Java two-dimensional array and C # Two-dimensional data comparison

1. Java's two-dimensional arrays are very widely used in practical applications. The following example shows the use of a two-dimensional array to print the maximum and minimum values in a set of data.

 Public classmutiarray{intthevalues[][]={        {12,23,33,56,26},        {9,87,68,55,26},        {36,88,98,43,19},        {25,16,8,37,99}      }; //a method for finding the smallest element in a two-dimensional array     Public intminimum () {intLowthevalue=thevalues[0][0];  for(introw=0;row<thevalues.length;row++)        {              for(intcolumn=0;column<thevalues[row].length;column++)             {                 if(Lowthevalue >Thevalues[row][column]) {Lowthevalue=Thevalues[row][column]; }             }        }        returnLowthevalue; }        //a method for finding the largest element in a two-dimensional array     Public intmaximum () {intHighthevalue=thevalues[0][0];  for(introw=0;row<thevalues.length;row++)        {              for(intcolumn=0;column<thevalues[row].length;column++)             {                 if(Highthevalue <Thevalues[row][column]) {Highthevalue=Thevalues[row][column]; }             }         }         returnHighthevalue; }            //Main Method     Public Static voidMain (string[] args) {Mutiarray item=NewMutiarray (); System.out.println ("The smallest element in the array is:" +item.minimum ()); System.out.println ("The largest element in the array is:" +item.maximum ()); }      } 

2. Now look at the two-dimensional array that handles the same values in C #, as shown in the following code:

usingSystem;usingSystem.Collections.Generic;usingSystem.Linq;usingSystem.Text;usingSystem.Threading.Tasks;namespaceconsoleapparray{ Public classMutiarray { Public Static int[,] Mutiarray =New int[4,5]{                    { A, at, -, About, -},                    {9, the, the, -, -},                    { $, the,98, +, +},                    { -, -,8,Panax Notoginseng, About}                }; //defining a two-dimensional array and initializing it//a method for finding the smallest element in a two-dimensional array         Public Static intminimum () {intLowmutiarray = mutiarray[0,0];  for(introw=0; Row <mutiarray.getlength (0); row++)            {                 for(intColumn =0; Column < Mutiarray.getlength (1); column++)                {                    if(Lowmutiarray >mutiarray[row, column]) {Lowmutiarray=mutiarray[row, column]; }                }            }            returnLowmutiarray; }        //a method for finding the largest element in a two-dimensional array         Public Static intmaximum () {intHighmutiarray = mutiarray[0,0];  for(introw =0; Row < Mutiarray.getlength (0); row++)            {                 for(intColumn =0; column < Mutiarray.getlength (1); column++)                {                    if(Highmutiarray <mutiarray[row, column]) {Highmutiarray=mutiarray[row, column]; }                }            }            returnHighmutiarray; }    }    classProgram {Static voidMain (string[] args) {            //traversing a two-dimensional array            foreach(intIteminchMutiarray.mutiarray) {Console.Write (item+",");            } Console.WriteLine (); Console.WriteLine ("The smallest element in a two-dimensional array is:"+mutiarray.minimum ()); Console.WriteLine ("The largest element in a two-dimensional array is:"+mutiarray.maximum ());        Console.ReadLine (); }    }}

The execution results are as follows:

Java two-dimensional array and C # Two-dimensional data comparison