public static class CplexStatus

    implements Serializable

  {

    static final long serialVersionUID = -7367834674783924158L;

    int _status;

    String _name;

    public static final CplexStatus Unknown = new CplexStatus(0, "Unknown");

    static final int Unknown_Status = 0;

    public static final CplexStatus Optimal = new CplexStatus(1, "Optimal");

    static final int Optimal_Status = 1;

    public static final CplexStatus Unbounded = new CplexStatus(2, "Unbounded");

    static final int Unbounded_Status = 2;

    public static final CplexStatus Infeasible = new CplexStatus(3, "Infeasible");

    static final int Infeasible_Status = 3;

    public static final CplexStatus InfOrUnbd = new CplexStatus(4, "InfOrUnbd");

    static final int InfOrUnbd_Status = 4;

    public static final CplexStatus OptimalInfeas = new CplexStatus(5, "OptimalInfeas");

    static final int OptimalInfeas_Status = 5;

    public static final CplexStatus NumBest = new CplexStatus(6, "NumBest");

    static final int NumBest_Status = 6;

    public static final CplexStatus FeasibleRelaxedSum = new CplexStatus(14, "FeasibleRelaxedSum");

    static final int FeasibleRelaxedSum_Status = 14;

    public static final CplexStatus OptimalRelaxedSum = new CplexStatus(15, "OptimalRelaxedSum");

    static final int OptimalRelaxedSum_Status = 15;

    public static final CplexStatus FeasibleRelaxedInf = new CplexStatus(16, "FeasibleRelaxedInf");

    static final int FeasibleRelaxedInf_Status = 16;

    public static final CplexStatus OptimalRelaxedInf = new CplexStatus(17, "OptimalRelaxedInf");

    static final int OptimalRelaxedInf_Status = 17;

    public static final CplexStatus FeasibleRelaxedQuad = new CplexStatus(18, "FeasibleRelaxedQuad");

    static final int FeasibleRelaxedQuad_Status = 18;

    public static final CplexStatus OptimalRelaxedQuad = new CplexStatus(19, "OptimalRelaxedQuad");

    static final int OptimalRelaxedQuad_Status = 19;

    public static final CplexStatus AbortRelaxed = new CplexStatus(126, "AbortRelaxed");

    static final int AbortRelaxed_Status = 126;

    public static final CplexStatus AbortObjLim = new CplexStatus(12, "AbortObjLim");

    static final int AbortObjLim_Status = 12;

    public static final CplexStatus AbortPrimObjLim = new CplexStatus(21, "AbortPrimObjLim");

    static final int AbortPrimObjLim_Status = 21;

    public static final CplexStatus AbortDualObjLim = new CplexStatus(22, "AbortDualObjLim");

    static final int AbortDualObjLim_Status = 22;

    public static final CplexStatus AbortItLim = new CplexStatus(10, "AbortItLim");

    static final int AbortItLim_Status = 10;

    public static final CplexStatus AbortTimeLim = new CplexStatus(11, "AbortTimeLim");

    static final int AbortTimeLim_Status = 11;

    public static final CplexStatus AbortDetTimeLim = new CplexStatus(25, "AbortDetTimeLim");

    static final int AbortDetTimeLim_Status = 25;

    public static final CplexStatus AbortUser = new CplexStatus(13, "AbortUser");

    static final int AbortUser_Status = 13;

    public static final CplexStatus OptimalFaceUnbounded = new CplexStatus(20, "OptimalFaceUnbounded");

    static final int OptimalFaceUnbounded_Status = 20;

    public static final CplexStatus OptimalTol = new CplexStatus(102, "OptimalTol");

    static final int OptimalTol_Status = 102;

    public static final CplexStatus SolLim = new CplexStatus(104, "SolLim");

    static final int SolLim_Status = 104;

    public static final CplexStatus PopulateSolLim = new CplexStatus(128, "PopulateSolLim");

    static final int PopulateSolLim_Status = 128;

    public static final CplexStatus NodeLimFeas = new CplexStatus(105, "NodeLimFeas");

    static final int NodeLimFeas_Status = 105;

    public static final CplexStatus NodeLimInfeas = new CplexStatus(106, "NodeLimInfeas");

    static final int NodeLimInfeas_Status = 106;

    public static final CplexStatus FailFeas = new CplexStatus(109, "FailFeas");

    static final int FailFeas_Status = 109;

    public static final CplexStatus FailInfeas = new CplexStatus(110, "FailInfeas");

    static final int FailInfeas_Status = 110;

    public static final CplexStatus MemLimFeas = new CplexStatus(111, "MemLimFeas");

    static final int MemLimFeas_Status = 111;

    public static final CplexStatus MemLimInfeas = new CplexStatus(112, "MemLimInfeas");

    static final int MemLimInfeas_Status = 112;

    public static final CplexStatus FailFeasNoTree = new CplexStatus(116, "FailFeasNoTree");

    static final int FailFeasNoTree_Status = 116;

    public static final CplexStatus FailInfeasNoTree = new CplexStatus(117, "FailInfeasNoTree");

    static final int FailInfeasNoTree_Status = 117;

    public static final CplexStatus ConflictFeasible = new CplexStatus(30, "ConflictFeasible");

    static final int ConflictFeasible_Status = 30;

    public static final CplexStatus ConflictMinimal = new CplexStatus(31, "ConflictMinimal");

    static final int ConflictMinimal_Status = 31;

    public static final CplexStatus ConflictAbortContradiction = new CplexStatus(32, "ConflictAbortContradiction");

    static final int ConflictAbortContradiction_Status = 32;

    public static final CplexStatus ConflictAbortTimeLim = new CplexStatus(33, "ConflictAbortTimeLim");

    static final int ConflictAbortTimeLim_Status = 33;

    public static final CplexStatus ConflictAbortDetTimeLim = new CplexStatus(39, "ConflictAbortDetTimeLim");

    static final int ConflictAbortDetTimeLim_Status = 39;

    public static final CplexStatus ConflictAbortItLim = new CplexStatus(34, "ConflictAbortItLim");

    static final int ConflictAbortItLim_Status = 34;

    public static final CplexStatus ConflictAbortNodeLim = new CplexStatus(35, "ConflictAbortNodeLim");

    static final int ConflictAbortNodeLim_Status = 35;

    public static final CplexStatus ConflictAbortObjLim = new CplexStatus(36, "ConflictAbortObjLim");

    static final int ConflictAbortObjLim_Status = 36;

    public static final CplexStatus ConflictAbortMemLim = new CplexStatus(37, "ConflictAbortMemLim");

    static final int ConflictAbortMemLim_Status = 37;

    public static final CplexStatus ConflictAbortUser = new CplexStatus(38, "ConflictAbortUser");

    static final int ConflictAbortUser_Status = 38;

    public static final CplexStatus Feasible = new CplexStatus(23, "Feasible");

    static final int Feasible_Status = 23;

    public static final CplexStatus OptimalPopulated = new CplexStatus(129, "OptimalPopulated");

    static final int OptimalPopulated_Status = 129;

    public static final CplexStatus OptimalPopulatedTol = new CplexStatus(130, "OptimalPopulatedTol");

    static final int OptimalPopulatedTol_Status = 130;

    public static final CplexStatus RelaxationUnbounded = new CplexStatus(133, "RelaxationUnbounded");

    static final int RelaxationUnbounded_Status = 133;

    public static final CplexStatus FirstOrder = new CplexStatus(24, "FirstOrder");

    static final int FirstOrder_Status = 24;

　　

cplexJava源码---计算结果的更多相关文章

  1. java源码——计算大于一个数的最小素数

    根据输入数字,计算大于一个数的最小素数. 话不多说,直接贴码. package com.fuxuemingzhu.countprime.main; import java.util.Scanner; ...

  2. java源码——计算不同图形的周长和面积

    计算任意三角形,正方形,正五边形,圆形的周长和面积. 利用类的继承实现. 将计算结果进行输出. 不多说,贴码. Contants.java 常量存储类 <pre name="code& ...

  3. java源码——计算立体图形的表面积和体积

    计算球,圆柱,圆锥的表面积和体积. 利用接口实现. 上代码. Contants.java 常量存储类 package com.fuxuemingzhu.solidgraphics.contants; ...

  4. Fresco 源码分析(三) Fresco服务端处理(2) Producer具体实现的内容

    我们以mProducerFactory.newNetworkFetchProducer()为例,因为这些创建新的producer的方式类似,区别在于是否有包装的处理器,即如果当前处理器中没有正在处理的 ...

  5. Unity UGUI图文混排源码(一)

    Unity UGUI图文混排源码(一):http://blog.csdn.net/qq992817263/article/details/51112304 Unity UGUI图文混排源码(二):ht ...

  6. 【OpenCV】SIFT原理与源码分析：关键点描述

    <SIFT原理与源码分析>系列文章索引:http://www.cnblogs.com/tianyalu/p/5467813.html 由前一篇<方向赋值>,为找到的关键点即SI ...

  7. 基于案例贯通 Spark Streaming 流计算框架的运行源码

    本期内容 : Spark Streaming+Spark SQL案例展示 基于案例贯穿Spark Streaming的运行源码 一. 案例代码阐述 : 在线动态计算电商中不同类别中最热门的商品排名,例 ...

  8. Apache Spark源码走读之20 -- ShuffleMapTask计算结果的保存与读取

    欢迎转载,转载请注明出处,徽沪一郎. 概要 ShuffleMapTask的计算结果保存在哪,随后Stage中的task又是如何知道从哪里去读取的呢,这个过程一直让我困惑不已. 用比较通俗一点的说法来解 ...

  9. Spark源码剖析 - 计算引擎

    本章导读 RDD作为Spark对各种数据计算模型的统一抽象,被用于迭代计算过程以及任务输出结果的缓存读写.在所有MapReduce框架中,shuffle是连接map任务和reduce任务的桥梁.map ...

随机推荐

  1. struts2访问ServletAPI方式和获取参数的方式

    一.访问ServletAPI的三种方式 方式1:通过让Action类去实现感知接口. 此时项目依赖:servlet-api.jar. ServletRequestAware:感知HttpServlet ...

  2. toString() toArray() 等to方法

    1.toString()方法toString()方法是把对象转成String类型的 println(Ojbect object)的方法他会自动调用被打印对象的toString方法,所以其实你的Syst ...

  3. ansible copy file

    ansible xxxip  -m copy -a 'src=/localdir/file  dest=/sss/xxx/basic_search/bin/'

  4. dgraph 数据加载

    dgraph 可以方便的进行大量的数据加载 下载rdf 文件 wget "https://github.com/dgraph-io/tutorial/blob/master/resource ...

  5. 用zcat查看压缩日志中百度抓取的量

    比如查看124.251.44.85这一台服务器的07-13,07-14,07-15的日志中百度抓取http://www.baidu.com/search/spider.html 的量 wc命令参考博客 ...

  6. php脚本输出js代码不执行的解决办法和原理。

    <?phpecho "<script>alert('我弹出来了')</script>";?> 很简单你一句话就可以在PHP里面输出JS脚本让浏览 ...

  7. JavaScript中类似PHP的uniqid()方法

    JavaScript中类似PHP的uniqid()方法: function generateUIDNotMoreThan1million() { return ("0000" + ...

  8. centos 安装 mysql(指定安装版本)

    第一步: 下载 mysql 包 第二步:   rpm -Uvh mysql文件名.rpm ,这里是 rpm 其实不是安装mysql ,而是安装了一个mysql 的 yum 源 仓库 /etc/yum. ...

  9. vs2015 去除 git 源代码 绑定，改成向tfs添加源码管理

    除了下文的方法是将源码管理从git改成tfs之外,还要做以下几步即可 向tfs添加源码 打开源码管理(管理连接),双击打开你要向其中添加的tfs连接 选中该解决方案,右键 将解决方案添加到源码管理 嵌 ...

  10. 一款easyUI写的界面例子，小记

    后台是用strut2的: 前台界面风格easyUI,感觉挺好用的: <!DOCTYPE html> <html> <head> <meta charset=& ...