Fix some GAPDoc Ref types via fixconsistency.sh

doc/ref/matobj.xml

@@ -169,7 +169,7 @@ Section <Ref Sect="Concepts and Rules for Vector and Matrix Objects"/>,
 and do on the other hands support access to &GAP; objects that represent
 their rows (which are suitable vector objects).
 Matrix objects whose
-<Ref Filt="ConstructingFilter" Label="for a matrix object"/> value implies
+<Ref Attr="ConstructingFilter" Label="for a matrix object"/> value implies
 <Ref Filt="IsRowListMatrix"/> support the operations described in this
 section.
 

doc/ref/obsolete.xml

@@ -50,7 +50,7 @@ Here are some examples of such name changes.
 </Row>
 <Row>
   <Item><C>IsLexicographicallyLess</C><Index Key="IsLexicographicallyLess"><C>IsLexicographicallyLess</C></Index></Item>
-  <Item><Ref Attr="\&lt;"/></Item>
+  <Item><Ref Oper="\&lt;"/></Item>
 </Row>
 </Table>
 
@@ -219,36 +219,36 @@ to use even in code which is meant to run in older GAP versions.
 <HorLine/>
 <Row>
   <Item><C>OneSM</C><Index Key="OneSM"><C>OneSM</C></Index></Item>
-  <Item><Ref Func="OneSameMutability"/></Item>
+  <Item><Ref Oper="OneSameMutability"/></Item>
 </Row>
 <Row>
   <Item><C>InverseSM</C><Index Key="InverseSM"><C>InverseSM</C></Index></Item>
-  <Item><Ref Func="InverseSameMutability"/></Item>
+  <Item><Ref Oper="InverseSameMutability"/></Item>
 </Row>
 <Row>
   <Item><C>ZeroSM</C><Index Key="ZeroSM"><C>ZeroSM</C></Index></Item>
-  <Item><Ref Func="ZeroSameMutability"/></Item>
+  <Item><Ref Oper="ZeroSameMutability"/></Item>
 </Row>
 <Row>
   <Item><C>AdditiveInverseSM</C><Index Key="AdditiveInverseSM"><C>AdditiveInverseSM</C></Index></Item>
-  <Item><Ref Func="AdditiveInverseSameMutability"/></Item>
+  <Item><Ref Oper="AdditiveInverseSameMutability"/></Item>
 </Row>
 
 <Row>
   <Item><C>OneAttr</C><Index Key="OneAttr"><C>OneAttr</C></Index></Item>
-  <Item><Ref Func="One"/>, <Ref Func="OneImmutable"/></Item>
+  <Item><Ref Attr="One"/>, <Ref Attr="OneImmutable"/></Item>
 </Row>
 <Row>
   <Item><C>InverseAttr</C><Index Key="InverseAttr"><C>InverseAttr</C></Index></Item>
-  <Item><Ref Func="Inverse"/>, <Ref Func="InverseImmutable"/></Item>
+  <Item><Ref Attr="Inverse"/>, <Ref Attr="InverseImmutable"/></Item>
 </Row>
 <Row>
   <Item><C>ZeroAttr</C><Index Key="ZeroAttr"><C>ZeroAttr</C></Index></Item>
-  <Item><Ref Func="Zero"/>, <Ref Func="ZeroImmutable"/></Item>
+  <Item><Ref Attr="Zero"/>, <Ref Attr="ZeroImmutable"/></Item>
 </Row>
 <Row>
   <Item><C>AdditiveInverseAttr</C><Index Key="AdditiveInverseAttr"><C>AdditiveInverseAttr</C></Index></Item>
-  <Item><Ref Func="AdditiveInverse"/>, <Ref Func="AdditiveInverseImmutable"/></Item>
+  <Item><Ref Attr="AdditiveInverse"/>, <Ref Attr="AdditiveInverseImmutable"/></Item>
 </Row>
 
 </Table>

doc/ref/user_pref_list.xml

@@ -101,7 +101,7 @@ Defaults: <C>[ 10000, true ]</C>.
 </Mark>
 <Item>
 Info messages concerning package loading up to this level are printed. The
-level can be changed in a running session using <Ref Func="SetInfoLevel"/>.
+level can be changed in a running session using <Ref Oper="SetInfoLevel"/>.
 
 <P/>
 

grp/classic.gd

@@ -1283,7 +1283,7 @@ end );
 ##  PGO( <A>e</A>, <A>d</A>, <A>q</A> )
 ##  of GO( <A>e</A>, <A>d</A>, <A>q</A> ),
 ##  modulo the centre
-##  (see <Ref Oper="GeneralOrthogonalGroup"/>),
+##  (see <Ref Func="GeneralOrthogonalGroup"/>),
 ##  in the category given by the filter <A>filt</A>.
 ##  <P/>
 ##  If <A>filt</A> is not given it defaults to <Ref Filt="IsPermGroup"/>,
@@ -1319,7 +1319,7 @@ DECLARE_PROJECTIVE_ORTHOGONAL_GROUPS_OPERATION( "GeneralOrthogonalGroup", "GO",
 ##  PSO( <A>e</A>, <A>d</A>, <A>q</A> )
 ##  of SO( <A>e</A>, <A>d</A>, <A>q</A> ),
 ##  modulo the centre
-##  (see <Ref Oper="SpecialOrthogonalGroup"/>),
+##  (see <Ref Func="SpecialOrthogonalGroup"/>),
 ##  in the category given by the filter <A>filt</A>.
 ##  <P/>
 ##  If <A>filt</A> is not given it defaults to <Ref Filt="IsPermGroup"/>,

lib/ctblfuns.gd

@@ -1789,7 +1789,7 @@ DeclareOperation( "Tensored", [ IsHomogeneousList, IsHomogeneousList ] );
 ##  that is afforded by the tensor product of <M>V</M> and <M>W</M>.
 ##  <P/>
 ##  The result can also be computed as <A>chi</A><C>*</C><A>psi</A>,
-##  see also <Ref Func="Tensored"/>.
+##  see also <Ref Oper="Tensored"/>.
 ##  <P/>
 ##  <Example><![CDATA[
 ##  gap> t:= CharacterTable( "A5" );;
@@ -2475,7 +2475,7 @@ DeclareGlobalFunction( "AntiSymmetricParts" );
 ##  <P/>
 ##  This exterior power is the symmetrization of <A>chi</A> with the
 ##  sign character of the symmetric group of degree <A>n</A>,
-##  see also <Ref Func="Symmetrizations"/> and
+##  see also <Ref Oper="Symmetrizations"/> and
 ##  <Ref Func="AntiSymmetricParts"/>.
 ##  <P/>
 ##  <Example><![CDATA[
@@ -2510,7 +2510,7 @@ DeclareOperation( "ExteriorPower", [ IsClassFunction, IsPosInt ] );
 ##  <P/>
 ##  This symmetric power is the symmetrization of <A>chi</A> with the
 ##  trivial character of the symmetric group of degree <A>n</A>,
-##  see also <Ref Func="Symmetrizations"/> and
+##  see also <Ref Oper="Symmetrizations"/> and
 ##  <Ref Func="SymmetricParts"/>.
 ##  <P/>
 ##  <Example><![CDATA[

lib/ffe.gd

@@ -665,7 +665,7 @@ DeclareAttribute( "AsInternalFFE", IsFFE);
 ##  <Oper Name="RootFFE" Arg='F, z, k'/>
 ##
 ##  <Description>
-##  <Ref Func="RootFFE"/> returns a finite field element
+##  <Ref Oper="RootFFE"/> returns a finite field element
 ##  <A>r</A> from <A>F</A> whose <A>k</A>-th power is <A>z</A>.
 ##  If no such element exists
 ##  then

lib/grppc.gd

@@ -163,7 +163,7 @@ DeclareAttribute( "InducedPcgsWrtFamilyPcgs", IsGroup );
 ##  If <A>pcgs</A> has a parent pcgs,
 ##  then the result is induced with respect to this parent pcgs.
 ##  <P/>
-##  <Ref Oper="InducedPcgs"/> is a wrapper function only.
+##  <Ref Func="InducedPcgs"/> is a wrapper function only.
 ##  Therefore, methods for computing an induced pcgs
 ##  should be installed for the operation <C>InducedPcgsOp</C>.
 ##  </Description>

lib/package.gi

@@ -1884,7 +1884,7 @@ DeclareUserPreference( rec(
   description:= [
     "Info messages concerning package loading up to this level are printed.  \
 The level can be changed in a running session using \
-<Ref Func=\"SetInfoLevel\"/>."
+<Ref Oper=\"SetInfoLevel\"/>."
     ],
   default:= PACKAGE_ERROR,
   values:= [ PACKAGE_ERROR, PACKAGE_WARNING, PACKAGE_INFO, PACKAGE_DEBUG ],

lib/pcgsspec.gd

@@ -213,7 +213,7 @@ DeclareAttribute( "LGLength", IsGroup );
 ##  <Ref Attr="InducedPcgsWrtSpecialPcgs"/> will return a pcgs induced by
 ##  <E>a</E> special pcgs (which might differ from the one you had in mind).
 ##  If you need an induced pcgs compatible with a <E>given</E> special pcgs
-##  use <Ref Oper="InducedPcgs"/> for this special pcgs.
+##  use <Ref Func="InducedPcgs"/> for this special pcgs.
 ##  </Description>
 ##  </ManSection>
 ##  <#/GAPDoc>

lib/tuples.gd

@@ -174,7 +174,7 @@ DeclareOperation( "DirectProductElementNC",
 ##  <Ref Func="DirectProductFamily"/> returns <C>fam</C>, a collections
 ##  family of <Ref Filt="IsDirectProductElement"/> objects.
 ##  <P/>
-##  <C>fam</C> is the <Ref Filt="CollectionsFamily"/> of
+##  <C>fam</C> is the <Ref Attr="CollectionsFamily"/> of
 ##  <Ref Filt="IsDirectProductElement"/> objects
 ##  whose <C>i</C>-th component is in <C>ElementsFamily(args[i])</C>.
 ##  <P/>