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https://gitlab.com/scemama/QCaml.git
synced 2025-01-03 01:55:40 +01:00
Updated keys by removing zarith
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parent
c430ad24c9
commit
5161cd8226
@ -52,7 +52,7 @@ let contracted_class_shell_pairs ?schwartz_p ?schwartz_q shell_p shell_q : float
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let cutoff2 = cutoff *. cutoff
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(*
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type n_cls = { n : int ; cls : Z.t array }
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type n_cls = { n : int ; cls : Zkey.t array }
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*)
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exception NullIntegral
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@ -12,4 +12,4 @@ type kind =
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| Quartet of (t*t*t*t)
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val n_functions : t -> int
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val zkey_array : kind -> Z.t array
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val zkey_array : kind -> Zkey.t array
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326
Utils/Zkey.ml
326
Utils/Zkey.ml
@ -1,5 +1,4 @@
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(** Key for hastables that contain tuples of integers encoded in a Zarith integer *)
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type kind_array =
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| Kind_3
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| Kind_6
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@ -9,41 +8,41 @@ type kind_array =
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| Kind_2
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| Kind_1
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let (<|) x a =
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Z.logor (Z.shift_left x 64) a
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type t =
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{
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left : int ;
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right : int ;
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}
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let (<<) x a =
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Int64.logor (Int64.shift_left x 10) (Int64.of_int a)
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let (<+) x a =
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Int64.logor (Int64.shift_left x 16) (Int64.of_int a)
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let of_int right =
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{ left = 0 ; right }
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let (<|) { left ; right } x =
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{ left=right ; right=x }
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let (<<) { left ; right } x =
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{ left ; right = (right lsl 10) lor x }
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let (<+) { left ; right } x =
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{ left ; right = (right lsl 15) lor x }
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(** Build a Zkey from an array or 1, 2, 3, 4, 6, 9, or 12 integers *)
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let of_int_array ~kind a =
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match kind with
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| Kind_3 -> (Int64.of_int a.(0)) << a.(1) << a.(2) |> Z.of_int64
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| Kind_6 -> (Int64.of_int a.(0)) << a.(1) << a.(2) << a.(3) << a.(4) << a.(5)
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|> Z.of_int64
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| Kind_12 ->
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let a =
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(Int64.of_int a.(0)) << a.(1) << a.(2) << a.(3) << a.(4) << a.(5)
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|> Z.of_int64
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and b =
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(Int64.of_int a.(6)) << a.(7) << a.(8) << a.(9) << a.(10) << a.(11)
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|> Z.of_int64
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in a <| b
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| Kind_3 -> of_int a.(0) <+ a.(1) <+ a.(2)
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| Kind_6 -> of_int a.(0) << a.(1) << a.(2) << a.(3) << a.(4) << a.(5)
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| Kind_12 ->
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of_int a.(0) << a.(1) << a.(2) << a.(3) << a.(4) << a.(5)
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<| a.(6) << a.(7) << a.(8) << a.(9) << a.(10) << a.(11)
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| Kind_9 ->
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let a =
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(Int64.of_int a.(0)) << a.(1) << a.(2) << a.(3) << a.(4) << a.(5)
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|> Z.of_int64
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and b =
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(Int64.of_int a.(6)) << a.(7) << a.(8)
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|> Z.of_int64
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in a <| b
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| Kind_4 -> (Int64.of_int a.(0)) <+ a.(1) <+ a.(2) <+ a.(3) |> Z.of_int64
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| Kind_2 -> (Int64.of_int a.(0)) <+ a.(1) |> Z.of_int64
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| Kind_1 -> Z.of_int a.(0)
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of_int a.(0) << a.(1) << a.(2) << a.(3) << a.(4) << a.(5)
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<| a.(6) << a.(7) << a.(8)
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| Kind_4 -> of_int a.(0) <+ a.(1) <+ a.(2) <+ a.(3)
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| Kind_2 -> of_int a.(0) <+ a.(1)
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| Kind_1 -> of_int a.(0)
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type kind =
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@ -57,149 +56,168 @@ type kind =
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let of_int_tuple a =
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match a with
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| One (a) -> Z.of_int a
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| Two (a,b) -> (Int64.of_int a) <+ b |> Z.of_int64
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| Three (a,b,c) -> (Int64.of_int a) << b << c |> Z.of_int64
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| Four ((a,b),(c,d)) ->
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(Int64.of_int a) <+ b <+ c <+ d |> Z.of_int64
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| One (a) -> of_int a
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| Two (a,b) -> of_int a <+ b
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| Three (a,b,c) -> of_int a <+ b <+ c
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| Four ((a,b),(c,d)) -> of_int a <+ b <+ c <+ d
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| Six ((a,b,c),(d,e,f)) ->
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(Int64.of_int a) << b << c << d << e << f |> Z.of_int64
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of_int a << b << c << d << e << f
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| Twelve ((a,b,c),(d,e,f),(g,h,i),(j,k,l)) ->
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let a =
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(Int64.of_int a) << b << c << d << e << f |> Z.of_int64
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and b =
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(Int64.of_int g) << h << i << j << k << l |> Z.of_int64
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in a <| b
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of_int a << b << c << d << e << f
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<| g << h << i << j << k << l
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| Nine ((a,b,c),(d,e,f),(g,h,i)) ->
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let a =
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(Int64.of_int a) << b << c << d << e << f |> Z.of_int64
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and b =
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(Int64.of_int g) << h << i |> Z.of_int64
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in a <| b
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of_int a << b << c << d << e << f
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<| g << h << i
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let mask10 = Int64.of_int 0x3ff
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and mask16 = Int64.of_int 0xffff
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let mask10 = 0x3ff
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and mask15 = 0x7fff
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(** Transform the Zkey into an int array *)
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let to_int_array ~kind a =
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let open Int64 in
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let to_int_array ~kind { left ; right } =
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match kind with
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| Kind_3 -> let x = Z.to_int64 a in
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[| to_int ( logand mask10 (shift_right x 20)) ;
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to_int ( logand mask10 (shift_right x 10)) ;
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to_int ( logand mask10 x) |]
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| Kind_6 -> let x = Z.to_int64 a in
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[| to_int ( logand mask10 (shift_right x 50)) ;
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to_int ( logand mask10 (shift_right x 40)) ;
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to_int ( logand mask10 (shift_right x 30)) ;
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to_int ( logand mask10 (shift_right x 20)) ;
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to_int ( logand mask10 (shift_right x 10)) ;
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to_int ( logand mask10 x) |]
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| Kind_12 -> let x = Z.to_int64 @@ Z.extract a 0 60
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and y = Z.to_int64 @@ Z.extract a 64 60
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in
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[| to_int ( logand mask10 (shift_right y 114)) ;
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to_int ( logand mask10 (shift_right y 104)) ;
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to_int ( logand mask10 (shift_right y 94)) ;
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to_int ( logand mask10 (shift_right y 84)) ;
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to_int ( logand mask10 (shift_right y 74)) ;
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to_int ( logand mask10 (shift_right y 64)) ;
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to_int ( logand mask10 (shift_right x 50)) ;
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to_int ( logand mask10 (shift_right x 40)) ;
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to_int ( logand mask10 (shift_right x 30)) ;
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to_int ( logand mask10 (shift_right x 20)) ;
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to_int ( logand mask10 (shift_right x 10)) ;
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to_int ( logand mask10 x) |]
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| Kind_9 -> let x = Z.to_int64 @@ Z.extract a 0 60
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and y = Z.to_int64 @@ Z.extract a 64 60
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in
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[| to_int ( logand mask10 (shift_right y 84)) ;
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to_int ( logand mask10 (shift_right y 74)) ;
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to_int ( logand mask10 (shift_right y 64)) ;
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to_int ( logand mask10 (shift_right x 50)) ;
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to_int ( logand mask10 (shift_right x 40)) ;
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to_int ( logand mask10 (shift_right x 30)) ;
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to_int ( logand mask10 (shift_right x 20)) ;
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to_int ( logand mask10 (shift_right x 10)) ;
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to_int ( logand mask10 x) |]
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| Kind_4 -> let x = Z.to_int64 a in
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[| to_int ( logand mask16 (shift_right x 48)) ;
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to_int ( logand mask16 (shift_right x 32)) ;
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to_int ( logand mask16 (shift_right x 16)) ;
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to_int ( logand mask16 x) |]
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| Kind_2 -> let x = Z.to_int64 a in
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[| to_int ( logand mask16 (shift_right x 16)) ;
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to_int ( logand mask16 x) |]
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| Kind_1 -> [| Z.to_int a |]
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| Kind_3 -> [|
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mask15 land (right lsr 30) ;
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mask15 land (right lsr 15) ;
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mask15 land right
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|]
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| Kind_6 -> [|
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mask10 land (right lsr 50) ;
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mask10 land (right lsr 40) ;
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mask10 land (right lsr 30) ;
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mask10 land (right lsr 20) ;
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mask10 land (right lsr 10) ;
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mask10 land right
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|]
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| Kind_12 -> [|
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mask10 land (left lsr 50) ;
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mask10 land (left lsr 40) ;
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mask10 land (left lsr 30) ;
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mask10 land (left lsr 20) ;
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mask10 land (left lsr 10) ;
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mask10 land left ;
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mask10 land (right lsr 50) ;
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mask10 land (right lsr 40) ;
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mask10 land (right lsr 30) ;
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mask10 land (right lsr 20) ;
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mask10 land (right lsr 10) ;
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mask10 land right
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|]
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| Kind_9 -> [|
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mask10 land (left lsr 20) ;
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mask10 land (left lsr 10) ;
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mask10 land left ;
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mask10 land (right lsr 50) ;
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mask10 land (right lsr 40) ;
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mask10 land (right lsr 30) ;
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mask10 land (right lsr 20) ;
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mask10 land (right lsr 10) ;
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mask10 land right
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|]
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| Kind_4 -> [|
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mask15 land (right lsr 45) ;
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mask15 land (right lsr 30) ;
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mask15 land (right lsr 15) ;
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mask15 land right
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|]
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| Kind_2 -> [|
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mask15 land (right lsr 15) ;
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mask15 land right
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|]
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| Kind_1 -> [| right |]
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(** Transform the Zkey into an int tuple *)
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let to_int_tuple ~kind a =
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let open Int64 in
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let to_int_tuple ~kind { left ; right } =
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match kind with
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| Kind_3 -> let x = Z.to_int64 a in
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Three ( to_int ( logand mask10 (shift_right x 20)),
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to_int ( logand mask10 (shift_right x 10)),
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to_int ( logand mask10 x) )
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| Kind_6 -> let x = Z.to_int64 a in
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Six ( ( to_int ( logand mask10 (shift_right x 50)),
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to_int ( logand mask10 (shift_right x 40)),
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to_int ( logand mask10 (shift_right x 30))),
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( to_int ( logand mask10 (shift_right x 20)),
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to_int ( logand mask10 (shift_right x 10)),
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to_int ( logand mask10 x) ) )
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| Kind_12 -> let x = Z.to_int64 @@ Z.extract a 0 60
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and y = Z.to_int64 @@ Z.extract a 64 60
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in
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Twelve ( ( to_int ( logand mask10 (shift_right y 114)),
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to_int ( logand mask10 (shift_right y 104)),
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to_int ( logand mask10 (shift_right y 94))),
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( to_int ( logand mask10 (shift_right y 84)),
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to_int ( logand mask10 (shift_right y 74)),
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to_int ( logand mask10 (shift_right y 64))),
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( to_int ( logand mask10 (shift_right x 50)),
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to_int ( logand mask10 (shift_right x 40)),
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to_int ( logand mask10 (shift_right x 30))),
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( to_int ( logand mask10 (shift_right x 20)),
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to_int ( logand mask10 (shift_right x 10)),
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to_int ( logand mask10 x) ))
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| Kind_9 -> let x = Z.to_int64 @@ Z.extract a 0 60
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and y = Z.to_int64 @@ Z.extract a 64 60
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in
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Nine ( ( to_int ( logand mask10 (shift_right y 84)),
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to_int ( logand mask10 (shift_right y 74)),
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to_int ( logand mask10 (shift_right y 64))),
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( to_int ( logand mask10 (shift_right x 50)),
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to_int ( logand mask10 (shift_right x 40)),
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to_int ( logand mask10 (shift_right x 30))),
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( to_int ( logand mask10 (shift_right x 20)),
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to_int ( logand mask10 (shift_right x 10)),
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to_int ( logand mask10 x) ))
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| Kind_4 -> let x = Z.to_int64 a in
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Four ( ( to_int ( logand mask16 (shift_right x 48)),
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to_int ( logand mask16 (shift_right x 32))),
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( to_int ( logand mask16 (shift_right x 16)),
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to_int ( logand mask16 x) ))
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| Kind_2 -> let x = Z.to_int64 a in
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Two ( to_int ( logand mask16 (shift_right x 16)),
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to_int ( logand mask16 x) )
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| Kind_1 -> One ( Z.to_int a )
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| Kind_3 -> Three (
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mask15 land (right lsr 30) ,
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mask15 land (right lsr 15) ,
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mask15 land right
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)
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| Kind_6 -> Six (
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( mask10 land (right lsr 50) ,
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mask10 land (right lsr 40) ,
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mask10 land (right lsr 30)),
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( mask10 land (right lsr 20) ,
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mask10 land (right lsr 10) ,
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mask10 land right )
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)
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| Kind_12 -> Twelve (
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( mask10 land (left lsr 50) ,
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mask10 land (left lsr 40) ,
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mask10 land (left lsr 30)),
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( mask10 land (left lsr 20) ,
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mask10 land (left lsr 10) ,
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mask10 land left ) ,
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( mask10 land (right lsr 50) ,
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mask10 land (right lsr 40) ,
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mask10 land (right lsr 30)),
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( mask10 land (right lsr 20) ,
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mask10 land (right lsr 10) ,
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mask10 land right )
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)
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| Kind_9 -> Nine (
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( mask10 land (left lsr 20) ,
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mask10 land (left lsr 10) ,
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mask10 land left ) ,
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( mask10 land (right lsr 50) ,
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mask10 land (right lsr 40) ,
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mask10 land (right lsr 30)),
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( mask10 land (right lsr 20) ,
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mask10 land (right lsr 10) ,
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mask10 land right )
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)
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| Kind_4 -> Four (
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( mask15 land (right lsr 45) ,
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mask15 land (right lsr 30)),
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( mask15 land (right lsr 15) ,
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mask15 land right )
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)
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| Kind_2 -> Two (
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mask15 land (right lsr 15) ,
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mask15 land right
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)
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| Kind_1 -> One right
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let zero = Z.of_int 0
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let hash = Hashtbl.hash
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include Z
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let equal
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{ right = r1 ; left = l1 }
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{ right = r2 ; left = l2 } =
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r1 = r2 && l1 = l2
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let to_string ~kind a =
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"< " ^ ( Z.to_string a ) ^ " | " ^ (
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to_int_array kind a
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let cmp
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{ right = r1 ; left = l1 }
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{ right = r2 ; left = l2 } =
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if r1 < r2 then -1
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else if r1 > r2 then 1
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else if l1 < l2 then -1
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else if l1 > l2 then 1
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else 0
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let to_string ~kind { left ; right } =
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"< " ^ string_of_int left ^ string_of_int right ^ " | " ^ (
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to_int_array kind { left ; right }
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|> Array.map string_of_int
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|> Array.to_list
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|> String.concat ", "
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) ^ " >"
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(*
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let debug () =
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let k2 = of_int_array Kind_2 [| 1 ; 2 |]
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and k3 = of_int_array Kind_3 [| 1 ; 2 ; 3 |]
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@ -213,6 +231,12 @@ let debug () =
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print_endline @@ to_string Kind_6 k6 ;
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print_endline @@ to_string Kind_12 k12
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(*
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< 65538 | 1, 2 >
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< 1050627 | 1, 2, 3 >
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< 281483566841860 | 1, 2, 3, 4 >
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< 1128102155523078 | 1, 2, 3, 4, 5, 6 >
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< 20809811751934310026571282435288076 | 1, 2, 3, 4, 5, 6, 7, 8, 9, 10, 11, 12 >
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*)
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let () = debug ()
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*)
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