--- a/ldp.html Thu Apr 18 16:32:44 2013 -0400
+++ b/ldp.html Thu Apr 18 16:42:08 2013 -0400
@@ -987,23 +987,23 @@
the membership predicate is not <code>rdfs:member</code>.
</div>
- <div id="ldpc-5_2_5_1" class="rule">5.2.5.1 For a given triple <var>T<sub>m</sub></var> with a subject <var>C<sub>m</sub></var>
+ <div id="ldpc-5_2_5_1" class="rule">5.2.5.1 For a given triple <var>T</var> with a subject <var>C</var>
of the LDPC and predicate of
- <code>ldp:membershipPredicate</code>, the object MUST be the URI of the membership predicate <var>P<sub>m</sub></var> used to
- indicate membership to the linked to LDPC, or simply: <var>T<sub>m</sub> = ( C<sub>m</sub></var>, <code>ldp:membershipPredicate</code>, <var>P<sub>m</sub>)</var>.
- For the membership predicate URI object used in the previous triple <var>T<sub>m</sub></var>, it would be found in a resource's
- same subject <var>R<sub>m</sub></var> and same predicate <var>P<sub>m</sub></var> membership triples of the form:
- (<var>R<sub>m</sub></var>, <var>P<sub>m</sub></var>, <var>MR<sub>n</sub></var>), where <var>MR<sub>n</sub></var> represents URI of
+ <code>ldp:membershipPredicate</code>, the object MUST be the URI of the membership predicate <var>P</var> used to
+ indicate membership to the linked to LDPC, or simply: <var>T = ( C</var>, <code>ldp:membershipPredicate</code>, <var>P)</var>.
+ For the membership predicate URI object used in the previous triple <var>T</var>, it would be found in a resource's
+ same subject <var>R</var> and same predicate <var>P</var> membership triples of the form:
+ (<var>R</var>, <var>P</var>, <var>MR</var>), where <var>MR</var> represents URI of
of a member resource.
</div>
- <div id="ldpc-5_2_5_2" class="rule">5.2.5.2 For a given triple <var>T<sub>i</sub></var> with a subject <var>C<sub>i</sub></var>
+ <div id="ldpc-5_2_5_2" class="rule">5.2.5.2 For a given triple <var>T</var> with a subject <var>C</var>
of the LDPC and predicate of
- <code>ldp:membershipPredicateInverse</code>, the object MUST be the URI of the membership predicate <var>P<sub>i</sub></var> used to
- indicate membership to the linked to LDPC, or simply: <var>T<sub>i</sub> = ( C<sub>i</sub></var>, <code>ldp:membershipPredicateInverse</code>, <var>P<sub>i</sub>)</var>.
- For the membership predicate URI object used in the previous triple <var>T<sub>i</sub></var>, it would be found in a resource's
- object subject <var>R<sub>m</sub></var> and same predicate <var>P<sub>i</sub></var> membership triples of the form:
- (<var>MR<sub>n</sub></var>, <var>P<sub>i</sub></var>, <var>R<sub>i</sub></var>), where <var>MR<sub>n</sub></var> represents URI of
+ <code>ldp:membershipPredicateInverse</code>, the object MUST be the URI of the membership predicate <var>P</var> used to
+ indicate membership to the linked to LDPC, or simply: <var>T = ( C</var>, <code>ldp:membershipPredicateInverse</code>, <var>P)</var>.
+ For the membership predicate URI object used in the previous triple <var>T</var>, it would be found in a resource's
+ object subject <var>R</var> and same predicate <var>P</var> membership triples of the form:
+ (<var>MR</var>, <var>P</var>, <var>R</var>), where <var>MR</var> represents URI of
of a member resource.
</div>