starprnt

-module(starprnt).
-compile([no_auto_import, nowarn_unused_vars, nowarn_unused_function, nowarn_nomatch, inline]).
-define(FILEPATH, "src/starprnt.gleam").
-export([print_speed/1, image_raster/2, text_raster/5]).
-export_type([speed/0, wrap/0]).

-type speed() :: slow | normal | fast.

-type wrap() :: no_wrap | wrap_anywhere | {wrap_words, boolean()}.

-file("src/starprnt.gleam", 15).
-spec print_speed(speed()) -> bitstring().
print_speed(Speed) ->
    Num = case Speed of
        slow ->
            2;

        normal ->
            1;

        fast ->
            0
    end,
    <<16#1b, 16#1e, "r"/utf8, Num>>.

-file("src/starprnt.gleam", 53).
-spec raster_line(bitstring(), integer()) -> bitstring().
raster_line(Bits, Byte_size) ->
    <<"b"/utf8, Byte_size:16/little, Bits/bitstring>>.

-file("src/starprnt.gleam", 57).
-spec padded_raster_line(bitstring()) -> bitstring().
padded_raster_line(Bits) ->
    Bits@1 = gleam_stdlib:bit_array_pad_to_bytes(Bits),
    raster_line(Bits@1, erlang:byte_size(Bits@1)).

-file("src/starprnt.gleam", 138).
-spec do_process_codepoints(
    list(integer()),
    bitstring(),
    fun((binary()) -> {ok, bitstring()} | {error, nil}),
    list({binary(), bitstring()})
) -> list({binary(), bitstring()}).
do_process_codepoints(Codepoints, Default_glyph, Render_glyph, Acc) ->
    case Codepoints of
        [] ->
            Acc;

        [Codepoint | Codepoints@1] ->
            Char = gleam_stdlib:utf_codepoint_list_to_string([Codepoint]),
            Acc@1 = case Render_glyph(Char) of
                {ok, Bits} ->
                    [{Char, Bits} | Acc];

                {error, nil} ->
                    [{Char, Default_glyph} | Acc]
            end,
            do_process_codepoints(
                Codepoints@1,
                Default_glyph,
                Render_glyph,
                Acc@1
            )
    end.

-file("src/starprnt.gleam", 108).
-spec do_process_graphemes(
    list(binary()),
    bitstring(),
    fun((binary()) -> {ok, bitstring()} | {error, nil}),
    list({binary(), bitstring()})
) -> list({binary(), bitstring()}).
do_process_graphemes(Graphemes, Default_glyph, Render_glyph, Acc) ->
    case Graphemes of
        [] ->
            lists:reverse(Acc);

        [<<"\r"/utf8>> | Graphemes@1] ->
            do_process_graphemes(Graphemes@1, Default_glyph, Render_glyph, Acc);

        [<<"\t"/utf8>> | Graphemes@2] ->
            Graphemes@3 = [<<" "/utf8>>, <<" "/utf8>> | Graphemes@2],
            do_process_graphemes(Graphemes@3, Default_glyph, Render_glyph, Acc);

        [<<"\f"/utf8>> | Graphemes@4] ->
            Graphemes@5 = [<<"\n"/utf8>>, <<"\n"/utf8>> | Graphemes@4],
            do_process_graphemes(Graphemes@5, Default_glyph, Render_glyph, Acc);

        [Grapheme | Graphemes@6] ->
            Acc@1 = case Render_glyph(Grapheme) of
                {ok, Bits} ->
                    [{Grapheme, Bits} | Acc];

                {error, nil} ->
                    _pipe = gleam@string:to_utf_codepoints(Grapheme),
                    do_process_codepoints(
                        _pipe,
                        Default_glyph,
                        Render_glyph,
                        Acc
                    )
            end,
            do_process_graphemes(
                Graphemes@6,
                Default_glyph,
                Render_glyph,
                Acc@1
            )
    end.

-file("src/starprnt.gleam", 166).
-spec do_no_wrap(
    list({binary(), bitstring()}),
    integer(),
    integer(),
    list(bitstring()),
    list(list(bitstring()))
) -> list(list(bitstring())).
do_no_wrap(Chars, Line_limit, Line_len, Line, Lines) ->
    case Chars of
        [] ->
            lists:reverse([lists:reverse(Line) | Lines]);

        [{<<"\n"/utf8>>, _} | Chars@1] ->
            do_no_wrap(
                Chars@1,
                Line_limit,
                0,
                [],
                [lists:reverse(Line) | Lines]
            );

        [{_, Bits} | Chars@2] when Line_len < Line_limit ->
            do_no_wrap(Chars@2, Line_limit, Line_len + 1, [Bits | Line], Lines);

        [_ | Chars@3] ->
            do_no_wrap(Chars@3, Line_limit, Line_len, Line, Lines)
    end.

-file("src/starprnt.gleam", 183).
-spec do_wrap_anywhere(
    list({binary(), bitstring()}),
    integer(),
    integer(),
    list(bitstring()),
    list(list(bitstring()))
) -> list(list(bitstring())).
do_wrap_anywhere(Chars, Line_limit, Line_len, Line, Lines) ->
    case Chars of
        [] ->
            lists:reverse([lists:reverse(Line) | Lines]);

        [{<<"\n"/utf8>>, _} | Chars@1] ->
            Acc = [lists:reverse(Line) | Lines],
            do_wrap_anywhere(Chars@1, Line_limit, 0, [], Acc);

        [{_, Bits} | Chars@2] when Line_len < Line_limit ->
            Line@1 = [Bits | Line],
            do_wrap_anywhere(Chars@2, Line_limit, Line_len + 1, Line@1, Lines);

        [{<<" "/utf8>>, _} | Chars@3] ->
            Lines@1 = [lists:reverse(Line) | Lines],
            do_wrap_anywhere(Chars@3, Line_limit, 0, [], Lines@1);

        [{<<"\x{1680}"/utf8>>, _} | Chars@3] ->
            Lines@1 = [lists:reverse(Line) | Lines],
            do_wrap_anywhere(Chars@3, Line_limit, 0, [], Lines@1);

        [{<<"\x{2000}"/utf8>>, _} | Chars@3] ->
            Lines@1 = [lists:reverse(Line) | Lines],
            do_wrap_anywhere(Chars@3, Line_limit, 0, [], Lines@1);

        [{<<"\x{2001}"/utf8>>, _} | Chars@3] ->
            Lines@1 = [lists:reverse(Line) | Lines],
            do_wrap_anywhere(Chars@3, Line_limit, 0, [], Lines@1);

        [{<<"\x{2002}"/utf8>>, _} | Chars@3] ->
            Lines@1 = [lists:reverse(Line) | Lines],
            do_wrap_anywhere(Chars@3, Line_limit, 0, [], Lines@1);

        [{<<"\x{2003}"/utf8>>, _} | Chars@3] ->
            Lines@1 = [lists:reverse(Line) | Lines],
            do_wrap_anywhere(Chars@3, Line_limit, 0, [], Lines@1);

        [{<<"\x{2004}"/utf8>>, _} | Chars@3] ->
            Lines@1 = [lists:reverse(Line) | Lines],
            do_wrap_anywhere(Chars@3, Line_limit, 0, [], Lines@1);

        [{<<"\x{2005}"/utf8>>, _} | Chars@3] ->
            Lines@1 = [lists:reverse(Line) | Lines],
            do_wrap_anywhere(Chars@3, Line_limit, 0, [], Lines@1);

        [{<<"\x{2006}"/utf8>>, _} | Chars@3] ->
            Lines@1 = [lists:reverse(Line) | Lines],
            do_wrap_anywhere(Chars@3, Line_limit, 0, [], Lines@1);

        [{<<"\x{2008}"/utf8>>, _} | Chars@3] ->
            Lines@1 = [lists:reverse(Line) | Lines],
            do_wrap_anywhere(Chars@3, Line_limit, 0, [], Lines@1);

        [{<<"\x{2009}"/utf8>>, _} | Chars@3] ->
            Lines@1 = [lists:reverse(Line) | Lines],
            do_wrap_anywhere(Chars@3, Line_limit, 0, [], Lines@1);

        [{<<"\x{200a}"/utf8>>, _} | Chars@3] ->
            Lines@1 = [lists:reverse(Line) | Lines],
            do_wrap_anywhere(Chars@3, Line_limit, 0, [], Lines@1);

        [{<<"\x{205f}"/utf8>>, _} | Chars@3] ->
            Lines@1 = [lists:reverse(Line) | Lines],
            do_wrap_anywhere(Chars@3, Line_limit, 0, [], Lines@1);

        [{<<"\x{3000}"/utf8>>, _} | Chars@3] ->
            Lines@1 = [lists:reverse(Line) | Lines],
            do_wrap_anywhere(Chars@3, Line_limit, 0, [], Lines@1);

        [{_, Bits@1} | Chars@4] ->
            Lines@2 = [lists:reverse(Line) | Lines],
            do_wrap_anywhere(Chars@4, Line_limit, 1, [Bits@1], Lines@2)
    end.

-file("src/starprnt.gleam", 224).
-spec do_wrap_words(
    list({binary(), bitstring()}),
    boolean(),
    integer(),
    gleam@option:option(bitstring()),
    integer(),
    list(bitstring()),
    integer(),
    list(bitstring()),
    list(list(bitstring()))
) -> list(list(bitstring())).
do_wrap_words(
    Chars,
    Wrap,
    Line_limit,
    Break,
    Word_len,
    Word,
    Line_len,
    Line,
    Lines
) ->
    Adjusted_word_len = case Break of
        {some, _} ->
            Word_len + 1;

        none ->
            Word_len
    end,
    case Chars of
        [] when (Line_len + Adjusted_word_len) =< Line_limit ->
            Line@1 = case Break of
                {some, Break@1} ->
                    lists:reverse(Line, [Break@1 | lists:reverse(Word)]);

                none ->
                    lists:reverse(Word)
            end,
            lists:reverse([Line@1 | Lines]);

        [] ->
            lists:reverse([lists:reverse(Word), lists:reverse(Line) | Lines]);

        [{<<"\n"/utf8>>, _} | Chars@1] when (Line_len + Adjusted_word_len) < Line_limit ->
            Line@2 = case Break of
                {some, Break@2} ->
                    lists:reverse(Line, [Break@2 | lists:reverse(Word)]);

                none ->
                    lists:reverse(Word)
            end,
            Lines@1 = [Line@2 | Lines],
            do_wrap_words(
                Chars@1,
                Wrap,
                Line_limit,
                none,
                0,
                [],
                0,
                [],
                Lines@1
            );

        [{<<"\n"/utf8>>, _} | Chars@2] ->
            Lines@2 = [lists:reverse(Word), lists:reverse(Line) | Lines],
            do_wrap_words(
                Chars@2,
                Wrap,
                Line_limit,
                none,
                0,
                [],
                0,
                [],
                Lines@2
            );

        [{<<" "/utf8>>, New_break} | Chars@3] when (Line_len + Adjusted_word_len) =< Line_limit ->
            Line@3 = case Break of
                {some, Break@3} ->
                    lists:reverse([Break@3 | lists:reverse(Word)], Line);

                none ->
                    lists:reverse(lists:reverse(Word), Line)
            end,
            do_wrap_words(
                Chars@3,
                Wrap,
                Line_limit,
                {some, New_break},
                0,
                [],
                Line_len + Adjusted_word_len,
                Line@3,
                Lines
            );

        [{<<"\x{1680}"/utf8>>, New_break} | Chars@3] when (Line_len + Adjusted_word_len) =< Line_limit ->
            Line@3 = case Break of
                {some, Break@3} ->
                    lists:reverse([Break@3 | lists:reverse(Word)], Line);

                none ->
                    lists:reverse(lists:reverse(Word), Line)
            end,
            do_wrap_words(
                Chars@3,
                Wrap,
                Line_limit,
                {some, New_break},
                0,
                [],
                Line_len + Adjusted_word_len,
                Line@3,
                Lines
            );

        [{<<"\x{2000}"/utf8>>, New_break} | Chars@3] when (Line_len + Adjusted_word_len) =< Line_limit ->
            Line@3 = case Break of
                {some, Break@3} ->
                    lists:reverse([Break@3 | lists:reverse(Word)], Line);

                none ->
                    lists:reverse(lists:reverse(Word), Line)
            end,
            do_wrap_words(
                Chars@3,
                Wrap,
                Line_limit,
                {some, New_break},
                0,
                [],
                Line_len + Adjusted_word_len,
                Line@3,
                Lines
            );

        [{<<"\x{2001}"/utf8>>, New_break} | Chars@3] when (Line_len + Adjusted_word_len) =< Line_limit ->
            Line@3 = case Break of
                {some, Break@3} ->
                    lists:reverse([Break@3 | lists:reverse(Word)], Line);

                none ->
                    lists:reverse(lists:reverse(Word), Line)
            end,
            do_wrap_words(
                Chars@3,
                Wrap,
                Line_limit,
                {some, New_break},
                0,
                [],
                Line_len + Adjusted_word_len,
                Line@3,
                Lines
            );

        [{<<"\x{2002}"/utf8>>, New_break} | Chars@3] when (Line_len + Adjusted_word_len) =< Line_limit ->
            Line@3 = case Break of
                {some, Break@3} ->
                    lists:reverse([Break@3 | lists:reverse(Word)], Line);

                none ->
                    lists:reverse(lists:reverse(Word), Line)
            end,
            do_wrap_words(
                Chars@3,
                Wrap,
                Line_limit,
                {some, New_break},
                0,
                [],
                Line_len + Adjusted_word_len,
                Line@3,
                Lines
            );

        [{<<"\x{2003}"/utf8>>, New_break} | Chars@3] when (Line_len + Adjusted_word_len) =< Line_limit ->
            Line@3 = case Break of
                {some, Break@3} ->
                    lists:reverse([Break@3 | lists:reverse(Word)], Line);

                none ->
                    lists:reverse(lists:reverse(Word), Line)
            end,
            do_wrap_words(
                Chars@3,
                Wrap,
                Line_limit,
                {some, New_break},
                0,
                [],
                Line_len + Adjusted_word_len,
                Line@3,
                Lines
            );

        [{<<"\x{2004}"/utf8>>, New_break} | Chars@3] when (Line_len + Adjusted_word_len) =< Line_limit ->
            Line@3 = case Break of
                {some, Break@3} ->
                    lists:reverse([Break@3 | lists:reverse(Word)], Line);

                none ->
                    lists:reverse(lists:reverse(Word), Line)
            end,
            do_wrap_words(
                Chars@3,
                Wrap,
                Line_limit,
                {some, New_break},
                0,
                [],
                Line_len + Adjusted_word_len,
                Line@3,
                Lines
            );

        [{<<"\x{2005}"/utf8>>, New_break} | Chars@3] when (Line_len + Adjusted_word_len) =< Line_limit ->
            Line@3 = case Break of
                {some, Break@3} ->
                    lists:reverse([Break@3 | lists:reverse(Word)], Line);

                none ->
                    lists:reverse(lists:reverse(Word), Line)
            end,
            do_wrap_words(
                Chars@3,
                Wrap,
                Line_limit,
                {some, New_break},
                0,
                [],
                Line_len + Adjusted_word_len,
                Line@3,
                Lines
            );

        [{<<"\x{2006}"/utf8>>, New_break} | Chars@3] when (Line_len + Adjusted_word_len) =< Line_limit ->
            Line@3 = case Break of
                {some, Break@3} ->
                    lists:reverse([Break@3 | lists:reverse(Word)], Line);

                none ->
                    lists:reverse(lists:reverse(Word), Line)
            end,
            do_wrap_words(
                Chars@3,
                Wrap,
                Line_limit,
                {some, New_break},
                0,
                [],
                Line_len + Adjusted_word_len,
                Line@3,
                Lines
            );

        [{<<"\x{2008}"/utf8>>, New_break} | Chars@3] when (Line_len + Adjusted_word_len) =< Line_limit ->
            Line@3 = case Break of
                {some, Break@3} ->
                    lists:reverse([Break@3 | lists:reverse(Word)], Line);

                none ->
                    lists:reverse(lists:reverse(Word), Line)
            end,
            do_wrap_words(
                Chars@3,
                Wrap,
                Line_limit,
                {some, New_break},
                0,
                [],
                Line_len + Adjusted_word_len,
                Line@3,
                Lines
            );

        [{<<"\x{2009}"/utf8>>, New_break} | Chars@3] when (Line_len + Adjusted_word_len) =< Line_limit ->
            Line@3 = case Break of
                {some, Break@3} ->
                    lists:reverse([Break@3 | lists:reverse(Word)], Line);

                none ->
                    lists:reverse(lists:reverse(Word), Line)
            end,
            do_wrap_words(
                Chars@3,
                Wrap,
                Line_limit,
                {some, New_break},
                0,
                [],
                Line_len + Adjusted_word_len,
                Line@3,
                Lines
            );

        [{<<"\x{200a}"/utf8>>, New_break} | Chars@3] when (Line_len + Adjusted_word_len) =< Line_limit ->
            Line@3 = case Break of
                {some, Break@3} ->
                    lists:reverse([Break@3 | lists:reverse(Word)], Line);

                none ->
                    lists:reverse(lists:reverse(Word), Line)
            end,
            do_wrap_words(
                Chars@3,
                Wrap,
                Line_limit,
                {some, New_break},
                0,
                [],
                Line_len + Adjusted_word_len,
                Line@3,
                Lines
            );

        [{<<"\x{205f}"/utf8>>, New_break} | Chars@3] when (Line_len + Adjusted_word_len) =< Line_limit ->
            Line@3 = case Break of
                {some, Break@3} ->
                    lists:reverse([Break@3 | lists:reverse(Word)], Line);

                none ->
                    lists:reverse(lists:reverse(Word), Line)
            end,
            do_wrap_words(
                Chars@3,
                Wrap,
                Line_limit,
                {some, New_break},
                0,
                [],
                Line_len + Adjusted_word_len,
                Line@3,
                Lines
            );

        [{<<"\x{3000}"/utf8>>, New_break} | Chars@3] when (Line_len + Adjusted_word_len) =< Line_limit ->
            Line@3 = case Break of
                {some, Break@3} ->
                    lists:reverse([Break@3 | lists:reverse(Word)], Line);

                none ->
                    lists:reverse(lists:reverse(Word), Line)
            end,
            do_wrap_words(
                Chars@3,
                Wrap,
                Line_limit,
                {some, New_break},
                0,
                [],
                Line_len + Adjusted_word_len,
                Line@3,
                Lines
            );

        [{<<" "/utf8>>, Break@4} | Chars@4] ->
            do_wrap_words(
                Chars@4,
                Wrap,
                Line_limit,
                {some, Break@4},
                0,
                [],
                Word_len,
                Word,
                [lists:reverse(Line) | Lines]
            );

        [{<<"\x{1680}"/utf8>>, Break@4} | Chars@4] ->
            do_wrap_words(
                Chars@4,
                Wrap,
                Line_limit,
                {some, Break@4},
                0,
                [],
                Word_len,
                Word,
                [lists:reverse(Line) | Lines]
            );

        [{<<"\x{2000}"/utf8>>, Break@4} | Chars@4] ->
            do_wrap_words(
                Chars@4,
                Wrap,
                Line_limit,
                {some, Break@4},
                0,
                [],
                Word_len,
                Word,
                [lists:reverse(Line) | Lines]
            );

        [{<<"\x{2001}"/utf8>>, Break@4} | Chars@4] ->
            do_wrap_words(
                Chars@4,
                Wrap,
                Line_limit,
                {some, Break@4},
                0,
                [],
                Word_len,
                Word,
                [lists:reverse(Line) | Lines]
            );

        [{<<"\x{2002}"/utf8>>, Break@4} | Chars@4] ->
            do_wrap_words(
                Chars@4,
                Wrap,
                Line_limit,
                {some, Break@4},
                0,
                [],
                Word_len,
                Word,
                [lists:reverse(Line) | Lines]
            );

        [{<<"\x{2003}"/utf8>>, Break@4} | Chars@4] ->
            do_wrap_words(
                Chars@4,
                Wrap,
                Line_limit,
                {some, Break@4},
                0,
                [],
                Word_len,
                Word,
                [lists:reverse(Line) | Lines]
            );

        [{<<"\x{2004}"/utf8>>, Break@4} | Chars@4] ->
            do_wrap_words(
                Chars@4,
                Wrap,
                Line_limit,
                {some, Break@4},
                0,
                [],
                Word_len,
                Word,
                [lists:reverse(Line) | Lines]
            );

        [{<<"\x{2005}"/utf8>>, Break@4} | Chars@4] ->
            do_wrap_words(
                Chars@4,
                Wrap,
                Line_limit,
                {some, Break@4},
                0,
                [],
                Word_len,
                Word,
                [lists:reverse(Line) | Lines]
            );

        [{<<"\x{2006}"/utf8>>, Break@4} | Chars@4] ->
            do_wrap_words(
                Chars@4,
                Wrap,
                Line_limit,
                {some, Break@4},
                0,
                [],
                Word_len,
                Word,
                [lists:reverse(Line) | Lines]
            );

        [{<<"\x{2008}"/utf8>>, Break@4} | Chars@4] ->
            do_wrap_words(
                Chars@4,
                Wrap,
                Line_limit,
                {some, Break@4},
                0,
                [],
                Word_len,
                Word,
                [lists:reverse(Line) | Lines]
            );

        [{<<"\x{2009}"/utf8>>, Break@4} | Chars@4] ->
            do_wrap_words(
                Chars@4,
                Wrap,
                Line_limit,
                {some, Break@4},
                0,
                [],
                Word_len,
                Word,
                [lists:reverse(Line) | Lines]
            );

        [{<<"\x{200a}"/utf8>>, Break@4} | Chars@4] ->
            do_wrap_words(
                Chars@4,
                Wrap,
                Line_limit,
                {some, Break@4},
                0,
                [],
                Word_len,
                Word,
                [lists:reverse(Line) | Lines]
            );

        [{<<"\x{205f}"/utf8>>, Break@4} | Chars@4] ->
            do_wrap_words(
                Chars@4,
                Wrap,
                Line_limit,
                {some, Break@4},
                0,
                [],
                Word_len,
                Word,
                [lists:reverse(Line) | Lines]
            );

        [{<<"\x{3000}"/utf8>>, Break@4} | Chars@4] ->
            do_wrap_words(
                Chars@4,
                Wrap,
                Line_limit,
                {some, Break@4},
                0,
                [],
                Word_len,
                Word,
                [lists:reverse(Line) | Lines]
            );

        [{_, Bits} | Chars@5] when Word_len < Line_limit ->
            do_wrap_words(
                Chars@5,
                Wrap,
                Line_limit,
                Break,
                Word_len + 1,
                [Bits | Word],
                Line_len,
                Line,
                Lines
            );

        [{_, Bits@1} | Chars@6] when Wrap ->
            Lines@3 = case Line of
                [] ->
                    [lists:reverse(Word) | Lines];

                _ ->
                    [lists:reverse(Word), lists:reverse(Line) | Lines]
            end,
            do_wrap_words(
                Chars@6,
                Wrap,
                Line_limit,
                none,
                1,
                [Bits@1],
                0,
                [],
                Lines@3
            );

        [_ | Chars@7] ->
            do_wrap_words(
                Chars@7,
                Wrap,
                Line_limit,
                Break,
                Word_len,
                Word,
                Line_len,
                Line,
                Lines
            )
    end.

-file("src/starprnt.gleam", 157).
-spec layout_chars(list({binary(), bitstring()}), wrap(), integer()) -> list(list(bitstring())).
layout_chars(Chars, Wrap, Line_limit) ->
    case Wrap of
        no_wrap ->
            do_no_wrap(Chars, Line_limit, 0, [], []);

        wrap_anywhere ->
            do_wrap_anywhere(Chars, Line_limit, 0, [], []);

        {wrap_words, Wrap_overflow} ->
            do_wrap_words(
                Chars,
                Wrap_overflow,
                Line_limit,
                none,
                0,
                [],
                0,
                [],
                []
            )
    end.

-file("src/starprnt.gleam", 429).
-spec do_scale_bits(bitstring(), integer(), bitstring()) -> bitstring().
do_scale_bits(Bits, Scale, Acc) ->
    case Bits of
        <<0:1, Bits@1/bitstring>> ->
            do_scale_bits(
                Bits@1,
                Scale,
                <<Acc/bitstring, 0:(lists:max([(Scale), 0]))>>
            );

        <<1:1, Bits@2/bitstring>> ->
            do_scale_bits(
                Bits@2,
                Scale,
                <<Acc/bitstring, -1:(lists:max([(Scale), 0]))>>
            );

        _ ->
            Acc
    end.

-file("src/starprnt.gleam", 421).
-spec scale_bits(bitstring(), integer()) -> bitstring().
scale_bits(Bits, Scale) ->
    case Scale of
        0 ->
            <<>>;

        1 ->
            Bits;

        -1 ->
            Bits;

        _ ->
            do_scale_bits(Bits, gleam@int:absolute_value(Scale), <<>>)
    end.

-file("src/starprnt.gleam", 447).
-spec do_repeat_bits(bitstring(), integer(), bitstring()) -> bitstring().
do_repeat_bits(Bits, Times, Acc) ->
    case Times of
        0 ->
            Acc;

        _ ->
            do_repeat_bits(Bits, Times - 1, <<Acc/bitstring, Bits/bitstring>>)
    end.

-file("src/starprnt.gleam", 439).
-spec repeat_bits(bitstring(), integer()) -> bitstring().
repeat_bits(Bits, Times) ->
    case Times of
        0 ->
            <<>>;

        1 ->
            Bits;

        -1 ->
            Bits;

        _ ->
            do_repeat_bits(Bits, gleam@int:absolute_value(Times) - 1, Bits)
    end.

-file("src/starprnt.gleam", 71).
-spec do_image_raster(bitstring(), bitstring()) -> bitstring().
do_image_raster(Image_data, Acc) ->
    case Image_data of
        <<>> ->
            Acc;

        <<Data:72/binary, Image_data@1/bitstring>> ->
            Line = raster_line(Data, 72),
            do_image_raster(Image_data@1, <<Acc/bitstring, Line/bitstring>>);

        <<Data@1/bitstring>> ->
            <<Acc/bitstring, (padded_raster_line(Data@1))/bitstring>>
    end.

-file("src/starprnt.gleam", 385).
-spec do_render_char_line(
    list(bitstring()),
    integer(),
    integer(),
    integer(),
    bitstring(),
    list(bitstring())
) -> {bitstring(), list(bitstring())}.
do_render_char_line(Chars, Padding, Width, Scale, Acc, Leftover_chars) ->
    case Chars of
        [] ->
            {begin
                    _pipe = case Acc of
                        <<Data:72/binary, _/bitstring>> ->
                            raster_line(Data, 72);

                        _ ->
                            padded_raster_line(Acc)
                    end,
                    repeat_bits(_pipe, Scale)
                end,
                lists:reverse(Leftover_chars)};

        [Char | Chars@1] ->
            case Char of
                <<Char_line:Width/bitstring,
                    _:Padding,
                    Leftover_char/bitstring>> ->
                    Acc@1 = <<Acc/bitstring,
                        (scale_bits(Char_line, Scale))/bitstring>>,
                    Leftover_chars@1 = [Leftover_char | Leftover_chars],
                    do_render_char_line(
                        Chars@1,
                        Padding,
                        Width,
                        Scale,
                        Acc@1,
                        Leftover_chars@1
                    );

                _ ->
                    Acc@2 = <<Acc/bitstring, 0:(lists:max([(Width), 0]))>>,
                    Leftover_chars@2 = [Char | Leftover_chars],
                    do_render_char_line(
                        Chars@1,
                        Padding,
                        Width,
                        Scale,
                        Acc@2,
                        Leftover_chars@2
                    )
            end
    end.

-file("src/starprnt.gleam", 359).
-spec do_render_lines(
    list(list(bitstring())),
    integer(),
    integer(),
    integer(),
    integer(),
    integer(),
    bitstring()
) -> bitstring().
do_render_lines(Lines, Padding, Width, Height, Rem_height, Scale, Acc) ->
    case Lines of
        [] ->
            Acc;

        [Chars | Lines@1] ->
            case Rem_height of
                0 ->
                    do_render_lines(
                        Lines@1,
                        Padding,
                        Width,
                        Height,
                        Height,
                        Scale,
                        Acc
                    );

                _ ->
                    {Line_data, Chars@1} = do_render_char_line(
                        Chars,
                        Padding,
                        Width,
                        Scale,
                        <<>>,
                        []
                    ),
                    Acc@1 = <<Acc/bitstring, Line_data/bitstring>>,
                    Lines@2 = [Chars@1 | Lines@1],
                    Rem_height@1 = Rem_height - 1,
                    do_render_lines(
                        Lines@2,
                        Padding,
                        Width,
                        Height,
                        Rem_height@1,
                        Scale,
                        Acc@1
                    )
            end
    end.

-file("src/starprnt.gleam", 62).
-spec image_raster(bitstring(), boolean()) -> bitstring().
image_raster(Image_data, Cut) ->
    Start_bits = case Cut of
        true ->
            <<(<<(<<(16#1b), "*r"/utf8>>)/bitstring, "A"/utf8>>)/bitstring,
                (<<(<<(16#1b), "*r"/utf8>>)/bitstring, "P0"/utf8, 0>>)/bitstring>>;

        false ->
            <<(<<(<<(<<(16#1b), "*r"/utf8>>)/bitstring, "A"/utf8>>)/bitstring,
                    (<<(<<(16#1b), "*r"/utf8>>)/bitstring, "P0"/utf8, 0>>)/bitstring>>)/bitstring,
                (<<(<<(16#1b), "*r"/utf8>>)/bitstring, "E1"/utf8, 0>>)/bitstring>>
    end,
    _pipe = do_image_raster(Image_data, Start_bits),
    gleam@bit_array:append(
        _pipe,
        <<(<<(16#1b), "*r"/utf8>>)/bitstring, "B"/utf8>>
    ).

-file("src/starprnt.gleam", 82).
-spec text_raster(binary(), starprnt@font:font(), integer(), wrap(), boolean()) -> bitstring().
text_raster(Text, Font, Scale, Wrap, Cut) ->
    gleam@bool:guard(
        Scale =:= 0,
        <<>>,
        fun() ->
            {font, Width, Height, Default_glyph, Render_glyph} = Font,
            Line_limit = case (Width * gleam@int:absolute_value(Scale)) of
                0 -> 0;
                Gleam@denominator -> 8 * 72 div Gleam@denominator
            end,
            Padding = case Width rem 8 of
                0 ->
                    0;

                Rem ->
                    8 - Rem
            end,
            Start_bits = case Cut of
                true ->
                    <<(<<(<<(16#1b), "*r"/utf8>>)/bitstring, "A"/utf8>>)/bitstring,
                        (<<(<<(16#1b), "*r"/utf8>>)/bitstring, "P0"/utf8, 0>>)/bitstring>>;

                false ->
                    <<(<<(<<(<<(16#1b), "*r"/utf8>>)/bitstring, "A"/utf8>>)/bitstring,
                            (<<(<<(16#1b), "*r"/utf8>>)/bitstring,
                                "P0"/utf8,
                                0>>)/bitstring>>)/bitstring,
                        (<<(<<(16#1b), "*r"/utf8>>)/bitstring, "E1"/utf8, 0>>)/bitstring>>
            end,
            _pipe = gleam@string:to_graphemes(Text),
            _pipe@1 = do_process_graphemes(
                _pipe,
                Default_glyph,
                Render_glyph,
                []
            ),
            _pipe@2 = layout_chars(_pipe@1, Wrap, Line_limit),
            _pipe@3 = do_render_lines(
                _pipe@2,
                Padding,
                Width,
                Height,
                Height,
                Scale,
                Start_bits
            ),
            gleam@bit_array:append(
                _pipe@3,
                <<(<<(16#1b), "*r"/utf8>>)/bitstring, "B"/utf8>>
            )
        end
    ).