Remove .graphs fossils

S02-bits.pod

@@ -625,7 +625,7 @@ performance issues they have in Perl 5.
 
 To get the number of elements in an array, use the C<.elems> method.  You
 can also ask for the total string length of an array's elements, in
-codepoints or graphemes, using these methods, C<.codes> or C<.graphs>
+codepoints or graphemes, using these methods, C<.codes> or C<.chars>
 respectively on the array.  The same methods apply to strings as well.
 (Note that C<.codes> is not well-defined unless you know which
 canonicalization is in effect.  Hence, it allows an optional argument to

S15-unicode.pod

@@ -52,7 +52,7 @@ string.
 
 Perl 6 by default operates on graphemes, so counting by graphemes involves:
 
-    "string".chars or "string".graphs
+    "string".chars
 
 To count by codepoints, conversion of a string to one of NFC, NFD, NFKC, or NFKD
 is needed:
@@ -162,7 +162,6 @@ to-Standard list of numbers.
 =head2 Length Methods
 
     Str.chars
-    Str.graphs
 
 These methods are equivalent, and count the number of graphemes in your string.
 

S32-setting-library/Str.pod

@@ -161,12 +161,6 @@ This word is banned in Perl 6.  You must specify units.
 Returns the number of characters in the string in the current
 (lexically scoped) idea of what a normal character is, usually graphemes.
 
-=item graphs
-
- multi method graphs ( Str $string: --> Int ) is export
-
-Returns the number of graphemes in the string in a language-independent way.
-
 =item codes
 
  multi method codes ( Str $string: $nf = $?NF --> Int ) is export

S99-glossary.pod

@@ -351,8 +351,7 @@ Perl 6 has a codepoint per character. That leads to O(1) performance
 for many string operations. Depending on the level of abstraction, the
 length of a given string differs. The abstractions are bytes, codepoints and
 graphemes and the relevant methods are respectively L<.bytes>, L<.codes>,
-L<.graphs>. L<.chars> returns the length for the default level of astraction
-of a given string type.
+L<.chars>.
 
 =head2 channel