp == 0 then compare xs ys else cmp
-end
-
-module OrderedPair (X : OrderedType) : (OrderedType with type t = X.t * X.t) =
-struct 
-  type t = X.t * X.t
-  let compare ((a, b): t) ((c, d) : t) =
-    let cmp = X.compare a c in
-    if cmp == 0 then X.compare b d else cmp 
-end
-
-module OrderedOption (X : OrderedType) : (OrderedType with type t = X.t option) = 
-struct
-  type t = X.t option
-  let compare (a: t) (b: t) = 
-    match (a, b) with
-    | (None, None) -> 0
-    | (None, _) -> -1
-    | (_, None) -> 1
-    | (Some a, Some b) -> X.compare a b
-end
-- 
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