242 	adjEntry adjTgt = e->adjTarget();  in contract()  local
245 	face fTgt = m_rightFace[adjTgt];  in contract()
249 		fSrc->entries.m_adjFirst = (adj != adjTgt) ? adj : adj->faceCycleSucc();  in contract()
252 	if (fTgt->entries.m_adjFirst == adjTgt) {  in contract()
253 		adjEntry adj = adjTgt->faceCycleSucc();  in contract()
269 edge CombinatorialEmbedding::splitFace(adjEntry adjSrc, adjEntry adjTgt)  in splitFace()  argument
271 	OGDF_ASSERT(m_rightFace[adjSrc] == m_rightFace[adjTgt]);  in splitFace()
272 	OGDF_ASSERT(adjSrc != adjTgt);  in splitFace()
274 	edge e = m_pGraph->newEdge(adjSrc,adjTgt);  in splitFace()
276 	face f1 = m_rightFace[adjTgt];  in splitFace()
286 	f1->entries.m_adjFirst = adjTgt;  in splitFace()
297 edge CombinatorialEmbedding::addEdgeToIsolatedNode(node v, adjEntry adjTgt)  in addEdgeToIsolatedNode()  argument
299 	return addEdgeToIsolatedNode(adjTgt, v, false);  in addEdgeToIsolatedNode()