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|
module K = Colitur_kernel
module T = Template
let str s = T.Str s
let bool b = T.Bool b
let month_names =
[| ("Ianuarius", "January"); ("Februarius", "February"); ("Martius", "March");
("Aprilis", "April"); ("Maius", "May"); ("Iunius", "June");
("Iulius", "July"); ("Augustus", "August"); ("September", "September");
("October", "October"); ("November", "November"); ("December", "December") |]
let names_value (n : K.Names.t) =
T.Obj (List.map (fun (l, s) -> (K.Lang.to_string l, str s)) (K.Names.to_list n))
let dow_int = function
| K.Date.Sun -> 0 | K.Date.Mon -> 1 | K.Date.Tue -> 2 | K.Date.Wed -> 3
| K.Date.Thu -> 4 | K.Date.Fri -> 5 | K.Date.Sat -> 6
let citation_ref cits part =
match
List.find_opt (fun (c : K.Citation.t) -> c.K.Citation.part = part) cits
with
| Some c -> c.K.Citation.reference
| None -> ""
let comm_value (c, priv) =
T.Obj
[ ("slug", str (K.Slug.to_string c.K.Celebration.slug));
("name", names_value c.K.Celebration.names);
("privileged", bool (priv = K.Precedence.Privileged)) ]
(* A padding cell: present so a grid row always has seven entries, and flagged
so a template can render it blank. Every field a real day has is present and
empty, so a template never hits a missing key on a padding cell. *)
let padding_cell dow =
T.Obj
[ ("iso", str ""); ("dom", str ""); ("dow", str (string_of_int dow));
("in_month", bool false);
("season", str ""); ("week", str ""); ("slug", str "");
("name", T.Obj []); ("rank", str ""); ("rank_label", T.Obj []);
("colour", str "");
("is_white", bool false); ("is_red", bool false); ("is_green", bool false);
("is_violet", bool false); ("is_rose", bool false); ("is_black", bool false);
("subject", str ""); ("comms", T.List []);
("transferred_in", T.List []); ("transferred_out", T.List []);
("first", str ""); ("gospel", str ""); ("last", bool false) ]
let day_value ~vocab (d : ('s, 'r) K.Liturgical_day.t) =
let date = d.K.Liturgical_day.date in
let tmp = d.K.Liturgical_day.temporal in
let cel = d.K.Liturgical_day.observed in
let colour = cel.K.Celebration.colour in
let is c = bool (colour = c) in
T.Obj
[ ("iso", str (K.Date.to_iso8601 date));
("dom", str (string_of_int (K.Date.day date)));
("dow", str (string_of_int (dow_int (K.Date.weekday date))));
("in_month", bool true);
("season", str (vocab.K.Vocab.season_to_string tmp.K.Temporal.season));
("week", str (match tmp.K.Temporal.week with Some w -> string_of_int w | None -> ""));
("slug", str (K.Slug.to_string cel.K.Celebration.slug));
("name", names_value cel.K.Celebration.names);
("rank", str (vocab.K.Vocab.rank_to_string cel.K.Celebration.rank));
("rank_label", names_value cel.K.Celebration.names);
("colour", str (K.Colour.to_string colour));
("is_white", is K.Colour.White); ("is_red", is K.Colour.Red);
("is_green", is K.Colour.Green); ("is_violet", is K.Colour.Violet);
("is_rose", is K.Colour.Rose); ("is_black", is K.Colour.Black);
("subject", str (K.Subject.to_string cel.K.Celebration.subject));
("comms", T.List (List.map comm_value d.K.Liturgical_day.commemorations));
( "transferred_in",
T.List
(match d.K.Liturgical_day.transferred_in with
| None -> []
| Some c -> [ T.Obj [ ("slug", str (K.Slug.to_string c.K.Celebration.slug)) ] ]) );
( "transferred_out",
T.List
(List.map
(fun (c, dest) ->
T.Obj
[ ("slug", str (K.Slug.to_string c.K.Celebration.slug));
("to", str (K.Date.to_iso8601 dest)) ])
d.K.Liturgical_day.transferred_out) );
("first", str (citation_ref d.K.Liturgical_day.citations K.Citation.First));
("gospel", str (citation_ref d.K.Liturgical_day.citations K.Citation.Gospel));
(* overwritten per grid row by [set_last]; false in the flat [days] list *)
("last", bool false) ]
(* Bucket a month's day values into Sunday-started weeks of exactly seven cells,
padding both ends. This is the computation the template cannot do. *)
(* [last] is true on the seventh cell of a row. A table row needs its separator
BETWEEN cells and the engine has no "unless last" construct, so the flag is
data -- the same rule as [in_month]. Without it the LaTeX grid emits eight
columns for seven cells and pdflatex rejects the file. *)
let set_last cells =
List.mapi
(fun i c -> match c with T.Obj kvs -> T.Obj (("last", bool (i = 6)) :: List.remove_assoc "last" kvs) | v -> v)
cells
let weeks_of_month ~first_dow day_values =
let lead = List.init first_dow (fun i -> padding_cell i) in
let cells = lead @ day_values in
let rec chunk acc = function
| [] -> List.rev acc
| rest ->
let take = min 7 (List.length rest) in
let week = List.filteri (fun i _ -> i < take) rest in
let tl = List.filteri (fun i _ -> i >= take) rest in
let week =
if take = 7 then week
else week @ List.init (7 - take) (fun i -> padding_cell (take + i))
in
chunk (week :: acc) tl
in
List.mapi
(fun i w -> T.Obj [ ("num", str (string_of_int (i + 1))); ("days", T.List (set_last w)) ])
(chunk [] cells)
let of_days ~vocab ~rite ~year days =
let dvs = List.map (fun d -> (d, day_value ~vocab d)) days in
let months =
List.init 12 (fun i ->
let m = i + 1 in
let own =
List.filter (fun (d, _) -> K.Date.month d.K.Liturgical_day.date = m) dvs
in
let day_values = List.map snd own in
let first_dow =
match own with
| (d, _) :: _ -> dow_int (K.Date.weekday d.K.Liturgical_day.date)
| [] -> 0
in
let la, en = month_names.(i) in
T.Obj
[ ("num", str (string_of_int m));
("name", T.Obj [ ("la", str la); ("en", str en) ]);
("days", T.List day_values);
("weeks", T.List (weeks_of_month ~first_dow day_values)) ])
in
T.Obj
[ ("rite", str rite);
("year", str (string_of_int year));
("months", T.List months);
("days", T.List (List.map snd dvs)) ]
|
