Reflow while revising #1803

Author: JJ

doc/Type/Any.pod6

@@ -117,10 +117,10 @@ Defined as:
 
     method push(|values --> Positional:D)
 
-The method push is defined for undefined invocants and allows for
-autovivifying undefined to an empty L<Array|/type/Array>, unless the undefined value
-implements L<Positional|/type/Positional> already. The argument provided will then be pushed
-into the newly created Array.
+The method push is defined for undefined invocants and allows for autovivifying
+undefined to an empty L<Array|/type/Array>, unless the undefined value
+implements L<Positional|/type/Positional> already. The argument provided will
+then be pushed into the newly created Array.
 
     my %h;
     say %h<a>;     # OUTPUT: «(Any)␤»      <-- Undefined
@@ -193,9 +193,10 @@ Defined as:
 
     method deepmap(&block --> List) is nodal
 
-C<deepmap> will apply C<&block> to each element and return a new L<List|/type/List> with
-the return values of C<&block>, unless the element does the L<Iterable|/type/Iterable> role.
-For those elements L<deepmap|/routine/deepmap> will descend recursively into the sublist.
+C<deepmap> will apply C<&block> to each element and return a new
+L<List|/type/List> with the return values of C<&block>, unless the element does
+the L<Iterable|/type/Iterable> role. For those elements
+L<deepmap|/routine/deepmap> will descend recursively into the sublist.
 
     say [[1,2,3],[[4,5],6,7]].deepmap(* + 1);
     # OUTPUT: «[[2 3 4] [[5 6] 7 8]]␤»
@@ -232,19 +233,25 @@ number 3 and squared. In the next case, however
     say [[1,2,3],[[4,5],6.1,7.2]].duckmap( -> Rat $_ { $_²} );
     # OUTPUT: «[[1 2 3] [[4 5] 37.21 51.84]]␤»
 
-3-item lists are not C<Rat>, so it descends recursively, but eventually only applies the operation to those that walk (or slither, as the case may be) like a C<Rat>.
+3-item lists are not C<Rat>, so it descends recursively, but eventually only
+applies the operation to those that walk (or slither, as the case may be) like a
+C<Rat>.
 
-Although on the surface (and name), C<duckmap> might look similar to L<C<deepmap>|/routine/deepmap>, the latter is applied recursively regardless of the type of the item.
+Although on the surface (and name), C<duckmap> might look similar to
+L<C<deepmap>|/routine/deepmap>, the latter is applied recursively regardless of
+the type of the item.
 
 =head2 method nodemap
 
 Defined as:
 
     method nodemap(&block --> List) is nodal
 
-C<nodemap> will apply C<&block> to each element and return a new L<List|/type/List> with
-the return values of C<&block>. In contrast to L<deepmap|/routine/deepmap> it will B<not> descend
-recursively into sublists if it finds elements which L<does|/routine/does> the L<Iterable|/type/Iterable> role.
+C<nodemap> will apply C<&block> to each element and return a new
+L<List|/type/List> with the return values of C<&block>. In contrast to
+L<deepmap|/routine/deepmap> it will B<not> descend recursively into sublists if
+it finds elements which L<does|/routine/does> the L<Iterable|/type/Iterable>
+role.
 
     say [[1,2,3], [[4,5],6,7], 7].nodemap(*+1);
     # OUTPUT: «(4, 4, 8)␤»
@@ -459,8 +466,8 @@ Defined as:
 
     method BagHash(--> BagHash:D) is nodal
 
-Coerces the invocant to L<BagHash|/type/BagHash>, whereby L<Positionals|/type/Positional>
-are treated as lists of values.
+Coerces the invocant to L<BagHash|/type/BagHash>, whereby
+L<Positionals|/type/Positional> are treated as lists of values.
 
 =head2 method Set
 
@@ -477,8 +484,8 @@ Defined as:
 
     method SetHash(--> SetHash:D) is nodal
 
-Coerces the invocant to L<SetHash|/type/SetHash>, whereby L<Positionals|/type/Positional>
-are treated as lists of values.
+Coerces the invocant to L<SetHash|/type/SetHash>, whereby
+L<Positionals|/type/Positional> are treated as lists of values.
 
 =head2 method Mix
 
@@ -495,8 +502,8 @@ Defined as:
 
     method MixHash(--> MixHash:D) is nodal
 
-Coerces the invocant to L<MixHash|/type/MixHash>, whereby L<Positionals|/type/Positional>
-are treated as lists of values.
+Coerces the invocant to L<MixHash|/type/MixHash>, whereby
+L<Positionals|/type/Positional> are treated as lists of values.
 
 =head2 method Supply
 
@@ -516,13 +523,12 @@ Defined as:
     multi sub min(+args, :&by!)
     multi sub min(+args)
 
-Coerces the invocant to L<Iterable|/type/Iterable> and returns the numerically smallest
-element. In C<sub> form, the invocant is passed as an argument.
+Coerces the invocant to L<Iterable|/type/Iterable> and returns the numerically
+smallest element. In C<sub> form, the invocant is passed as an argument.
 
-If a L<Callable|/type/Callable> positional argument is provided, each value is passed
-into the filter, and its return value is compared instead of the
-original value. The original value is still the one returned from
-C<min>.
+If a L<Callable|/type/Callable> positional argument is provided, each value is
+passed into the filter, and its return value is compared instead of the original
+value. The original value is still the one returned from C<min>.
 
     say (1,7,3).min();              # OUTPUT:«1␤»
     say (1,7,3).min({1/$_});        # OUTPUT:«7␤»
@@ -538,13 +544,12 @@ Defined as:
     multi sub max(+args, :&by!)
     multi sub max(+args)
 
-Coerces the invocant to L<Iterable|/type/Iterable> and returns the numerically largest
-element.
+Coerces the invocant to L<Iterable|/type/Iterable> and returns the numerically
+largest element.
 
-If a L<Callable|/type/Callable> positional argument is provided, each value is passed
-into the filter, and the return value is compared instead of the
-original value. The original value is still the one returned from
-C<max>.
+If a L<Callable|/type/Callable> positional argument is provided, each value is
+passed into the filter, and the return value is compared instead of the original
+value. The original value is still the one returned from C<max>.
 
     say (1,7,3).max();              # OUTPUT:«7␤»
     say (1,7,3).max({1/$_});        # OUTPUT:«1␤»
@@ -562,10 +567,9 @@ Defined as:
 
 Returns a C<Range> from the smallest to the largest element.
 
-If a L<Callable|/type/Callable> positional argument is provided, each value is passed
-into the filter, and its return value is compared instead of the
-original value. The original values are still used in the returned
-C<Range>.
+If a L<Callable|/type/Callable> positional argument is provided, each value is
+passed into the filter, and its return value is compared instead of the original
+value. The original values are still used in the returned C<Range>.
 
     say (1,7,3).minmax();        # OUTPUT:«1..7␤»
     say (1,7,3).minmax({-$_});   # OUTPUT:«7..1␤»