Proe/Creo二次开发：计算两个模型之间的干涉信息

计算两个模型的干涉情况，

（1）通过promdlInit初始化得到两个模型

（2）根据两个模型在装备 树 中的位置得到 proselection

（3）通过干涉接口计算干涉 信息

（4）高亮干涉信息

    ProSelection p_sel1;	ProSelection p_sel2;	ProMdl p_mdl1, p_mdl2,p_CurMdl;	ProModelitem p_mdlItem1, p_mdlItem2;	ProMdlCurrentGet(&p_CurMdl); 	ProError status = ProMdlInit(_T("Gear_out"),PRO_MDL_PART, &p_mdl1);	status = ProMdlInit(_T("ROTATE_ROD"),PRO_MDL_PART, &p_mdl2);	status = ProMdlToModelitem(p_mdl1, &p_mdlItem1);	status = ProMdlToModelitem(p_mdl2, &p_mdlItem2);	ProAsmcomppath pcompath1, pcompath2;	pcompath1.owner = (ProSolid)p_CurMdl;	pcompath2.owner = (ProSolid)p_CurMdl;	pcompath1.table_num = 1;	pcompath2.table_num = 1; 	pcompath1.comp_id_table[0] = 49;	pcompath1.comp_id_table[1] = -1;	pcompath2.comp_id_table[0] = 44;	pcompath2.comp_id_table[1] = -1; 	status = ProSelectionAlloc(&pcompath1, &p_mdlItem1, &p_sel1);	status = ProSelectionAlloc(&pcompath2, &p_mdlItem2, &p_sel2);	 	ProInterferenceData m_interf_data;	// 计算干涉信息	status = ProFitInterferenceCompute(p_sel1, p_sel2, PRO_B_FALSE, PRO_B_FALSE, &m_interf_data);	ASSERT_PRINT_ERRORREPORT ("ProFitInterferenceCompute()","CGlbInterfCheckShowdlg::HighLightInterfVolume", 		status); 	//// 判断：干涉信息不为空	//if (NULL != m_interf_data)	//{	// status = ProFitInterferencevolumeDisplay(m_interf_data, PRO_COLOR_HIGHLITE);	// ASSERT_PRINT_ERRORREPORT ("ProFitInterferencevolumeDisplay()","CGlbInterfCheckShowdlg::HighLightInterfVolume", 	// status);	//}	//return 0;

免责声明：本文系网络转载或改编，未找到原创作者，版权归原作者所有。如涉及版权，请联系删