PK体查找内闭环边

vector<vector<tag_t>> pkLoopVer;

//为Parasolid 建立隔层分区，并将其设置为当前分区
tag_t partition1 = NULL_TAG;

UF_PS_ask_current_partition(&partition1); 	                                    
UF_PS_create_partition(&partition1);
UF_PS_set_current_partition(partition1);

tag_t pkFaceTag = NULL_TAG;
UF_PS_ask_ps_tag_of_object(faceTag, &pkFaceTag);

if (pkFaceTag != NULL_TAG) {
	PK_FACE_t pkFace = PK_ENTITY_null;
	pkFace = pkFaceTag;
	PK_LOOP_t* pkLoop = NULL;
	int count = 0;
	PK_FACE_ask_loops(pkFace, &count, &pkLoop);//查询闭环个数
	for (int i(0); i < count; i++) {
		PK_LOOP_type_t loopType = PK_ENTITY_null;
		PK_LOOP_ask_type(pkLoop[i], &loopType);
		if (loopType != PK_LOOP_type_outer_c) {//非外闭环类型
			int edgeCount = 0;
			PK_EDGE_t* pkEdge = NULL;
			PK_LOOP_ask_edges(pkLoop[i], &edgeCount, &pkEdge);
			vector<tag_t> pkEdgeVer;
			for (int j(0); j < edgeCount; j++) {
				tag_t egdeTag = NULL_TAG;
				UF_PS_ask_object_of_ps_tag((tag_t)pkEdge[j], &egdeTag);//pk类型转为tag_t类型
				if (egdeTag != NULL_TAG) {
					pkEdgeVer.push_back(egdeTag);
				}
			}
			
			if (pkEdgeVer.size() > 0) {
				pkLoopVer.push_back(pkEdgeVer);
			}
		}
	}
}

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