NAME¶

SYNOPSIS¶

  use Lingua::EN::Numbers::Ordinate;
  print ordinate(4), "\n";
   # prints 4th
  print ordinate(-342), "\n";
   # prints -342nd

  # Example of actual use:
  ...
  for(my $i = 0; $i < @records; $i++) {
    unless(is_valid($record[$i]) {
      warn "The ", ordinate($i), " record is invalid!\n"; 
      next;
    }
    ...
  }

DESCRIPTION¶

FUNCTIONS¶

ordinate(SCALAR)

Returns a string consisting of that scalar's string form, plus the appropriate ordinal suffix. Example: "ordinate(23)" returns "23rd".

As a special case, "ordinate(undef)" and "ordinate("")" return "0th", not "th".

This function is exported by default.

th(SCALAR)

Merely an alias for "ordinate", but not exported by default.

ordsuf(SCALAR)

Returns just the appropriate ordinal suffix for the given scalar numeric value. This is what "ordinate" uses to actually do its work. For example, ordsuf(3) is "rd".

Not exported by default.

The above functions are all prototyped to take a scalar value, so "ordinate(@stuff)" is the same as "ordinate(scalar @stuff)".

CAVEATS¶

* As is unavoidable, "ordinate(0256)" returns "174th" (because ordinate sees the value 174). Similarly, "ordinate(1E12)" returns "1000000000000th". Returning "trillionth" would be nice, but that's an awfully atypical case.

* Note that this library's algorithm (as well as the basic concept and implementation of ordinal numbers) is totally language specific.

To pick a trivial example, consider that in French, 1 ordinates as "1ier", whereas 41 ordinates as "41ieme".

STILL NOT SATISFIED?¶

  use Lingua::EN::Numbers::Ordinate qw(ordinate th);
  ...
  print th($n), " entry processed...\n";
  ...

Try this bit of lunacy:

  {
    my $th_object;
    sub _th () { $th_object }

    package Lingua::EN::Numbers::Ordinate::Overloader;
    my $x; # Gotta have something to bless.
    $th_object = bless \$x; # Define the object now, which _th returns
    use Carp ();
    use Lingua::EN::Numbers::Ordinate ();
    sub overordinate {
      Carp::croak "_th should be used only as postfix!" unless $_[2];
      Lingua::EN::Numbers::Ordinate::ordinate($_[1]);
    }
    use overload '&' => \&overordinate;
  }

Then you get to do:

  print 3 & _th, "\n";
    # prints "3rd"
  
  print 1 + 2 & _th, "\n";
    # prints "3rd" too!
    # Because of the precedence of & !
  
  print _th & 3, "\n";
    # dies with: "th should be used only as postfix!"

Kooky, isn't it? For more delightful deleria like this, see Damian Conway's Object Oriented Perl from Manning Press.

Kinda makes you like th(3), doesn't it?

SEE ALSO¶

Lingua::EN::Number::IsOrdinal provides an "is_ordinal" function, which returns true if passed an ordinal number.

REPOSITORY¶

COPYRIGHT¶

This library is free software; you can redistribute it and/or modify it under the same terms as Perl itself.

AUTHOR¶