C# IRange类代码示例

        internal static bool Intersects(IRange range1, IRange range2)
        {
            Contract.Requires(range1 != null);
            Contract.Requires(range2 != null);

            return range2.End > range1.Start && range1.End > range2.Start;
        }

    public static void Main(string[] args)
    {
        try {
         Cplex   cplex = new Cplex();
         IRange[]  row = new IRange[3];
         INumVar[] var = populateByRow(cplex, row);

         if ( cplex.Solve() ) {
            double[] x     = cplex.GetValues(var);
            double[] slack = cplex.GetSlacks(row);

            System.Console.WriteLine("Solution status = " + cplex.GetStatus());
            System.Console.WriteLine("Solution value  = " + cplex.ObjValue);

            int ncols = x.Length;
            for (int j = 0; j < ncols; ++j)
               System.Console.WriteLine("Variable   " + j +
                                        ": Value = " + x[j]);

            int nrows = slack.Length;
            for (int i = 0; i < nrows; ++i)
               System.Console.WriteLine("Constraint " + i +
                                        ": Slack = " + slack[i]);

            cplex.ExportModel("qcpex1.lp");
         }
         cplex.End();
          }
          catch (ILOG.Concert.Exception e) {
         System.Console.WriteLine("Concert exception '" + e + "' caught");
          }
    }

    internal static INumVar[] populateByRow(IMPModeler model,
                                           IRange[]     row)
    {
        double[]  lb = {0.0, 0.0, 0.0};
          double[]  ub = {40.0, System.Double.MaxValue, System.Double.MaxValue};
          INumVar[] x  = model.NumVarArray(3, lb, ub);

          // - x0 +   x1 + x2 <= 20
          //   x0 - 3*x1 + x2 <= 30
          double[][] val = {new double[]{-1.0,  1.0,  1.0},
                        new double[]{ 1.0, -3.0,  1.0}};
          row[0] = model.AddLe(model.ScalProd(val[0], x), 20.0);
          row[1] = model.AddLe(model.ScalProd(val[1], x), 30.0);

          // x0*x0 + x1*x1 + x2*x2 <= 1.0
          row[2] = model.AddLe(model.Sum(model.Prod(x[0], x[0]),
                                     model.Prod(x[1], x[1]),
                                     model.Prod(x[2], x[2])), 1.0);

          // Q = 0.5 ( 33*x0*x0 + 22*x1*x1 + 11*x2*x2 - 12*x0*x1 - 23*x1*x2 )
          INumExpr x00 = model.Prod( 33.0, x[0], x[0]);
          INumExpr x11 = model.Prod( 22.0, x[1], x[1]);
          INumExpr x22 = model.Prod( 11.0, x[2], x[2]);
          INumExpr x01 = model.Prod(-12.0, x[0], x[1]);
          INumExpr x12 = model.Prod(-23.0, x[1], x[2]);
          INumExpr Q   = model.Prod(0.5, model.Sum(x00, x11, x22, x01, x12));

          // maximize x0 + 2*x1 + 3*x2 + Q
          double[] objvals = {1.0, 2.0, 3.0};
          model.Add(model.Maximize(model.Diff(model.ScalProd(x, objvals), Q)));

          return x;
    }

 public Column(IRange constraint, double constrCoef)
 {
     this.objCoef = 0;
     this.objCoefSet = false;
     this.column = new GRBColumn();
     this.column.AddTerm(constrCoef, constraint.GetConstr());
 }

 public IEnumerable<Month> MonthsOverAvailableCapacity(IRange<Month> months)
 {
     return months.Collect( month =>
       {
     return IsOverCapacity(month);
       });
 }

        internal static bool Includes(IRange range, IRange maybeIncludedRange)
        {
            Contract.Requires(range != null);
            Contract.Requires(maybeIncludedRange != null);

            return range.Start <= maybeIncludedRange.Start && maybeIncludedRange.End <= range.End;
        }

   public static void Main(string[] args) {
      if ( args.Length != 1 || args[0].ToCharArray()[0] != '-' ) {
         Usage();
         return;
      }

      try {
         // Create the modeler/solver object
         Cplex cplex = new Cplex();

         INumVar[][] var = new INumVar[1][];
         IRange[][]  rng = new IRange[1][];

         // Evaluate command line option and call appropriate populate method.
         // The created ranges and variables are returned as element 0 of arrays
         // var and rng.
         switch ( args[0].ToCharArray()[1] ) {
         case 'r': PopulateByRow(cplex, var, rng);
                   break;
         case 'c': PopulateByColumn(cplex, var, rng);
                   break;
         case 'n': PopulateByNonzero(cplex, var, rng);
                   break;
         default:  Usage();
                   return;
         }

         // write model to file
         cplex.ExportModel("lpex1.lp");

         // solve the model and display the solution if one was found
         if ( cplex.Solve() ) {
            double[] x     = cplex.GetValues(var[0]);
            double[] dj    = cplex.GetReducedCosts(var[0]);
            double[] pi    = cplex.GetDuals(rng[0]);
            double[] slack = cplex.GetSlacks(rng[0]);

            cplex.Output().WriteLine("Solution status = " + cplex.GetStatus());
            cplex.Output().WriteLine("Solution value  = " + cplex.ObjValue);

            int nvars = x.Length;
            for (int j = 0; j < nvars; ++j) {
               cplex.Output().WriteLine("Variable   " + j +
                                        ": Value = " + x[j] +
                                        " Reduced cost = " + dj[j]);
            }

            int ncons = slack.Length;
            for (int i = 0; i < ncons; ++i) {
               cplex.Output().WriteLine("Constraint " + i +
                                        ": Slack = " + slack[i] +
                                        " Pi = " + pi[i]);
            }
         }
         cplex.End();
      }
      catch (ILOG.Concert.Exception e) {
         System.Console.WriteLine("Concert exception '" + e + "' caught");
      }
   }

   public static void Main(string[] args) {
      try {
         Cplex cplex = new Cplex();

         INumVar[][] var = new INumVar[1][];
         IRange[][]  rng = new IRange[1][];

         PopulateByRow(cplex, var, rng);

         if ( cplex.Solve() ) {
            double[] x     = cplex.GetValues(var[0]);
            double[] slack = cplex.GetSlacks(rng[0]);

            System.Console.WriteLine("Solution status = " + cplex.GetStatus());
            System.Console.WriteLine("Solution value  = " + cplex.ObjValue);

            for (int j = 0; j < x.Length; ++j) {
               System.Console.WriteLine("Variable   " + j +
                                        ": Value = " + x[j]);
            }

            for (int i = 0; i < slack.Length; ++i) {
               System.Console.WriteLine("Constraint " + i +
                                        ": Slack = " + slack[i]);
            }
         }

         cplex.ExportModel("mipex1.lp");
         cplex.End();
      }
      catch (ILOG.Concert.Exception e) {
         System.Console.WriteLine("Concert exception caught '" + e + "' caught");
      }
   }

        public IRange OriginalToModifiedRange(IRange originalRange)
        {
            Contract.Requires(originalRange != null);
            Contract.Requires(originalRange.Start >= 0);
            Contract.Requires(originalRange.Start <= originalRange.End);
            Contract.Requires(originalRange.End <= OriginalContent.Length);

            int start = originalRange.Start;
            int end = originalRange.End;

            foreach(Change change in changes){
                int oldStart = start;
                if(change.Range.End <= start){
                    start += change.LengthDifference;
                }
                if(change.Range.End <= end){
                    end += change.LengthDifference;
                    System.Diagnostics.Trace.WriteLineIf(change.Range.End > oldStart,
                        "Warning: text was changed overlapping with the range which had been looked up: " + originalRange + " change: " + change);
                }
                else if(change.Range.Start < end)
                {
                    end = Math.Min(end, change.Range.End);
                    System.Diagnostics.Trace.WriteLine(
                        "Warning: text was changed inside the range which had been looked up: " + originalRange + " change: " + change);
                }
            }

            return new Range(start, start + originalRange.Length);
        }

   internal static void PopulateByRow (IMPModeler  model,
                                       INumVar[][] var,
                                       IRange[][]  rng) {
      //  First define the variables, three continuous and one integer
      double[]        xlb = {0.0, 0.0, 0.0, 2.0};
      double[]        xub = {40.0, System.Double.MaxValue,
                                   System.Double.MaxValue, 3.0};
      NumVarType[] xt  = {NumVarType.Float, NumVarType.Float,
                          NumVarType.Float, NumVarType.Int};
      INumVar[]     x  = model.NumVarArray(4, xlb, xub, xt);
      var[0] = x;

      // Objective Function:  maximize x0 + 2*x1 + 3*x2 + x3
      double[] objvals = {1.0, 2.0, 3.0, 1.0};
      model.AddMaximize(model.ScalProd(x, objvals));

      // Three constraints
      rng[0] = new IRange[3];
      // - x0 + x1 + x2 + 10*x3 <= 20
      rng[0][0] = model.AddLe(model.Sum(model.Prod(-1.0, x[0]),
                                        model.Prod( 1.0, x[1]),
                                        model.Prod( 1.0, x[2]),
                                        model.Prod(10.0, x[3])), 20.0);
      // x0 - 3*x1 + x2 <= 30
      rng[0][1] = model.AddLe(model.Sum(model.Prod( 1.0, x[0]),
                                        model.Prod(-3.0, x[1]),
                                        model.Prod( 1.0, x[2])), 30.0);
      // x1 - 3.5*x3 = 0
      rng[0][2] = model.AddEq(model.Sum(model.Prod( 1.0, x[1]),
                                        model.Prod(-3.5, x[3])), 0.0);
   }

        public override Cell ExtractExcelCellProperty(IRange excelCell)
        {
            Cell cell = ExcelReader.ExtractExcelCellProperty(excelCell);

              cell.Borders = GetBorders(excelCell);
              return cell;
        }

    // Step 7
    public static void Main(string[] args)
    {
        if ( args.Length != 1 || args[0].ToCharArray()[0] != '-' ) {
         Usage();
         return;
          }

          try {
        //Step 3

         INumVar[][] var = new INumVar[1][];
         IRange[][]  rng = new IRange[1][];

        // Step 8

        // Step 11

        // Step 9

        // Step 10

         cplex.End();
          }
          catch (ILOG.Concert.Exception e) {
         System.Console.WriteLine("Concert exception '" + e + "' caught");
          }
    }

 public Match(string content, IRange range)
 {
     Contract.Requires(content != null);
     Contract.Requires(range != null);
     Content = content;
     Range = range;
 }

 public override void Setup(IRange range)
 {
     base.Setup(range);
     builder.Setup(range);
     foreach (var decorator in decorators)
         decorator.Setup(range);
 }

        public void SetUp()
        {
            var rangesInWorksheet = new IRange[3][];
              for (int i = 0; i < rangesInWorksheet.Length; i++)
              {
            rangesInWorksheet[i] = A.CollectionOfFake<IRange>(4).ToArray();
            for (int j = 0; j < rangesInWorksheet[i].Length; j++)
            {
              A.CallTo(() => rangesInWorksheet[i][j].Text).Returns(string.Format("{0} {1}", i+1, j+1));
            }
              }

              var range = A.Fake<IRange>();
              for (int i = 0; i < rangesInWorksheet.Length; i++)
              {
            for (int j = 0; j < rangesInWorksheet[i].Length; j++)
            {
              A.CallTo(() => range[i+1, j+1]).Returns(rangesInWorksheet[i][j]);
            }
              }

              _worksheet = A.Fake<IWorksheet>();
              A.CallTo(() => _worksheet.Name).Returns("WorksheetName");
              A.CallTo(() => _worksheet.Cells).Returns(range);

              _sut = ExcelReaderFactory.CreateExcelReader();
        }