.\" Automatically generated by Pod::Man 4.14 (Pod::Simple 3.43) .\" .\" Standard preamble: .\" ======================================================================== .de Sp \" Vertical space (when we can't use .PP) .if t .sp .5v .if n .sp .. .de Vb \" Begin verbatim text .ft CW .nf .ne \\$1 .. .de Ve \" End verbatim text .ft R .fi .. .\" Set up some character translations and predefined strings. \*(-- will .\" give an unbreakable dash, \*(PI will give pi, \*(L" will give a left .\" double quote, and \*(R" will give a right double quote. \*(C+ will .\" give a nicer C++. Capital omega is used to do unbreakable dashes and .\" therefore won't be available. \*(C` and \*(C' expand to `' in nroff, .\" nothing in troff, for use with C<>. .tr \(*W- .ds C+ C\v'-.1v'\h'-1p'\s-2+\h'-1p'+\s0\v'.1v'\h'-1p' .ie n \{\ . ds -- \(*W- . ds PI pi . if (\n(.H=4u)&(1m=24u) .ds -- \(*W\h'-12u'\(*W\h'-12u'-\" diablo 10 pitch . if (\n(.H=4u)&(1m=20u) .ds -- \(*W\h'-12u'\(*W\h'-8u'-\" diablo 12 pitch . ds L" "" . ds R" "" . ds C` "" . ds C' "" 'br\} .el\{\ . ds -- \|\(em\| . ds PI \(*p . ds L" `` . ds R" '' . ds C` . ds C' 'br\} .\" .\" Escape single quotes in literal strings from groff's Unicode transform. .ie \n(.g .ds Aq \(aq .el .ds Aq ' .\" .\" If the F register is >0, we'll generate index entries on stderr for .\" titles (.TH), headers (.SH), subsections (.SS), items (.Ip), and index .\" entries marked with X<> in POD. Of course, you'll have to process the .\" output yourself in some meaningful fashion. .\" .\" Avoid warning from groff about undefined register 'F'. .de IX .. .nr rF 0 .if \n(.g .if rF .nr rF 1 .if (\n(rF:(\n(.g==0)) \{\ . if \nF \{\ . de IX . tm Index:\\$1\t\\n%\t"\\$2" .. . if !\nF==2 \{\ . nr % 0 . nr F 2 . \} . \} .\} .rr rF .\" ======================================================================== .\" .IX Title "Locales::DB::Docs::PluralForms 3pm" .TH Locales::DB::Docs::PluralForms 3pm "2022-11-19" "perl v5.36.0" "User Contributed Perl Documentation" .\" For nroff, turn off justification. Always turn off hyphenation; it makes .\" way too many mistakes in technical documents. .if n .ad l .nh .SH "NAME" Locales::DB::Docs::PluralForms \- plural form details reference for all included locales .SH "VERSION" .IX Header "VERSION" Locales.pm v0.09 (based on \s-1CLDR\s0 v2.0) .SH "DESCRIPTION" .IX Header "DESCRIPTION" \&\s-1CLDR\s0 defines a set of broad plural categories and rules that determine which category any given number will fall under. .PP Locales allows you to determine the plural categories applicable to a specific locale and also which category a given number will fall under in that locale. .PP This \s-1POD\s0 documents which categories and in what order you'd specify them in additional arguments to \*(L"\fBget_plural_form()\fR\*(R" in Locales (i.e. the optional arguments after the number). .SS "“Special Zero” Argument" .IX Subsection "“Special Zero” Argument" In addition to the \s-1CLDR\s0 category value list you can also specify one additional argument of what to use for zero instead of the value for “other”. .PP This won't be used if 0 falls under a specific category besides “other”. .SH "Plural Category Argument Order Reference" .IX Header "Plural Category Argument Order Reference" .IP "aa" 4 .IX Item "aa" .Vb 2 \& get_plural_form($n, other) \& get_plural_form($n, other, special_zero) .Ve .IP "ab" 4 .IX Item "ab" \&\s-1CLDR 2.0\s0 did not define data for “ab”, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "ace" 4 .IX Item "ace" \&\s-1CLDR 2.0\s0 did not define data for “ace”, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "ach" 4 .IX Item "ach" \&\s-1CLDR 2.0\s0 did not define data for “ach”, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "ada" 4 .IX Item "ada" \&\s-1CLDR 2.0\s0 did not define data for “ada”, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "ady" 4 .IX Item "ady" \&\s-1CLDR 2.0\s0 did not define data for “ady”, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "ae" 4 .IX Item "ae" \&\s-1CLDR 2.0\s0 did not define data for “ae”, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "af" 4 .IX Item "af" .Vb 2 \& get_plural_form($n, one, other) \& get_plural_form($n, one, other, special_zero) .Ve .IP "afa" 4 .IX Item "afa" \&\s-1CLDR 2.0\s0 did not define data for “afa”, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "afh" 4 .IX Item "afh" \&\s-1CLDR 2.0\s0 did not define data for “afh”, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "agq" 4 .IX Item "agq" .Vb 2 \& get_plural_form($n, other) \& get_plural_form($n, other, special_zero) .Ve .IP "ain" 4 .IX Item "ain" \&\s-1CLDR 2.0\s0 did not define data for “ain”, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "ak" 4 .IX Item "ak" .Vb 1 \& get_plural_form($n, one, other) .Ve .Sp Note: zero falls under a different category than “other” so there is no \*(L"“Special Zero” Argument\*(R" for ak .IP "akk" 4 .IX Item "akk" \&\s-1CLDR 2.0\s0 did not define data for “akk”, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "ale" 4 .IX Item "ale" \&\s-1CLDR 2.0\s0 did not define data for “ale”, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "alg" 4 .IX Item "alg" \&\s-1CLDR 2.0\s0 did not define data for “alg”, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "alt" 4 .IX Item "alt" \&\s-1CLDR 2.0\s0 did not define data for “alt”, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "am" 4 .IX Item "am" .Vb 1 \& get_plural_form($n, one, other) .Ve .Sp Note: zero falls under a different category than “other” so there is no \*(L"“Special Zero” Argument\*(R" for am .IP "an" 4 .IX Item "an" \&\s-1CLDR 2.0\s0 did not define data for “an”, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "ang" 4 .IX Item "ang" \&\s-1CLDR 2.0\s0 did not define data for “ang”, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "anp" 4 .IX Item "anp" \&\s-1CLDR 2.0\s0 did not define data for “anp”, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "apa" 4 .IX Item "apa" \&\s-1CLDR 2.0\s0 did not define data for “apa”, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "ar" 4 .IX Item "ar" .Vb 1 \& get_plural_form($n, one, two, few, many, zero, other) .Ve .Sp Note: zero falls under a different category than “other” so there is no \*(L"“Special Zero” Argument\*(R" for ar .IP "arc" 4 .IX Item "arc" \&\s-1CLDR 2.0\s0 did not define data for “arc”, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "arn" 4 .IX Item "arn" \&\s-1CLDR 2.0\s0 did not define data for “arn”, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "arp" 4 .IX Item "arp" \&\s-1CLDR 2.0\s0 did not define data for “arp”, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "art" 4 .IX Item "art" \&\s-1CLDR 2.0\s0 did not define data for “art”, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "arw" 4 .IX Item "arw" \&\s-1CLDR 2.0\s0 did not define data for “arw”, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "as" 4 .IX Item "as" .Vb 2 \& get_plural_form($n, other) \& get_plural_form($n, other, special_zero) .Ve .IP "asa" 4 .IX Item "asa" .Vb 2 \& get_plural_form($n, other) \& get_plural_form($n, other, special_zero) .Ve .IP "ast" 4 .IX Item "ast" \&\s-1CLDR 2.0\s0 did not define data for “ast”, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "ath" 4 .IX Item "ath" \&\s-1CLDR 2.0\s0 did not define data for “ath”, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "aus" 4 .IX Item "aus" \&\s-1CLDR 2.0\s0 did not define data for “aus”, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "av" 4 .IX Item "av" \&\s-1CLDR 2.0\s0 did not define data for “av”, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "awa" 4 .IX Item "awa" \&\s-1CLDR 2.0\s0 did not define data for “awa”, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "ay" 4 .IX Item "ay" \&\s-1CLDR 2.0\s0 did not define data for “ay”, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "az" 4 .IX Item "az" .Vb 2 \& get_plural_form($n, other) \& get_plural_form($n, other, special_zero) .Ve .IP "ba" 4 .IX Item "ba" \&\s-1CLDR 2.0\s0 did not define data for “ba”, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "bad" 4 .IX Item "bad" \&\s-1CLDR 2.0\s0 did not define data for “bad”, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "bai" 4 .IX Item "bai" \&\s-1CLDR 2.0\s0 did not define data for “bai”, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "bal" 4 .IX Item "bal" \&\s-1CLDR 2.0\s0 did not define data for “bal”, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "ban" 4 .IX Item "ban" \&\s-1CLDR 2.0\s0 did not define data for “ban”, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "bas" 4 .IX Item "bas" .Vb 2 \& get_plural_form($n, other) \& get_plural_form($n, other, special_zero) .Ve .IP "bat" 4 .IX Item "bat" \&\s-1CLDR 2.0\s0 did not define data for “bat”, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "be" 4 .IX Item "be" .Vb 1 \& get_plural_form($n, one, few, many, other) .Ve .Sp Note: zero falls under a different category than “other” so there is no \*(L"“Special Zero” Argument\*(R" for be .IP "bej" 4 .IX Item "bej" \&\s-1CLDR 2.0\s0 did not define data for “bej”, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "bem" 4 .IX Item "bem" .Vb 2 \& get_plural_form($n, one, other) \& get_plural_form($n, one, other, special_zero) .Ve .IP "ber" 4 .IX Item "ber" \&\s-1CLDR 2.0\s0 did not define data for “ber”, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "bez" 4 .IX Item "bez" .Vb 2 \& get_plural_form($n, other) \& get_plural_form($n, other, special_zero) .Ve .IP "bg" 4 .IX Item "bg" .Vb 2 \& get_plural_form($n, one, other) \& get_plural_form($n, one, other, special_zero) .Ve .IP "bh" 4 .IX Item "bh" \&\s-1CLDR 2.0\s0 did not define data for “bh”, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "bho" 4 .IX Item "bho" \&\s-1CLDR 2.0\s0 did not define data for “bho”, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "bi" 4 .IX Item "bi" \&\s-1CLDR 2.0\s0 did not define data for “bi”, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "bik" 4 .IX Item "bik" \&\s-1CLDR 2.0\s0 did not define data for “bik”, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "bin" 4 .IX Item "bin" \&\s-1CLDR 2.0\s0 did not define data for “bin”, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "bla" 4 .IX Item "bla" \&\s-1CLDR 2.0\s0 did not define data for “bla”, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "bm" 4 .IX Item "bm" .Vb 2 \& get_plural_form($n, other) \& get_plural_form($n, other, special_zero) .Ve .IP "bn" 4 .IX Item "bn" .Vb 2 \& get_plural_form($n, one, other) \& get_plural_form($n, one, other, special_zero) .Ve .IP "bnt" 4 .IX Item "bnt" \&\s-1CLDR 2.0\s0 did not define data for “bnt”, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "bo" 4 .IX Item "bo" .Vb 2 \& get_plural_form($n, other) \& get_plural_form($n, other, special_zero) .Ve .IP "br" 4 .IX Item "br" .Vb 1 \& get_plural_form($n, one, two, few, many, zero, other) .Ve .Sp Note: zero falls under a different category than “other” so there is no \*(L"“Special Zero” Argument\*(R" for br .IP "bra" 4 .IX Item "bra" \&\s-1CLDR 2.0\s0 did not define data for “bra”, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "brx" 4 .IX Item "brx" .Vb 2 \& get_plural_form($n, one, other) \& get_plural_form($n, one, other, special_zero) .Ve .IP "bs" 4 .IX Item "bs" .Vb 1 \& get_plural_form($n, one, few, many, other) .Ve .Sp Note: zero falls under a different category than “other” so there is no \*(L"“Special Zero” Argument\*(R" for bs .IP "btk" 4 .IX Item "btk" \&\s-1CLDR 2.0\s0 did not define data for “btk”, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "bua" 4 .IX Item "bua" \&\s-1CLDR 2.0\s0 did not define data for “bua”, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "bug" 4 .IX Item "bug" \&\s-1CLDR 2.0\s0 did not define data for “bug”, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "byn" 4 .IX Item "byn" .Vb 2 \& get_plural_form($n, other) \& get_plural_form($n, other, special_zero) .Ve .IP "ca" 4 .IX Item "ca" .Vb 2 \& get_plural_form($n, one, other) \& get_plural_form($n, one, other, special_zero) .Ve .IP "cad" 4 .IX Item "cad" \&\s-1CLDR 2.0\s0 did not define data for “cad”, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "cai" 4 .IX Item "cai" \&\s-1CLDR 2.0\s0 did not define data for “cai”, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "car" 4 .IX Item "car" \&\s-1CLDR 2.0\s0 did not define data for “car”, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "cau" 4 .IX Item "cau" \&\s-1CLDR 2.0\s0 did not define data for “cau”, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "cay" 4 .IX Item "cay" \&\s-1CLDR 2.0\s0 did not define data for “cay”, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "cch" 4 .IX Item "cch" .Vb 2 \& get_plural_form($n, other) \& get_plural_form($n, other, special_zero) .Ve .IP "ce" 4 .IX Item "ce" \&\s-1CLDR 2.0\s0 did not define data for “ce”, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "ceb" 4 .IX Item "ceb" \&\s-1CLDR 2.0\s0 did not define data for “ceb”, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "cel" 4 .IX Item "cel" \&\s-1CLDR 2.0\s0 did not define data for “cel”, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "cgg" 4 .IX Item "cgg" .Vb 2 \& get_plural_form($n, one, other) \& get_plural_form($n, one, other, special_zero) .Ve .IP "ch" 4 .IX Item "ch" \&\s-1CLDR 2.0\s0 did not define data for “ch”, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "chb" 4 .IX Item "chb" \&\s-1CLDR 2.0\s0 did not define data for “chb”, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "chg" 4 .IX Item "chg" \&\s-1CLDR 2.0\s0 did not define data for “chg”, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "chk" 4 .IX Item "chk" \&\s-1CLDR 2.0\s0 did not define data for “chk”, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "chm" 4 .IX Item "chm" \&\s-1CLDR 2.0\s0 did not define data for “chm”, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "chn" 4 .IX Item "chn" \&\s-1CLDR 2.0\s0 did not define data for “chn”, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "cho" 4 .IX Item "cho" \&\s-1CLDR 2.0\s0 did not define data for “cho”, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "chp" 4 .IX Item "chp" \&\s-1CLDR 2.0\s0 did not define data for “chp”, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "chr" 4 .IX Item "chr" .Vb 2 \& get_plural_form($n, one, other) \& get_plural_form($n, one, other, special_zero) .Ve .IP "chy" 4 .IX Item "chy" \&\s-1CLDR 2.0\s0 did not define data for “chy”, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "cmc" 4 .IX Item "cmc" \&\s-1CLDR 2.0\s0 did not define data for “cmc”, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "co" 4 .IX Item "co" \&\s-1CLDR 2.0\s0 did not define data for “co”, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "cop" 4 .IX Item "cop" \&\s-1CLDR 2.0\s0 did not define data for “cop”, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "cpe" 4 .IX Item "cpe" \&\s-1CLDR 2.0\s0 did not define data for “cpe”, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "cpf" 4 .IX Item "cpf" \&\s-1CLDR 2.0\s0 did not define data for “cpf”, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "cpp" 4 .IX Item "cpp" \&\s-1CLDR 2.0\s0 did not define data for “cpp”, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "cr" 4 .IX Item "cr" \&\s-1CLDR 2.0\s0 did not define data for “cr”, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "crh" 4 .IX Item "crh" \&\s-1CLDR 2.0\s0 did not define data for “crh”, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "crp" 4 .IX Item "crp" \&\s-1CLDR 2.0\s0 did not define data for “crp”, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "cs" 4 .IX Item "cs" .Vb 2 \& get_plural_form($n, one, few, other) \& get_plural_form($n, one, few, other, special_zero) .Ve .IP "csb" 4 .IX Item "csb" \&\s-1CLDR 2.0\s0 did not define data for “csb”, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "cu" 4 .IX Item "cu" \&\s-1CLDR 2.0\s0 did not define data for “cu”, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "cus" 4 .IX Item "cus" \&\s-1CLDR 2.0\s0 did not define data for “cus”, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "cv" 4 .IX Item "cv" \&\s-1CLDR 2.0\s0 did not define data for “cv”, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "cy" 4 .IX Item "cy" .Vb 1 \& get_plural_form($n, one, two, few, many, zero, other) .Ve .Sp Note: zero falls under a different category than “other” so there is no \*(L"“Special Zero” Argument\*(R" for cy .IP "da" 4 .IX Item "da" .Vb 2 \& get_plural_form($n, one, other) \& get_plural_form($n, one, other, special_zero) .Ve .IP "dak" 4 .IX Item "dak" \&\s-1CLDR 2.0\s0 did not define data for “dak”, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "dar" 4 .IX Item "dar" \&\s-1CLDR 2.0\s0 did not define data for “dar”, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "dav" 4 .IX Item "dav" .Vb 2 \& get_plural_form($n, other) \& get_plural_form($n, other, special_zero) .Ve .IP "day" 4 .IX Item "day" \&\s-1CLDR 2.0\s0 did not define data for “day”, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "de" 4 .IX Item "de" .Vb 2 \& get_plural_form($n, one, other) \& get_plural_form($n, one, other, special_zero) .Ve .IP "de_at" 4 .IX Item "de_at" .Vb 2 \& get_plural_form($n, one, other) \& get_plural_form($n, one, other, special_zero) .Ve .IP "de_ch" 4 .IX Item "de_ch" .Vb 2 \& get_plural_form($n, one, other) \& get_plural_form($n, one, other, special_zero) .Ve .IP "del" 4 .IX Item "del" \&\s-1CLDR 2.0\s0 did not define data for “del”, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "den" 4 .IX Item "den" \&\s-1CLDR 2.0\s0 did not define data for “den”, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "dgr" 4 .IX Item "dgr" \&\s-1CLDR 2.0\s0 did not define data for “dgr”, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "din" 4 .IX Item "din" \&\s-1CLDR 2.0\s0 did not define data for “din”, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "dje" 4 .IX Item "dje" .Vb 2 \& get_plural_form($n, other) \& get_plural_form($n, other, special_zero) .Ve .IP "doi" 4 .IX Item "doi" \&\s-1CLDR 2.0\s0 did not define data for “doi”, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "dra" 4 .IX Item "dra" \&\s-1CLDR 2.0\s0 did not define data for “dra”, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "dsb" 4 .IX Item "dsb" \&\s-1CLDR 2.0\s0 did not define data for “dsb”, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "dua" 4 .IX Item "dua" .Vb 2 \& get_plural_form($n, other) \& get_plural_form($n, other, special_zero) .Ve .IP "dum" 4 .IX Item "dum" \&\s-1CLDR 2.0\s0 did not define data for “dum”, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "dv" 4 .IX Item "dv" \&\s-1CLDR 2.0\s0 did not define data for “dv”, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "dyo" 4 .IX Item "dyo" .Vb 2 \& get_plural_form($n, other) \& get_plural_form($n, other, special_zero) .Ve .IP "dyu" 4 .IX Item "dyu" \&\s-1CLDR 2.0\s0 did not define data for “dyu”, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "dz" 4 .IX Item "dz" .Vb 2 \& get_plural_form($n, other) \& get_plural_form($n, other, special_zero) .Ve .IP "ebu" 4 .IX Item "ebu" .Vb 2 \& get_plural_form($n, other) \& get_plural_form($n, other, special_zero) .Ve .IP "ee" 4 .IX Item "ee" .Vb 2 \& get_plural_form($n, one, other) \& get_plural_form($n, one, other, special_zero) .Ve .IP "efi" 4 .IX Item "efi" \&\s-1CLDR 2.0\s0 did not define data for “efi”, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "egy" 4 .IX Item "egy" \&\s-1CLDR 2.0\s0 did not define data for “egy”, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "eka" 4 .IX Item "eka" \&\s-1CLDR 2.0\s0 did not define data for “eka”, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "el" 4 .IX Item "el" .Vb 2 \& get_plural_form($n, one, other) \& get_plural_form($n, one, other, special_zero) .Ve .IP "elx" 4 .IX Item "elx" \&\s-1CLDR 2.0\s0 did not define data for “elx”, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "en" 4 .IX Item "en" .Vb 2 \& get_plural_form($n, one, other) \& get_plural_form($n, one, other, special_zero) .Ve .IP "en_au" 4 .IX Item "en_au" .Vb 2 \& get_plural_form($n, one, other) \& get_plural_form($n, one, other, special_zero) .Ve .IP "en_ca" 4 .IX Item "en_ca" .Vb 2 \& get_plural_form($n, one, other) \& get_plural_form($n, one, other, special_zero) .Ve .IP "en_gb" 4 .IX Item "en_gb" .Vb 2 \& get_plural_form($n, one, other) \& get_plural_form($n, one, other, special_zero) .Ve .IP "en_us" 4 .IX Item "en_us" .Vb 2 \& get_plural_form($n, one, other) \& get_plural_form($n, one, other, special_zero) .Ve .IP "enm" 4 .IX Item "enm" \&\s-1CLDR 2.0\s0 did not define data for “enm”, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "eo" 4 .IX Item "eo" .Vb 2 \& get_plural_form($n, one, other) \& get_plural_form($n, one, other, special_zero) .Ve .IP "es" 4 .IX Item "es" .Vb 2 \& get_plural_form($n, one, other) \& get_plural_form($n, one, other, special_zero) .Ve .IP "es_419" 4 .IX Item "es_419" .Vb 2 \& get_plural_form($n, one, other) \& get_plural_form($n, one, other, special_zero) .Ve .IP "es_es" 4 .IX Item "es_es" .Vb 2 \& get_plural_form($n, one, other) \& get_plural_form($n, one, other, special_zero) .Ve .IP "et" 4 .IX Item "et" .Vb 2 \& get_plural_form($n, one, other) \& get_plural_form($n, one, other, special_zero) .Ve .IP "eu" 4 .IX Item "eu" .Vb 2 \& get_plural_form($n, one, other) \& get_plural_form($n, one, other, special_zero) .Ve .IP "ewo" 4 .IX Item "ewo" .Vb 2 \& get_plural_form($n, other) \& get_plural_form($n, other, special_zero) .Ve .IP "fa" 4 .IX Item "fa" .Vb 2 \& get_plural_form($n, other) \& get_plural_form($n, other, special_zero) .Ve .IP "fan" 4 .IX Item "fan" \&\s-1CLDR 2.0\s0 did not define data for “fan”, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "fat" 4 .IX Item "fat" \&\s-1CLDR 2.0\s0 did not define data for “fat”, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "ff" 4 .IX Item "ff" .Vb 1 \& get_plural_form($n, one, other) .Ve .Sp Note: zero falls under a different category than “other” so there is no \*(L"“Special Zero” Argument\*(R" for ff .IP "fi" 4 .IX Item "fi" .Vb 2 \& get_plural_form($n, one, other) \& get_plural_form($n, one, other, special_zero) .Ve .IP "fil" 4 .IX Item "fil" .Vb 1 \& get_plural_form($n, one, other) .Ve .Sp Note: zero falls under a different category than “other” so there is no \*(L"“Special Zero” Argument\*(R" for fil .IP "fiu" 4 .IX Item "fiu" \&\s-1CLDR 2.0\s0 did not define data for “fiu”, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "fj" 4 .IX Item "fj" \&\s-1CLDR 2.0\s0 did not define data for “fj”, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "fo" 4 .IX Item "fo" .Vb 2 \& get_plural_form($n, one, other) \& get_plural_form($n, one, other, special_zero) .Ve .IP "fon" 4 .IX Item "fon" \&\s-1CLDR 2.0\s0 did not define data for “fon”, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "fr" 4 .IX Item "fr" .Vb 1 \& get_plural_form($n, one, other) .Ve .Sp Note: zero falls under a different category than “other” so there is no \*(L"“Special Zero” Argument\*(R" for fr .IP "fr_ca" 4 .IX Item "fr_ca" .Vb 1 \& get_plural_form($n, one, other) .Ve .Sp Note: zero falls under a different category than “other” so there is no \*(L"“Special Zero” Argument\*(R" for fr_ca .IP "fr_ch" 4 .IX Item "fr_ch" .Vb 1 \& get_plural_form($n, one, other) .Ve .Sp Note: zero falls under a different category than “other” so there is no \*(L"“Special Zero” Argument\*(R" for fr_ch .IP "frm" 4 .IX Item "frm" \&\s-1CLDR 2.0\s0 did not define data for “frm”, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "fro" 4 .IX Item "fro" \&\s-1CLDR 2.0\s0 did not define data for “fro”, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "frr" 4 .IX Item "frr" \&\s-1CLDR 2.0\s0 did not define data for “frr”, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "frs" 4 .IX Item "frs" \&\s-1CLDR 2.0\s0 did not define data for “frs”, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "fur" 4 .IX Item "fur" .Vb 2 \& get_plural_form($n, one, other) \& get_plural_form($n, one, other, special_zero) .Ve .IP "fy" 4 .IX Item "fy" \&\s-1CLDR 2.0\s0 did not define data for “fy”, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "ga" 4 .IX Item "ga" .Vb 2 \& get_plural_form($n, one, two, other) \& get_plural_form($n, one, two, other, special_zero) .Ve .IP "gaa" 4 .IX Item "gaa" .Vb 2 \& get_plural_form($n, other) \& get_plural_form($n, other, special_zero) .Ve .IP "gay" 4 .IX Item "gay" \&\s-1CLDR 2.0\s0 did not define data for “gay”, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "gba" 4 .IX Item "gba" \&\s-1CLDR 2.0\s0 did not define data for “gba”, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "gd" 4 .IX Item "gd" \&\s-1CLDR 2.0\s0 did not define data for “gd”, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "gem" 4 .IX Item "gem" \&\s-1CLDR 2.0\s0 did not define data for “gem”, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "gez" 4 .IX Item "gez" \&\s-1CLDR 2.0\s0 did not define data for “gez”, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "gil" 4 .IX Item "gil" \&\s-1CLDR 2.0\s0 did not define data for “gil”, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "gl" 4 .IX Item "gl" .Vb 2 \& get_plural_form($n, one, other) \& get_plural_form($n, one, other, special_zero) .Ve .IP "gmh" 4 .IX Item "gmh" \&\s-1CLDR 2.0\s0 did not define data for “gmh”, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "gn" 4 .IX Item "gn" \&\s-1CLDR 2.0\s0 did not define data for “gn”, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "goh" 4 .IX Item "goh" \&\s-1CLDR 2.0\s0 did not define data for “goh”, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "gon" 4 .IX Item "gon" \&\s-1CLDR 2.0\s0 did not define data for “gon”, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "gor" 4 .IX Item "gor" \&\s-1CLDR 2.0\s0 did not define data for “gor”, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "got" 4 .IX Item "got" \&\s-1CLDR 2.0\s0 did not define data for “got”, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "grb" 4 .IX Item "grb" \&\s-1CLDR 2.0\s0 did not define data for “grb”, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "grc" 4 .IX Item "grc" \&\s-1CLDR 2.0\s0 did not define data for “grc”, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "gsw" 4 .IX Item "gsw" .Vb 2 \& get_plural_form($n, one, other) \& get_plural_form($n, one, other, special_zero) .Ve .IP "gu" 4 .IX Item "gu" .Vb 2 \& get_plural_form($n, one, other) \& get_plural_form($n, one, other, special_zero) .Ve .IP "guz" 4 .IX Item "guz" .Vb 2 \& get_plural_form($n, other) \& get_plural_form($n, other, special_zero) .Ve .IP "gv" 4 .IX Item "gv" .Vb 1 \& get_plural_form($n, one, other) .Ve .Sp Note: zero falls under a different category than “other” so there is no \*(L"“Special Zero” Argument\*(R" for gv .IP "gwi" 4 .IX Item "gwi" \&\s-1CLDR 2.0\s0 did not define data for “gwi”, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "ha" 4 .IX Item "ha" .Vb 2 \& get_plural_form($n, one, other) \& get_plural_form($n, one, other, special_zero) .Ve .IP "hai" 4 .IX Item "hai" \&\s-1CLDR 2.0\s0 did not define data for “hai”, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "haw" 4 .IX Item "haw" .Vb 2 \& get_plural_form($n, one, other) \& get_plural_form($n, one, other, special_zero) .Ve .IP "he" 4 .IX Item "he" .Vb 2 \& get_plural_form($n, one, other) \& get_plural_form($n, one, other, special_zero) .Ve .IP "hi" 4 .IX Item "hi" .Vb 1 \& get_plural_form($n, one, other) .Ve .Sp Note: zero falls under a different category than “other” so there is no \*(L"“Special Zero” Argument\*(R" for hi .IP "hil" 4 .IX Item "hil" \&\s-1CLDR 2.0\s0 did not define data for “hil”, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "him" 4 .IX Item "him" \&\s-1CLDR 2.0\s0 did not define data for “him”, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "hit" 4 .IX Item "hit" \&\s-1CLDR 2.0\s0 did not define data for “hit”, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "hmn" 4 .IX Item "hmn" \&\s-1CLDR 2.0\s0 did not define data for “hmn”, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "ho" 4 .IX Item "ho" \&\s-1CLDR 2.0\s0 did not define data for “ho”, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "hr" 4 .IX Item "hr" .Vb 1 \& get_plural_form($n, one, few, many, other) .Ve .Sp Note: zero falls under a different category than “other” so there is no \*(L"“Special Zero” Argument\*(R" for hr .IP "hsb" 4 .IX Item "hsb" \&\s-1CLDR 2.0\s0 did not define data for “hsb”, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "ht" 4 .IX Item "ht" \&\s-1CLDR 2.0\s0 did not define data for “ht”, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "hu" 4 .IX Item "hu" .Vb 2 \& get_plural_form($n, other) \& get_plural_form($n, other, special_zero) .Ve .IP "hup" 4 .IX Item "hup" \&\s-1CLDR 2.0\s0 did not define data for “hup”, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "hy" 4 .IX Item "hy" .Vb 2 \& get_plural_form($n, other) \& get_plural_form($n, other, special_zero) .Ve .IP "hz" 4 .IX Item "hz" \&\s-1CLDR 2.0\s0 did not define data for “hz”, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "ia" 4 .IX Item "ia" .Vb 2 \& get_plural_form($n, other) \& get_plural_form($n, other, special_zero) .Ve .IP "iba" 4 .IX Item "iba" \&\s-1CLDR 2.0\s0 did not define data for “iba”, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "id" 4 .IX Item "id" .Vb 2 \& get_plural_form($n, other) \& get_plural_form($n, other, special_zero) .Ve .IP "ie" 4 .IX Item "ie" \&\s-1CLDR 2.0\s0 did not define data for “ie”, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "ig" 4 .IX Item "ig" .Vb 2 \& get_plural_form($n, other) \& get_plural_form($n, other, special_zero) .Ve .IP "ii" 4 .IX Item "ii" .Vb 2 \& get_plural_form($n, other) \& get_plural_form($n, other, special_zero) .Ve .IP "ijo" 4 .IX Item "ijo" \&\s-1CLDR 2.0\s0 did not define data for “ijo”, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "ik" 4 .IX Item "ik" \&\s-1CLDR 2.0\s0 did not define data for “ik”, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "ilo" 4 .IX Item "ilo" \&\s-1CLDR 2.0\s0 did not define data for “ilo”, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "inc" 4 .IX Item "inc" \&\s-1CLDR 2.0\s0 did not define data for “inc”, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "ine" 4 .IX Item "ine" \&\s-1CLDR 2.0\s0 did not define data for “ine”, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "inh" 4 .IX Item "inh" \&\s-1CLDR 2.0\s0 did not define data for “inh”, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "io" 4 .IX Item "io" \&\s-1CLDR 2.0\s0 did not define data for “io”, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "ira" 4 .IX Item "ira" \&\s-1CLDR 2.0\s0 did not define data for “ira”, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "iro" 4 .IX Item "iro" \&\s-1CLDR 2.0\s0 did not define data for “iro”, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "is" 4 .IX Item "is" .Vb 2 \& get_plural_form($n, one, other) \& get_plural_form($n, one, other, special_zero) .Ve .IP "it" 4 .IX Item "it" .Vb 2 \& get_plural_form($n, one, other) \& get_plural_form($n, one, other, special_zero) .Ve .IP "iu" 4 .IX Item "iu" \&\s-1CLDR 2.0\s0 did not define data for “iu”, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "ja" 4 .IX Item "ja" .Vb 2 \& get_plural_form($n, other) \& get_plural_form($n, other, special_zero) .Ve .IP "jbo" 4 .IX Item "jbo" \&\s-1CLDR 2.0\s0 did not define data for “jbo”, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "jmc" 4 .IX Item "jmc" .Vb 2 \& get_plural_form($n, other) \& get_plural_form($n, other, special_zero) .Ve .IP "jpr" 4 .IX Item "jpr" \&\s-1CLDR 2.0\s0 did not define data for “jpr”, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "jrb" 4 .IX Item "jrb" \&\s-1CLDR 2.0\s0 did not define data for “jrb”, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "jv" 4 .IX Item "jv" \&\s-1CLDR 2.0\s0 did not define data for “jv”, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "ka" 4 .IX Item "ka" .Vb 2 \& get_plural_form($n, other) \& get_plural_form($n, other, special_zero) .Ve .IP "kaa" 4 .IX Item "kaa" \&\s-1CLDR 2.0\s0 did not define data for “kaa”, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "kab" 4 .IX Item "kab" .Vb 1 \& get_plural_form($n, one, other) .Ve .Sp Note: zero falls under a different category than “other” so there is no \*(L"“Special Zero” Argument\*(R" for kab .IP "kac" 4 .IX Item "kac" \&\s-1CLDR 2.0\s0 did not define data for “kac”, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "kaj" 4 .IX Item "kaj" .Vb 2 \& get_plural_form($n, other) \& get_plural_form($n, other, special_zero) .Ve .IP "kam" 4 .IX Item "kam" .Vb 2 \& get_plural_form($n, other) \& get_plural_form($n, other, special_zero) .Ve .IP "kar" 4 .IX Item "kar" \&\s-1CLDR 2.0\s0 did not define data for “kar”, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "kaw" 4 .IX Item "kaw" \&\s-1CLDR 2.0\s0 did not define data for “kaw”, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "kbd" 4 .IX Item "kbd" \&\s-1CLDR 2.0\s0 did not define data for “kbd”, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "kcg" 4 .IX Item "kcg" .Vb 2 \& get_plural_form($n, other) \& get_plural_form($n, other, special_zero) .Ve .IP "kde" 4 .IX Item "kde" .Vb 2 \& get_plural_form($n, other) \& get_plural_form($n, other, special_zero) .Ve .IP "kea" 4 .IX Item "kea" .Vb 2 \& get_plural_form($n, other) \& get_plural_form($n, other, special_zero) .Ve .IP "kfo" 4 .IX Item "kfo" \&\s-1CLDR 2.0\s0 did not define data for “kfo”, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "kg" 4 .IX Item "kg" \&\s-1CLDR 2.0\s0 did not define data for “kg”, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "kha" 4 .IX Item "kha" \&\s-1CLDR 2.0\s0 did not define data for “kha”, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "khi" 4 .IX Item "khi" \&\s-1CLDR 2.0\s0 did not define data for “khi”, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "kho" 4 .IX Item "kho" \&\s-1CLDR 2.0\s0 did not define data for “kho”, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "khq" 4 .IX Item "khq" .Vb 2 \& get_plural_form($n, other) \& get_plural_form($n, other, special_zero) .Ve .IP "ki" 4 .IX Item "ki" .Vb 2 \& get_plural_form($n, other) \& get_plural_form($n, other, special_zero) .Ve .IP "kj" 4 .IX Item "kj" \&\s-1CLDR 2.0\s0 did not define data for “kj”, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "kk" 4 .IX Item "kk" .Vb 2 \& get_plural_form($n, one, other) \& get_plural_form($n, one, other, special_zero) .Ve .IP "kl" 4 .IX Item "kl" .Vb 2 \& get_plural_form($n, one, other) \& get_plural_form($n, one, other, special_zero) .Ve .IP "kln" 4 .IX Item "kln" .Vb 2 \& get_plural_form($n, other) \& get_plural_form($n, other, special_zero) .Ve .IP "km" 4 .IX Item "km" .Vb 2 \& get_plural_form($n, other) \& get_plural_form($n, other, special_zero) .Ve .IP "kmb" 4 .IX Item "kmb" \&\s-1CLDR 2.0\s0 did not define data for “kmb”, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "kn" 4 .IX Item "kn" .Vb 2 \& get_plural_form($n, other) \& get_plural_form($n, other, special_zero) .Ve .IP "ko" 4 .IX Item "ko" .Vb 2 \& get_plural_form($n, other) \& get_plural_form($n, other, special_zero) .Ve .IP "kok" 4 .IX Item "kok" .Vb 2 \& get_plural_form($n, other) \& get_plural_form($n, other, special_zero) .Ve .IP "kos" 4 .IX Item "kos" \&\s-1CLDR 2.0\s0 did not define data for “kos”, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "kpe" 4 .IX Item "kpe" \&\s-1CLDR 2.0\s0 did not define data for “kpe”, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "kr" 4 .IX Item "kr" \&\s-1CLDR 2.0\s0 did not define data for “kr”, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "krc" 4 .IX Item "krc" \&\s-1CLDR 2.0\s0 did not define data for “krc”, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "krl" 4 .IX Item "krl" \&\s-1CLDR 2.0\s0 did not define data for “krl”, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "kro" 4 .IX Item "kro" \&\s-1CLDR 2.0\s0 did not define data for “kro”, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "kru" 4 .IX Item "kru" \&\s-1CLDR 2.0\s0 did not define data for “kru”, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "ks" 4 .IX Item "ks" \&\s-1CLDR 2.0\s0 did not define data for “ks”, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "ksb" 4 .IX Item "ksb" .Vb 2 \& get_plural_form($n, other) \& get_plural_form($n, other, special_zero) .Ve .IP "ksf" 4 .IX Item "ksf" .Vb 2 \& get_plural_form($n, other) \& get_plural_form($n, other, special_zero) .Ve .IP "ksh" 4 .IX Item "ksh" .Vb 1 \& get_plural_form($n, one, zero, other) .Ve .Sp Note: zero falls under a different category than “other” so there is no \*(L"“Special Zero” Argument\*(R" for ksh .IP "ku" 4 .IX Item "ku" .Vb 2 \& get_plural_form($n, one, other) \& get_plural_form($n, one, other, special_zero) .Ve .IP "kum" 4 .IX Item "kum" \&\s-1CLDR 2.0\s0 did not define data for “kum”, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "kut" 4 .IX Item "kut" \&\s-1CLDR 2.0\s0 did not define data for “kut”, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "kv" 4 .IX Item "kv" \&\s-1CLDR 2.0\s0 did not define data for “kv”, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "kw" 4 .IX Item "kw" .Vb 2 \& get_plural_form($n, one, two, other) \& get_plural_form($n, one, two, other, special_zero) .Ve .IP "ky" 4 .IX Item "ky" .Vb 2 \& get_plural_form($n, other) \& get_plural_form($n, other, special_zero) .Ve .IP "la" 4 .IX Item "la" \&\s-1CLDR 2.0\s0 did not define data for “la”, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "lad" 4 .IX Item "lad" \&\s-1CLDR 2.0\s0 did not define data for “lad”, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "lag" 4 .IX Item "lag" .Vb 1 \& get_plural_form($n, one, zero, other) .Ve .Sp Note: zero falls under a different category than “other” so there is no \*(L"“Special Zero” Argument\*(R" for lag .IP "lah" 4 .IX Item "lah" \&\s-1CLDR 2.0\s0 did not define data for “lah”, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "lam" 4 .IX Item "lam" \&\s-1CLDR 2.0\s0 did not define data for “lam”, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "lb" 4 .IX Item "lb" \&\s-1CLDR 2.0\s0 did not define data for “lb”, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "lez" 4 .IX Item "lez" \&\s-1CLDR 2.0\s0 did not define data for “lez”, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "lg" 4 .IX Item "lg" .Vb 2 \& get_plural_form($n, one, other) \& get_plural_form($n, one, other, special_zero) .Ve .IP "li" 4 .IX Item "li" \&\s-1CLDR 2.0\s0 did not define data for “li”, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "ln" 4 .IX Item "ln" .Vb 1 \& get_plural_form($n, one, other) .Ve .Sp Note: zero falls under a different category than “other” so there is no \*(L"“Special Zero” Argument\*(R" for ln .IP "lo" 4 .IX Item "lo" .Vb 2 \& get_plural_form($n, other) \& get_plural_form($n, other, special_zero) .Ve .IP "lol" 4 .IX Item "lol" \&\s-1CLDR 2.0\s0 did not define data for “lol”, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "loz" 4 .IX Item "loz" \&\s-1CLDR 2.0\s0 did not define data for “loz”, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "lt" 4 .IX Item "lt" .Vb 2 \& get_plural_form($n, one, few, other) \& get_plural_form($n, one, few, other, special_zero) .Ve .IP "lu" 4 .IX Item "lu" .Vb 2 \& get_plural_form($n, other) \& get_plural_form($n, other, special_zero) .Ve .IP "lua" 4 .IX Item "lua" \&\s-1CLDR 2.0\s0 did not define data for “lua”, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "lui" 4 .IX Item "lui" \&\s-1CLDR 2.0\s0 did not define data for “lui”, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "lun" 4 .IX Item "lun" \&\s-1CLDR 2.0\s0 did not define data for “lun”, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "luo" 4 .IX Item "luo" .Vb 2 \& get_plural_form($n, other) \& get_plural_form($n, other, special_zero) .Ve .IP "lus" 4 .IX Item "lus" \&\s-1CLDR 2.0\s0 did not define data for “lus”, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "luy" 4 .IX Item "luy" .Vb 2 \& get_plural_form($n, other) \& get_plural_form($n, other, special_zero) .Ve .IP "lv" 4 .IX Item "lv" .Vb 1 \& get_plural_form($n, one, zero, other) .Ve .Sp Note: zero falls under a different category than “other” so there is no \*(L"“Special Zero” Argument\*(R" for lv .IP "mad" 4 .IX Item "mad" \&\s-1CLDR 2.0\s0 did not define data for “mad”, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "mag" 4 .IX Item "mag" \&\s-1CLDR 2.0\s0 did not define data for “mag”, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "mai" 4 .IX Item "mai" \&\s-1CLDR 2.0\s0 did not define data for “mai”, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "mak" 4 .IX Item "mak" \&\s-1CLDR 2.0\s0 did not define data for “mak”, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "man" 4 .IX Item "man" \&\s-1CLDR 2.0\s0 did not define data for “man”, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "map" 4 .IX Item "map" \&\s-1CLDR 2.0\s0 did not define data for “map”, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "mas" 4 .IX Item "mas" .Vb 2 \& get_plural_form($n, one, other) \& get_plural_form($n, one, other, special_zero) .Ve .IP "mdf" 4 .IX Item "mdf" \&\s-1CLDR 2.0\s0 did not define data for “mdf”, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "mdr" 4 .IX Item "mdr" \&\s-1CLDR 2.0\s0 did not define data for “mdr”, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "men" 4 .IX Item "men" \&\s-1CLDR 2.0\s0 did not define data for “men”, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "mer" 4 .IX Item "mer" .Vb 2 \& get_plural_form($n, other) \& get_plural_form($n, other, special_zero) .Ve .IP "mfe" 4 .IX Item "mfe" .Vb 2 \& get_plural_form($n, other) \& get_plural_form($n, other, special_zero) .Ve .IP "mg" 4 .IX Item "mg" .Vb 1 \& get_plural_form($n, one, other) .Ve .Sp Note: zero falls under a different category than “other” so there is no \*(L"“Special Zero” Argument\*(R" for mg .IP "mga" 4 .IX Item "mga" \&\s-1CLDR 2.0\s0 did not define data for “mga”, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "mgh" 4 .IX Item "mgh" .Vb 2 \& get_plural_form($n, other) \& get_plural_form($n, other, special_zero) .Ve .IP "mh" 4 .IX Item "mh" \&\s-1CLDR 2.0\s0 did not define data for “mh”, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "mi" 4 .IX Item "mi" \&\s-1CLDR 2.0\s0 did not define data for “mi”, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "mic" 4 .IX Item "mic" \&\s-1CLDR 2.0\s0 did not define data for “mic”, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "min" 4 .IX Item "min" \&\s-1CLDR 2.0\s0 did not define data for “min”, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "mis" 4 .IX Item "mis" \&\s-1CLDR 2.0\s0 did not define data for “mis”, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "mk" 4 .IX Item "mk" .Vb 2 \& get_plural_form($n, one, other) \& get_plural_form($n, one, other, special_zero) .Ve .IP "mkh" 4 .IX Item "mkh" \&\s-1CLDR 2.0\s0 did not define data for “mkh”, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "ml" 4 .IX Item "ml" .Vb 2 \& get_plural_form($n, one, other) \& get_plural_form($n, one, other, special_zero) .Ve .IP "mn" 4 .IX Item "mn" .Vb 2 \& get_plural_form($n, one, other) \& get_plural_form($n, one, other, special_zero) .Ve .IP "mnc" 4 .IX Item "mnc" \&\s-1CLDR 2.0\s0 did not define data for “mnc”, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "mni" 4 .IX Item "mni" \&\s-1CLDR 2.0\s0 did not define data for “mni”, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "mno" 4 .IX Item "mno" \&\s-1CLDR 2.0\s0 did not define data for “mno”, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "mo" 4 .IX Item "mo" .Vb 1 \& get_plural_form($n, one, few, other) .Ve .Sp Note: zero falls under a different category than “other” so there is no \*(L"“Special Zero” Argument\*(R" for mo .IP "moh" 4 .IX Item "moh" \&\s-1CLDR 2.0\s0 did not define data for “moh”, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "mos" 4 .IX Item "mos" \&\s-1CLDR 2.0\s0 did not define data for “mos”, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "mr" 4 .IX Item "mr" .Vb 2 \& get_plural_form($n, one, other) \& get_plural_form($n, one, other, special_zero) .Ve .IP "ms" 4 .IX Item "ms" .Vb 2 \& get_plural_form($n, other) \& get_plural_form($n, other, special_zero) .Ve .IP "mt" 4 .IX Item "mt" .Vb 1 \& get_plural_form($n, one, few, many, other) .Ve .Sp Note: zero falls under a different category than “other” so there is no \*(L"“Special Zero” Argument\*(R" for mt .IP "mua" 4 .IX Item "mua" .Vb 2 \& get_plural_form($n, other) \& get_plural_form($n, other, special_zero) .Ve .IP "mul" 4 .IX Item "mul" \&\s-1CLDR 2.0\s0 did not define data for “mul”, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "mun" 4 .IX Item "mun" \&\s-1CLDR 2.0\s0 did not define data for “mun”, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "mus" 4 .IX Item "mus" \&\s-1CLDR 2.0\s0 did not define data for “mus”, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "mwl" 4 .IX Item "mwl" \&\s-1CLDR 2.0\s0 did not define data for “mwl”, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "mwr" 4 .IX Item "mwr" \&\s-1CLDR 2.0\s0 did not define data for “mwr”, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "my" 4 .IX Item "my" .Vb 2 \& get_plural_form($n, other) \& get_plural_form($n, other, special_zero) .Ve .IP "myn" 4 .IX Item "myn" \&\s-1CLDR 2.0\s0 did not define data for “myn”, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "myv" 4 .IX Item "myv" \&\s-1CLDR 2.0\s0 did not define data for “myv”, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "na" 4 .IX Item "na" \&\s-1CLDR 2.0\s0 did not define data for “na”, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "nah" 4 .IX Item "nah" \&\s-1CLDR 2.0\s0 did not define data for “nah”, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "nai" 4 .IX Item "nai" \&\s-1CLDR 2.0\s0 did not define data for “nai”, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "nap" 4 .IX Item "nap" \&\s-1CLDR 2.0\s0 did not define data for “nap”, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "naq" 4 .IX Item "naq" .Vb 2 \& get_plural_form($n, other) \& get_plural_form($n, other, special_zero) .Ve .IP "nb" 4 .IX Item "nb" .Vb 2 \& get_plural_form($n, one, other) \& get_plural_form($n, one, other, special_zero) .Ve .IP "nd" 4 .IX Item "nd" .Vb 2 \& get_plural_form($n, other) \& get_plural_form($n, other, special_zero) .Ve .IP "nds" 4 .IX Item "nds" .Vb 2 \& get_plural_form($n, other) \& get_plural_form($n, other, special_zero) .Ve .IP "ne" 4 .IX Item "ne" .Vb 2 \& get_plural_form($n, one, other) \& get_plural_form($n, one, other, special_zero) .Ve .IP "new" 4 .IX Item "new" \&\s-1CLDR 2.0\s0 did not define data for “new”, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "ng" 4 .IX Item "ng" \&\s-1CLDR 2.0\s0 did not define data for “ng”, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "nia" 4 .IX Item "nia" \&\s-1CLDR 2.0\s0 did not define data for “nia”, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "nic" 4 .IX Item "nic" \&\s-1CLDR 2.0\s0 did not define data for “nic”, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "niu" 4 .IX Item "niu" \&\s-1CLDR 2.0\s0 did not define data for “niu”, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "nl" 4 .IX Item "nl" .Vb 2 \& get_plural_form($n, one, other) \& get_plural_form($n, one, other, special_zero) .Ve .IP "nl_be" 4 .IX Item "nl_be" .Vb 2 \& get_plural_form($n, one, other) \& get_plural_form($n, one, other, special_zero) .Ve .IP "nmg" 4 .IX Item "nmg" .Vb 2 \& get_plural_form($n, other) \& get_plural_form($n, other, special_zero) .Ve .IP "nn" 4 .IX Item "nn" .Vb 2 \& get_plural_form($n, one, other) \& get_plural_form($n, one, other, special_zero) .Ve .IP "no" 4 .IX Item "no" .Vb 2 \& get_plural_form($n, one, other) \& get_plural_form($n, one, other, special_zero) .Ve .IP "nog" 4 .IX Item "nog" \&\s-1CLDR 2.0\s0 did not define data for “nog”, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "non" 4 .IX Item "non" \&\s-1CLDR 2.0\s0 did not define data for “non”, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "nqo" 4 .IX Item "nqo" \&\s-1CLDR 2.0\s0 did not define data for “nqo”, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "nr" 4 .IX Item "nr" .Vb 2 \& get_plural_form($n, other) \& get_plural_form($n, other, special_zero) .Ve .IP "nso" 4 .IX Item "nso" .Vb 1 \& get_plural_form($n, one, other) .Ve .Sp Note: zero falls under a different category than “other” so there is no \*(L"“Special Zero” Argument\*(R" for nso .IP "nub" 4 .IX Item "nub" \&\s-1CLDR 2.0\s0 did not define data for “nub”, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "nus" 4 .IX Item "nus" .Vb 2 \& get_plural_form($n, other) \& get_plural_form($n, other, special_zero) .Ve .IP "nv" 4 .IX Item "nv" \&\s-1CLDR 2.0\s0 did not define data for “nv”, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "nwc" 4 .IX Item "nwc" \&\s-1CLDR 2.0\s0 did not define data for “nwc”, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "ny" 4 .IX Item "ny" \&\s-1CLDR 2.0\s0 did not define data for “ny”, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "nym" 4 .IX Item "nym" \&\s-1CLDR 2.0\s0 did not define data for “nym”, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "nyn" 4 .IX Item "nyn" .Vb 2 \& get_plural_form($n, one, other) \& get_plural_form($n, one, other, special_zero) .Ve .IP "nyo" 4 .IX Item "nyo" \&\s-1CLDR 2.0\s0 did not define data for “nyo”, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "nzi" 4 .IX Item "nzi" \&\s-1CLDR 2.0\s0 did not define data for “nzi”, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "oc" 4 .IX Item "oc" .Vb 2 \& get_plural_form($n, other) \& get_plural_form($n, other, special_zero) .Ve .IP "oj" 4 .IX Item "oj" \&\s-1CLDR 2.0\s0 did not define data for “oj”, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "om" 4 .IX Item "om" .Vb 2 \& get_plural_form($n, one, other) \& get_plural_form($n, one, other, special_zero) .Ve .IP "or" 4 .IX Item "or" .Vb 2 \& get_plural_form($n, one, other) \& get_plural_form($n, one, other, special_zero) .Ve .IP "os" 4 .IX Item "os" \&\s-1CLDR 2.0\s0 did not define data for “os”, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "osa" 4 .IX Item "osa" \&\s-1CLDR 2.0\s0 did not define data for “osa”, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "ota" 4 .IX Item "ota" \&\s-1CLDR 2.0\s0 did not define data for “ota”, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "oto" 4 .IX Item "oto" \&\s-1CLDR 2.0\s0 did not define data for “oto”, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "pa" 4 .IX Item "pa" .Vb 2 \& get_plural_form($n, one, other) \& get_plural_form($n, one, other, special_zero) .Ve .IP "paa" 4 .IX Item "paa" \&\s-1CLDR 2.0\s0 did not define data for “paa”, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "pag" 4 .IX Item "pag" \&\s-1CLDR 2.0\s0 did not define data for “pag”, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "pal" 4 .IX Item "pal" \&\s-1CLDR 2.0\s0 did not define data for “pal”, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "pam" 4 .IX Item "pam" \&\s-1CLDR 2.0\s0 did not define data for “pam”, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "pap" 4 .IX Item "pap" \&\s-1CLDR 2.0\s0 did not define data for “pap”, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "pau" 4 .IX Item "pau" \&\s-1CLDR 2.0\s0 did not define data for “pau”, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "peo" 4 .IX Item "peo" \&\s-1CLDR 2.0\s0 did not define data for “peo”, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "phi" 4 .IX Item "phi" \&\s-1CLDR 2.0\s0 did not define data for “phi”, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "phn" 4 .IX Item "phn" \&\s-1CLDR 2.0\s0 did not define data for “phn”, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "pi" 4 .IX Item "pi" \&\s-1CLDR 2.0\s0 did not define data for “pi”, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "pl" 4 .IX Item "pl" .Vb 1 \& get_plural_form($n, one, few, many, other) .Ve .Sp Note: zero falls under a different category than “other” so there is no \*(L"“Special Zero” Argument\*(R" for pl .IP "pon" 4 .IX Item "pon" \&\s-1CLDR 2.0\s0 did not define data for “pon”, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "pra" 4 .IX Item "pra" \&\s-1CLDR 2.0\s0 did not define data for “pra”, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "pro" 4 .IX Item "pro" \&\s-1CLDR 2.0\s0 did not define data for “pro”, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "ps" 4 .IX Item "ps" .Vb 2 \& get_plural_form($n, one, other) \& get_plural_form($n, one, other, special_zero) .Ve .IP "pt" 4 .IX Item "pt" .Vb 2 \& get_plural_form($n, one, other) \& get_plural_form($n, one, other, special_zero) .Ve .IP "pt_br" 4 .IX Item "pt_br" .Vb 2 \& get_plural_form($n, one, other) \& get_plural_form($n, one, other, special_zero) .Ve .IP "pt_pt" 4 .IX Item "pt_pt" .Vb 2 \& get_plural_form($n, one, other) \& get_plural_form($n, one, other, special_zero) .Ve .IP "qu" 4 .IX Item "qu" \&\s-1CLDR 2.0\s0 did not define data for “qu”, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "raj" 4 .IX Item "raj" \&\s-1CLDR 2.0\s0 did not define data for “raj”, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "rap" 4 .IX Item "rap" \&\s-1CLDR 2.0\s0 did not define data for “rap”, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "rar" 4 .IX Item "rar" \&\s-1CLDR 2.0\s0 did not define data for “rar”, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "rm" 4 .IX Item "rm" .Vb 2 \& get_plural_form($n, one, other) \& get_plural_form($n, one, other, special_zero) .Ve .IP "rn" 4 .IX Item "rn" .Vb 2 \& get_plural_form($n, other) \& get_plural_form($n, other, special_zero) .Ve .IP "ro" 4 .IX Item "ro" .Vb 1 \& get_plural_form($n, one, few, other) .Ve .Sp Note: zero falls under a different category than “other” so there is no \*(L"“Special Zero” Argument\*(R" for ro .IP "roa" 4 .IX Item "roa" \&\s-1CLDR 2.0\s0 did not define data for “roa”, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "rof" 4 .IX Item "rof" .Vb 2 \& get_plural_form($n, other) \& get_plural_form($n, other, special_zero) .Ve .IP "rom" 4 .IX Item "rom" \&\s-1CLDR 2.0\s0 did not define data for “rom”, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "ru" 4 .IX Item "ru" .Vb 1 \& get_plural_form($n, one, few, many, other) .Ve .Sp Note: zero falls under a different category than “other” so there is no \*(L"“Special Zero” Argument\*(R" for ru .IP "rup" 4 .IX Item "rup" \&\s-1CLDR 2.0\s0 did not define data for “rup”, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "rw" 4 .IX Item "rw" .Vb 2 \& get_plural_form($n, other) \& get_plural_form($n, other, special_zero) .Ve .IP "rwk" 4 .IX Item "rwk" .Vb 2 \& get_plural_form($n, other) \& get_plural_form($n, other, special_zero) .Ve .IP "sa" 4 .IX Item "sa" \&\s-1CLDR 2.0\s0 did not define data for “sa”, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "sad" 4 .IX Item "sad" \&\s-1CLDR 2.0\s0 did not define data for “sad”, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "sah" 4 .IX Item "sah" .Vb 2 \& get_plural_form($n, other) \& get_plural_form($n, other, special_zero) .Ve .IP "sai" 4 .IX Item "sai" \&\s-1CLDR 2.0\s0 did not define data for “sai”, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "sal" 4 .IX Item "sal" \&\s-1CLDR 2.0\s0 did not define data for “sal”, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "sam" 4 .IX Item "sam" \&\s-1CLDR 2.0\s0 did not define data for “sam”, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "saq" 4 .IX Item "saq" .Vb 2 \& get_plural_form($n, one, other) \& get_plural_form($n, one, other, special_zero) .Ve .IP "sas" 4 .IX Item "sas" \&\s-1CLDR 2.0\s0 did not define data for “sas”, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "sat" 4 .IX Item "sat" \&\s-1CLDR 2.0\s0 did not define data for “sat”, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "sbp" 4 .IX Item "sbp" .Vb 2 \& get_plural_form($n, other) \& get_plural_form($n, other, special_zero) .Ve .IP "sc" 4 .IX Item "sc" \&\s-1CLDR 2.0\s0 did not define data for “sc”, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "scn" 4 .IX Item "scn" \&\s-1CLDR 2.0\s0 did not define data for “scn”, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "sco" 4 .IX Item "sco" \&\s-1CLDR 2.0\s0 did not define data for “sco”, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "sd" 4 .IX Item "sd" \&\s-1CLDR 2.0\s0 did not define data for “sd”, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "se" 4 .IX Item "se" .Vb 2 \& get_plural_form($n, one, two, other) \& get_plural_form($n, one, two, other, special_zero) .Ve .IP "see" 4 .IX Item "see" \&\s-1CLDR 2.0\s0 did not define data for “see”, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "seh" 4 .IX Item "seh" .Vb 2 \& get_plural_form($n, other) \& get_plural_form($n, other, special_zero) .Ve .IP "sel" 4 .IX Item "sel" \&\s-1CLDR 2.0\s0 did not define data for “sel”, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "sem" 4 .IX Item "sem" \&\s-1CLDR 2.0\s0 did not define data for “sem”, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "ses" 4 .IX Item "ses" .Vb 2 \& get_plural_form($n, other) \& get_plural_form($n, other, special_zero) .Ve .IP "sg" 4 .IX Item "sg" .Vb 2 \& get_plural_form($n, other) \& get_plural_form($n, other, special_zero) .Ve .IP "sga" 4 .IX Item "sga" \&\s-1CLDR 2.0\s0 did not define data for “sga”, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "sgn" 4 .IX Item "sgn" \&\s-1CLDR 2.0\s0 did not define data for “sgn”, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "sh" 4 .IX Item "sh" .Vb 1 \& get_plural_form($n, one, few, many, other) .Ve .Sp Note: zero falls under a different category than “other” so there is no \*(L"“Special Zero” Argument\*(R" for sh .IP "shi" 4 .IX Item "shi" .Vb 1 \& get_plural_form($n, one, few, other) .Ve .Sp Note: zero falls under a different category than “other” so there is no \*(L"“Special Zero” Argument\*(R" for shi .IP "shn" 4 .IX Item "shn" \&\s-1CLDR 2.0\s0 did not define data for “shn”, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "si" 4 .IX Item "si" .Vb 2 \& get_plural_form($n, other) \& get_plural_form($n, other, special_zero) .Ve .IP "sid" 4 .IX Item "sid" .Vb 2 \& get_plural_form($n, other) \& get_plural_form($n, other, special_zero) .Ve .IP "sio" 4 .IX Item "sio" \&\s-1CLDR 2.0\s0 did not define data for “sio”, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "sit" 4 .IX Item "sit" \&\s-1CLDR 2.0\s0 did not define data for “sit”, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "sk" 4 .IX Item "sk" .Vb 2 \& get_plural_form($n, one, few, other) \& get_plural_form($n, one, few, other, special_zero) .Ve .IP "sl" 4 .IX Item "sl" .Vb 2 \& get_plural_form($n, one, two, few, other) \& get_plural_form($n, one, two, few, other, special_zero) .Ve .IP "sla" 4 .IX Item "sla" \&\s-1CLDR 2.0\s0 did not define data for “sla”, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "sm" 4 .IX Item "sm" \&\s-1CLDR 2.0\s0 did not define data for “sm”, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "sma" 4 .IX Item "sma" \&\s-1CLDR 2.0\s0 did not define data for “sma”, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "smi" 4 .IX Item "smi" \&\s-1CLDR 2.0\s0 did not define data for “smi”, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "smj" 4 .IX Item "smj" \&\s-1CLDR 2.0\s0 did not define data for “smj”, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "smn" 4 .IX Item "smn" \&\s-1CLDR 2.0\s0 did not define data for “smn”, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "sms" 4 .IX Item "sms" \&\s-1CLDR 2.0\s0 did not define data for “sms”, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "sn" 4 .IX Item "sn" .Vb 2 \& get_plural_form($n, other) \& get_plural_form($n, other, special_zero) .Ve .IP "snk" 4 .IX Item "snk" \&\s-1CLDR 2.0\s0 did not define data for “snk”, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "so" 4 .IX Item "so" .Vb 2 \& get_plural_form($n, one, other) \& get_plural_form($n, one, other, special_zero) .Ve .IP "sog" 4 .IX Item "sog" \&\s-1CLDR 2.0\s0 did not define data for “sog”, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "son" 4 .IX Item "son" \&\s-1CLDR 2.0\s0 did not define data for “son”, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "sq" 4 .IX Item "sq" .Vb 2 \& get_plural_form($n, one, other) \& get_plural_form($n, one, other, special_zero) .Ve .IP "sr" 4 .IX Item "sr" .Vb 1 \& get_plural_form($n, one, few, many, other) .Ve .Sp Note: zero falls under a different category than “other” so there is no \*(L"“Special Zero” Argument\*(R" for sr .IP "srn" 4 .IX Item "srn" \&\s-1CLDR 2.0\s0 did not define data for “srn”, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "srr" 4 .IX Item "srr" \&\s-1CLDR 2.0\s0 did not define data for “srr”, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "ss" 4 .IX Item "ss" .Vb 2 \& get_plural_form($n, other) \& get_plural_form($n, other, special_zero) .Ve .IP "ssa" 4 .IX Item "ssa" \&\s-1CLDR 2.0\s0 did not define data for “ssa”, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "ssy" 4 .IX Item "ssy" .Vb 2 \& get_plural_form($n, one, other) \& get_plural_form($n, one, other, special_zero) .Ve .IP "st" 4 .IX Item "st" .Vb 2 \& get_plural_form($n, other) \& get_plural_form($n, other, special_zero) .Ve .IP "su" 4 .IX Item "su" \&\s-1CLDR 2.0\s0 did not define data for “su”, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "suk" 4 .IX Item "suk" \&\s-1CLDR 2.0\s0 did not define data for “suk”, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "sus" 4 .IX Item "sus" \&\s-1CLDR 2.0\s0 did not define data for “sus”, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "sux" 4 .IX Item "sux" \&\s-1CLDR 2.0\s0 did not define data for “sux”, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "sv" 4 .IX Item "sv" .Vb 2 \& get_plural_form($n, one, other) \& get_plural_form($n, one, other, special_zero) .Ve .IP "sw" 4 .IX Item "sw" .Vb 2 \& get_plural_form($n, one, other) \& get_plural_form($n, one, other, special_zero) .Ve .IP "swb" 4 .IX Item "swb" \&\s-1CLDR 2.0\s0 did not define data for “swb”, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "swc" 4 .IX Item "swc" .Vb 2 \& get_plural_form($n, other) \& get_plural_form($n, other, special_zero) .Ve .IP "syc" 4 .IX Item "syc" \&\s-1CLDR 2.0\s0 did not define data for “syc”, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "syr" 4 .IX Item "syr" \&\s-1CLDR 2.0\s0 did not define data for “syr”, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "ta" 4 .IX Item "ta" .Vb 2 \& get_plural_form($n, one, other) \& get_plural_form($n, one, other, special_zero) .Ve .IP "tai" 4 .IX Item "tai" \&\s-1CLDR 2.0\s0 did not define data for “tai”, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "te" 4 .IX Item "te" .Vb 2 \& get_plural_form($n, one, other) \& get_plural_form($n, one, other, special_zero) .Ve .IP "tem" 4 .IX Item "tem" \&\s-1CLDR 2.0\s0 did not define data for “tem”, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "teo" 4 .IX Item "teo" .Vb 2 \& get_plural_form($n, other) \& get_plural_form($n, other, special_zero) .Ve .IP "ter" 4 .IX Item "ter" \&\s-1CLDR 2.0\s0 did not define data for “ter”, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "tet" 4 .IX Item "tet" \&\s-1CLDR 2.0\s0 did not define data for “tet”, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "tg" 4 .IX Item "tg" .Vb 2 \& get_plural_form($n, other) \& get_plural_form($n, other, special_zero) .Ve .IP "th" 4 .IX Item "th" .Vb 2 \& get_plural_form($n, other) \& get_plural_form($n, other, special_zero) .Ve .IP "ti" 4 .IX Item "ti" .Vb 1 \& get_plural_form($n, one, other) .Ve .Sp Note: zero falls under a different category than “other” so there is no \*(L"“Special Zero” Argument\*(R" for ti .IP "tig" 4 .IX Item "tig" .Vb 2 \& get_plural_form($n, other) \& get_plural_form($n, other, special_zero) .Ve .IP "tiv" 4 .IX Item "tiv" \&\s-1CLDR 2.0\s0 did not define data for “tiv”, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "tk" 4 .IX Item "tk" \&\s-1CLDR 2.0\s0 did not define data for “tk”, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "tkl" 4 .IX Item "tkl" \&\s-1CLDR 2.0\s0 did not define data for “tkl”, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "tl" 4 .IX Item "tl" .Vb 1 \& get_plural_form($n, one, other) .Ve .Sp Note: zero falls under a different category than “other” so there is no \*(L"“Special Zero” Argument\*(R" for tl .IP "tlh" 4 .IX Item "tlh" \&\s-1CLDR 2.0\s0 did not define data for “tlh”, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "tli" 4 .IX Item "tli" \&\s-1CLDR 2.0\s0 did not define data for “tli”, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "tmh" 4 .IX Item "tmh" \&\s-1CLDR 2.0\s0 did not define data for “tmh”, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "tn" 4 .IX Item "tn" .Vb 2 \& get_plural_form($n, other) \& get_plural_form($n, other, special_zero) .Ve .IP "to" 4 .IX Item "to" .Vb 2 \& get_plural_form($n, other) \& get_plural_form($n, other, special_zero) .Ve .IP "tog" 4 .IX Item "tog" \&\s-1CLDR 2.0\s0 did not define data for “tog”, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "tpi" 4 .IX Item "tpi" \&\s-1CLDR 2.0\s0 did not define data for “tpi”, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "tr" 4 .IX Item "tr" .Vb 2 \& get_plural_form($n, other) \& get_plural_form($n, other, special_zero) .Ve .IP "trv" 4 .IX Item "trv" .Vb 2 \& get_plural_form($n, other) \& get_plural_form($n, other, special_zero) .Ve .IP "ts" 4 .IX Item "ts" .Vb 2 \& get_plural_form($n, other) \& get_plural_form($n, other, special_zero) .Ve .IP "tsi" 4 .IX Item "tsi" \&\s-1CLDR 2.0\s0 did not define data for “tsi”, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "tt" 4 .IX Item "tt" \&\s-1CLDR 2.0\s0 did not define data for “tt”, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "tum" 4 .IX Item "tum" \&\s-1CLDR 2.0\s0 did not define data for “tum”, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "tup" 4 .IX Item "tup" \&\s-1CLDR 2.0\s0 did not define data for “tup”, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "tut" 4 .IX Item "tut" \&\s-1CLDR 2.0\s0 did not define data for “tut”, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "tvl" 4 .IX Item "tvl" \&\s-1CLDR 2.0\s0 did not define data for “tvl”, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "tw" 4 .IX Item "tw" \&\s-1CLDR 2.0\s0 did not define data for “tw”, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "twq" 4 .IX Item "twq" .Vb 2 \& get_plural_form($n, other) \& get_plural_form($n, other, special_zero) .Ve .IP "ty" 4 .IX Item "ty" \&\s-1CLDR 2.0\s0 did not define data for “ty”, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "tyv" 4 .IX Item "tyv" \&\s-1CLDR 2.0\s0 did not define data for “tyv”, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "tzm" 4 .IX Item "tzm" .Vb 1 \& get_plural_form($n, one, other) .Ve .Sp Note: zero falls under a different category than “other” so there is no \*(L"“Special Zero” Argument\*(R" for tzm .IP "udm" 4 .IX Item "udm" \&\s-1CLDR 2.0\s0 did not define data for “udm”, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "ug" 4 .IX Item "ug" \&\s-1CLDR 2.0\s0 did not define data for “ug”, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "uga" 4 .IX Item "uga" \&\s-1CLDR 2.0\s0 did not define data for “uga”, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "uk" 4 .IX Item "uk" .Vb 1 \& get_plural_form($n, one, few, many, other) .Ve .Sp Note: zero falls under a different category than “other” so there is no \*(L"“Special Zero” Argument\*(R" for uk .IP "umb" 4 .IX Item "umb" \&\s-1CLDR 2.0\s0 did not define data for “umb”, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "und" 4 .IX Item "und" \&\s-1CLDR 2.0\s0 did not define data for “und”, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "ur" 4 .IX Item "ur" .Vb 2 \& get_plural_form($n, one, other) \& get_plural_form($n, one, other, special_zero) .Ve .IP "uz" 4 .IX Item "uz" .Vb 2 \& get_plural_form($n, other) \& get_plural_form($n, other, special_zero) .Ve .IP "vai" 4 .IX Item "vai" .Vb 2 \& get_plural_form($n, other) \& get_plural_form($n, other, special_zero) .Ve .IP "ve" 4 .IX Item "ve" .Vb 2 \& get_plural_form($n, other) \& get_plural_form($n, other, special_zero) .Ve .IP "vi" 4 .IX Item "vi" .Vb 2 \& get_plural_form($n, other) \& get_plural_form($n, other, special_zero) .Ve .IP "vo" 4 .IX Item "vo" \&\s-1CLDR 2.0\s0 did not define data for “vo”, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "vot" 4 .IX Item "vot" \&\s-1CLDR 2.0\s0 did not define data for “vot”, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "vun" 4 .IX Item "vun" .Vb 2 \& get_plural_form($n, other) \& get_plural_form($n, other, special_zero) .Ve .IP "wa" 4 .IX Item "wa" \&\s-1CLDR 2.0\s0 did not define data for “wa”, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "wae" 4 .IX Item "wae" .Vb 2 \& get_plural_form($n, one, other) \& get_plural_form($n, one, other, special_zero) .Ve .IP "wak" 4 .IX Item "wak" \&\s-1CLDR 2.0\s0 did not define data for “wak”, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "wal" 4 .IX Item "wal" .Vb 2 \& get_plural_form($n, other) \& get_plural_form($n, other, special_zero) .Ve .IP "war" 4 .IX Item "war" \&\s-1CLDR 2.0\s0 did not define data for “war”, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "was" 4 .IX Item "was" \&\s-1CLDR 2.0\s0 did not define data for “was”, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "wen" 4 .IX Item "wen" \&\s-1CLDR 2.0\s0 did not define data for “wen”, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "wo" 4 .IX Item "wo" \&\s-1CLDR 2.0\s0 did not define data for “wo”, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "xal" 4 .IX Item "xal" \&\s-1CLDR 2.0\s0 did not define data for “xal”, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "xh" 4 .IX Item "xh" .Vb 2 \& get_plural_form($n, other) \& get_plural_form($n, other, special_zero) .Ve .IP "xog" 4 .IX Item "xog" .Vb 2 \& get_plural_form($n, one, other) \& get_plural_form($n, one, other, special_zero) .Ve .IP "yao" 4 .IX Item "yao" \&\s-1CLDR 2.0\s0 did not define data for “yao”, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "yap" 4 .IX Item "yap" \&\s-1CLDR 2.0\s0 did not define data for “yap”, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "yav" 4 .IX Item "yav" .Vb 2 \& get_plural_form($n, other) \& get_plural_form($n, other, special_zero) .Ve .IP "yi" 4 .IX Item "yi" \&\s-1CLDR 2.0\s0 did not define data for “yi”, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "yo" 4 .IX Item "yo" .Vb 2 \& get_plural_form($n, other) \& get_plural_form($n, other, special_zero) .Ve .IP "ypk" 4 .IX Item "ypk" \&\s-1CLDR 2.0\s0 did not define data for “ypk”, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "yue" 4 .IX Item "yue" \&\s-1CLDR 2.0\s0 did not define data for “yue”, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "za" 4 .IX Item "za" \&\s-1CLDR 2.0\s0 did not define data for “za”, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "zap" 4 .IX Item "zap" \&\s-1CLDR 2.0\s0 did not define data for “zap”, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "zbl" 4 .IX Item "zbl" \&\s-1CLDR 2.0\s0 did not define data for “zbl”, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "zen" 4 .IX Item "zen" \&\s-1CLDR 2.0\s0 did not define data for “zen”, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "zh" 4 .IX Item "zh" .Vb 2 \& get_plural_form($n, other) \& get_plural_form($n, other, special_zero) .Ve .IP "znd" 4 .IX Item "znd" \&\s-1CLDR 2.0\s0 did not define data for “znd”, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "zu" 4 .IX Item "zu" .Vb 2 \& get_plural_form($n, one, other) \& get_plural_form($n, one, other, special_zero) .Ve .IP "zun" 4 .IX Item "zun" \&\s-1CLDR 2.0\s0 did not define data for “zun”, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "zxx" 4 .IX Item "zxx" \&\s-1CLDR 2.0\s0 did not define data for “zxx”, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .IP "zza" 4 .IX Item "zza" \&\s-1CLDR 2.0\s0 did not define data for “zza”, thus it will fallback to \*(L"en\*(R" behavior. .Sp You can submit the missing data to the \s-1CLDR\s0 if you wish. .SH "BUGS AND LIMITATIONS" .IX Header "BUGS AND LIMITATIONS" Please see \*(L"\s-1BUGS AND LIMITATIONS\*(R"\s0 in Locales .SS "\s-1BEFORE YOU SUBMIT A BUG REPORT\s0" .IX Subsection "BEFORE YOU SUBMIT A BUG REPORT" Please see \*(L"\s-1BEFORE YOU SUBMIT A BUG REPORT\*(R"\s0 in Locales .SH "AUTHOR" .IX Header "AUTHOR" Daniel Muey \f(CW\*(C`\*(C'\fR .SH "LICENCE AND COPYRIGHT" .IX Header "LICENCE AND COPYRIGHT" Copyright (c) 2009, Daniel Muey \f(CW\*(C`\*(C'\fR. All rights reserved. .PP This module is free software; you can redistribute it and/or modify it under the same terms as Perl itself. See perlartistic. .SH "DISCLAIMER OF WARRANTY" .IX Header "DISCLAIMER OF WARRANTY" \&\s-1BECAUSE THIS SOFTWARE IS LICENSED FREE OF CHARGE, THERE IS NO WARRANTY FOR THE SOFTWARE, TO THE EXTENT PERMITTED BY APPLICABLE LAW. EXCEPT WHEN OTHERWISE STATED IN WRITING THE COPYRIGHT HOLDERS AND/OR OTHER PARTIES PROVIDE THE SOFTWARE \*(L"AS IS\*(R" WITHOUT WARRANTY OF ANY KIND, EITHER EXPRESSED OR IMPLIED, INCLUDING, BUT NOT LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR A PARTICULAR PURPOSE. THE ENTIRE RISK AS TO THE QUALITY AND PERFORMANCE OF THE SOFTWARE IS WITH YOU. SHOULD THE SOFTWARE PROVE DEFECTIVE, YOU ASSUME THE COST OF ALL NECESSARY SERVICING, REPAIR, OR CORRECTION.\s0 .PP \&\s-1IN NO EVENT UNLESS REQUIRED BY APPLICABLE LAW OR AGREED TO IN WRITING WILL ANY COPYRIGHT HOLDER, OR ANY OTHER PARTY WHO MAY MODIFY AND/OR REDISTRIBUTE THE SOFTWARE AS PERMITTED BY THE ABOVE LICENCE, BE LIABLE TO YOU FOR DAMAGES, INCLUDING ANY GENERAL, SPECIAL, INCIDENTAL, OR CONSEQUENTIAL DAMAGES ARISING OUT OF THE USE OR INABILITY TO USE THE SOFTWARE\s0 (\s-1INCLUDING BUT NOT LIMITED TO LOSS OF DATA OR DATA BEING RENDERED INACCURATE OR LOSSES SUSTAINED BY YOU OR THIRD PARTIES OR A FAILURE OF THE SOFTWARE TO OPERATE WITH ANY OTHER SOFTWARE\s0), \s-1EVEN IF SUCH HOLDER OR OTHER PARTY HAS BEEN ADVISED OF THE POSSIBILITY OF SUCH DAMAGES.\s0