132 		SMesh		* const pMesh,
215 		const SMesh		* const pMesh);
239 		SMesh	* const pMesh,
543 	SMesh		* const pMesh,  in SplitMesh()  argument
554 		pTmp					= pMesh->ppVtx[i];		// Keep a record of the old vtx that's already here  in SplitMesh()
556 		pMesh->ppVtx[i]			= ppVtx[i];				// Move the new vtx into place  in SplitMesh()
560 		ppVtx[i]->ppMeshPos		= &pMesh->ppVtx[i];		// Tell the new vtx where it is now  in SplitMesh()
562 		_ASSERT(pMesh->ppVtx[i]->nTriNumFree);  in SplitMesh()
566 	sNew.ppVtx		= pMesh->ppVtx;  in SplitMesh()
569 	pMesh->ppVtx	= &pMesh->ppVtx[nVtxNum];  in SplitMesh()
570 	pMesh->nVtxNum	-= nVtxNum;  in SplitMesh()
571 	if(pMesh->nVtxNum < m_nVtxLimit) {  in SplitMesh()
572 		ResizeMesh(pMesh->nVtxNum, pMesh->ppVtx);  in SplitMesh()
998 	const SMesh		* const pMesh)  in Add()  argument
1003 	for(i = 0; i < pMesh->nVtxNum; ++i) {  in Add()
1004 		pVtx = pMesh->ppVtx[i];  in Add()
1193 	SMesh		* const pMesh,  in FillFrom()  argument
1211 		pOb->SplitMesh(pMesh, m_sOpt.nVtxNum, m_sOpt.psVtx);		// Split the sub-mesh into its own mesh  in FillFrom()
1227 	SMesh	*pMesh;  in Fill()  local
1233 		pMesh = &pOb->m_vMeshLg.back();  in Fill()
1238 		for(i = 0; i < pMesh->nVtxNum; ++i) {  in Fill()
1239 			pVtx = pMesh->ppVtx[i];  in Fill()
1242 				if(FillFrom(pMesh, pVtx, pOb))  in Fill()
1249 			for(i = 0; i < pMesh->nVtxNum; ++i) {  in Fill()
1250 				pVtx = pMesh->ppVtx[i];  in Fill()
1253 					if(FillFrom(pMesh, pVtx, pOb))  in Fill()
1284 		pMesh = &pOb->m_pvMesh[i].back();  in Fill()
1285 		m_sOptBest.Add(pMesh);  in Fill()
1301 				pMesh = &pOb->m_pvMesh[i].back();  in Fill()
1303 				_ASSERT(pMesh->ppVtx[0]->nTriNumFree);  in Fill()
1304 				_ASSERT(!m_sOpt.UsingVertex(pMesh->ppVtx[0]));  in Fill()
1306 				m_sOpt.AddVertex(pMesh->ppVtx[0]);  in Fill()
1443 				SMesh	*pMesh;  in PVRTGeometrySort()  local
1445 				pMesh = &sOb.m_pvMesh[nMeshToResize].back();  in PVRTGeometrySort()
1446 				sOb.ResizeMesh(pMesh->nVtxNum, pMesh->ppVtx);  in PVRTGeometrySort()