FEFLOW用户插件与管理

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"本文档是关于FEFLOW软件的用户手册,主要介绍了FEFLOW这个地下水和溶质迁移模拟系统的使用,包括其用户界面、空间初步划分、有限单元网格、问题设定、参数可视化、参数赋值、模拟运行、结果评价以及插件和界面管理器的使用。" 在"用户插件-mil-std-1760d-2003_aircraft_store_electrical_interconnection_system"这一主题中,我们关注的是FEFLOW软件的插件功能。FEFLOW插件是由三个主要文件组成的:`.dll`(Windows)或`.so`(Linux)文件用于插件的实际功能,`.html`文件提供插件的描述,而`.txt`文件则包含版权信息。这些插件可以被放置在FEFLOW安装目录下的相应模块文件夹中,如32位或64位版本,以便自动注册并使用。如果插件位于其他位置,用户可以通过插件面板手动注册它们。插件的数量在模型中不受限制,其执行顺序取决于在插件面板中的排列。某些插件通过点击编辑按钮或从上下文菜单中选择来激活其功能,有些插件具有自己的用户界面,会在点击编辑按钮后显示。此外,插件能够将数据保存到`.fem`文件,使得数据能够随模型一起保存。 FEFLOW是一个强大的地下水和溶质迁移模拟工具,其用户界面友好且可定制,支持图形驱动操作。它提供了多种功能,如应用地图的创建、坐标系设置、地图处理和导出。空间初步划分和有限单元网格的生成是模拟的基础,用户可以根据需求编辑和调整网格。问题设定涵盖了各种问题类型和求解方法,允许用户根据实际问题进行精确配置。参数可视化和赋值功能让数据的展示和输入变得直观,支持多种数据类型。模拟运行和结果评价环节则提供了模型检查、结果输出、水量平衡分析等工具,帮助用户理解模拟结果。最后,插件和界面管理器允许用户管理和使用额外的插件功能,增强FEFLOW的灵活性和适应性。 FEFLOW是一款全面的地下水模拟工具,它的插件系统极大地扩展了其功能,满足了不同用户的需求。通过深入理解和熟练运用这些插件,用户能够更好地解决复杂的地下水流动和溶质传输问题。

SELECT PIS.SHOW_FLT_DETAIL AS SHOW_FLT_DETAIL -- new , PIS.SHOW_AWB_DETAIL AS SHOW_AWB_DETAIL -- new , PIS.DISPLAY_AIRLINE_CODE AS CARRIER_CODE , DECODE(PIS.REVERT_FLOW,'N',PIS.FLOW_TYPE,DECODE(PIS.FLOW_TYPE,'I','E','I')) AS FLOW_TYPE , PIS.SHIP_TO_LOCATION AS SHIP_TO_LOCATION , PIS.INVOICE_SEQUENCE AS INVOICE_SEQUENCE , PFT.FLIGHT_DATE AS FLIGHT_DATE , PFT.FLIGHT_CARRIER_CODE AS FLIGHT_CARRIER_CODE , PFT.FLIGHT_SERIAL_NUMBER AS FLIGHT_SERIAL_NUMBER , PFT.FLOW_TYPE AS AIRCRAFT_FLOW , FAST.AIRCRAFT_SERVICE_TYPE AS AIRCRAFT_SERVICE_TYPE , PPT.AWB_NUMBER AS AWB_NUMBER , PPT.WEIGHT AS WEIGHT , PPT.CARGO_HANDLING_OPERATOR AS CARGO_HANDLING_OPERATOR , PPT.SHIPMENT_PACKING_TYPE AS SHIPMENT_PACKING_TYPE , PPT.SHIPMENT_FLOW_TYPE AS SHIPMENT_FLOW_TYPE , PPT.SHIPMENT_BUILD_TYPE AS SHIPMENT_BUILD_TYPE , PPT.SHIPMENT_CARGO_TYPE AS SHIPMENT_CARGO_TYPE , PPT.REVENUE_TYPE AS REVENUE_TYPE , PFT.JV_FLIGHT_CARRIER_CODE AS JV_FLIGHT_CARRIER_CODE , PPT.PORT_TONNAGE_UID AS PORT_TONNAGE_UID , PPT.AWB_UID AS AWB_UID , PIS.INVOICE_SEPARATION_UID AS INVOICE_SEPARATION_UID , PFT.FLIGHT_TONNAGE_UID AS FLIGHT_TONNAGE_UID FROM PN_FLT_TONNAGES PFT , FZ_AIRLINES FA , PN_TONNAGE_FLT_PORTS PTFP , PN_PORT_TONNAGES PPT , FF_AIRCRAFT_SERVICE_TYPES FAST , SR_PN_INVOICE_SEPARATIONS PIS --new , SR_PN_INVOICE_SEP_DETAILS PISD--new , SR_PN_INV_SEP_PORT_TONNAGES PISPT --new WHERE PFT.FLIGHT_OPERATION_DATE >= trunc( CASE :rundate WHEN TO_DATE('01/01/1900', 'DD/MM/YYYY') THEN ADD_MONTHS(SYSDATE,-1) ELSE ADD_MONTHS(:rundate,-1) END, 'MON') AND PFT.FLIGHT_OPERATION_DATE < trunc( CASE :rundate WHEN TO_DATE('01/01/1900', 'DD/MM/YYYY') THEN TRUNC(SYSDATE) ELSE TRUNC(:rundate) END, 'MON') AND PFT.TYPE IN ('C', 'F') AND PFT.RECORD_TYPE = 'M' AND (PFT.TERMINAL_OPERATOR NOT IN ('X', 'A') OR (PFT.TERMINAL_OPERATOR <> 'X' AND FA.CARRIER_CODE IN (SELECT * FROM SPECIAL_HANDLING_AIRLINE) AND PPT.REVENUE_TYPE IN (SELECT * FROM SPECIAL_REVENUE_TYPE) AND PPT.SHIPMENT_FLOW_TYPE IN (SELECT * FROM SPECIAL_SHIPMENT_FLOW_TYPE) AND PFT.FLIGHT_OPERATION_DATE >= (select EFF_DATE from SPECIAL_HANDLING_EFF_DATE) )) AND PFT.DELETING_DATETIME IS NULL AND FA.AIRLINE_UID = PFT.AIRLINE_UID AND FA.DELETING_DATETIME IS NULL AND PTFP.FLIGHT_TONNAGE_UID = PFT.FLIGHT_TONNAGE_UID AND PTFP.RECORD_TYPE = 'M' AND PTFP.DELETING_DATETIME IS NULL AND PPT.TONNAGE_FLIGHT_PORT_UID (+)= PTFP.TONNAGE_FLIGHT_PORT_UID AND PPT.RECORD_TYPE (+)= 'M' AND PPT.DISCREPANCY_TYPE (+)= 'NONE' AND PPT.ADJUSTMENT_INC_FLAG (+)= 'Y' AND PPT.DELETING_DATETIME (+) IS NULL AND FAST.AIRCRAFT_SERVICE_TYPE_UID = PFT.AIRCRAFT_SERVICE_TYPE_UID AND FAST.DELETING_DATETIME IS NULL AND PIS.TEMPORAL_NAME = TO_CHAR((CASE :rundate --new WHEN TO_DATE('01/01/1900', 'DD/MM/YYYY') THEN TRUNC(SYSDATE) ELSE TRUNC(:rundate) END ), 'YYYYMM') || '00' AND PIS.INVOICE_SEPARATION_UID = PISD.INVOICE_SEPARATION_UID --new AND PISD.INVOICE_SEP_DETAIL_UID = PISPT.INVOICE_SEP_DETAIL_UID --new AND PISPT.PORT_TONNAGE_UID = PPT.PORT_TONNAGE_UID --new AND PIS.PRINT_SUPPORTING_DOC = 'Y';上面是oracle的写法,请转成spark SQL的写法。

2023-06-02 上传

帮我优化代码#include<iostream> #include<vector> #include<fstream> #include<algorithm> using namespace std; class air_information{//航空信息 public: string flight_num; string staring_station; string terminal;//终点站 string aircraft_model; string flight_date; int member_num;// 成员定额 int remain_ticketnum;//余票量 air_information(string num,string star,string ter,string air,string fli,int mem,int rem):flight_num(num),staring_station(star),terminal(ter),aircraft_model(air),flight_date(fli),member_num(mem),remain_ticketnum(rem) { ; } }; vector<air_information>p; void data_read() { ifstream ios; air_information a1; ios.open("D:\\程序语言练习\\航空管理信息.txt"); for(int i=1;i<4;i++) { ios>>a1.flight_num>>a1.staring_station>>a1.terminal>>a1.aircraft_model>>a1.flight_date>>a1.member_num>>a1.remain_ticketnum; p.push_back(a1) ; } } inquire_terminel()//按飞行终点查询函数 { vector<air_information>::iterator it; cout<<"请输入你要查询的飞行终点"; string terminal; cin>>terminal; for(vector<air_information>::iterator it=p.begin();it!=p.end();++it) { int f; for(int i=0;i<p.size();i++) { if(it=terminal) { cout<<"航班信息如下:"<<endl; cout<<flight_num<<' '<<staring_station<<' '<<terminal<<' '<<aircraft_model<<' '<<flight_date<<' '<<member_mum<<' '<<remain_ticketnum<<endl; return f=1; } else if { return f=0; } } if(f==0) { cout<<"没有查询到航班,请重新输入后重试!"; } } } main() { data_read() ; inquire_terminel(); return 0; }

2023-05-25 上传
2023-05-25 上传