Arbitrary definition of a two-dimensional array, to achieve the transpose of the Matrix--java

Import Java.util.Scanner;

/*

* Arbitrarily define a two-dimensional array, write a program to implement the Matrix transpose.

* */

Public class Matrixtransposition {

　　Public static void Main (string[] args) {

Create the RowNumber and ColumnNumber of the matrix

Scanner input = new Scanner (System. in);

System. out. println ("Input the RowNumber and ColumnNumber");

int rowNumber = Input.nextint (); 　　　　

int columnnumber = Input.nextint (); 　　　　

//create The Matrix

int matrix[][] = Creatematrix (rownumber,columnnumber); Deliver the RowNumber and ColumnNumber 　　　　

Outputmatrix (matrix);

　　　　System. out. println ("The Transform result is:");

int transitionresult[][] = Transformmatrix (matrix); 　　　　

//input Matrix

Outputmatrix (transitionresult);

}

Create matrix

　　Public static int[][] Creatematrix (int x,int y)

{

Scanner input = new Scanner (System. in);

//input the datas;

System. out.println ("please the Datas");

int array[][] = new int[x][y]; 　　　　

For (int i = 0;i < array. Length;i + +) 　　　　

{

For (int j = 0;j < Array[i]. length;j++) 　　　　　　

{

Array[i][j] = Input.nextint ();

}

}

return array; 　　　　

}

Tranform Matrix

　　Public static int[][] Transformmatrix (int matrix[][])

{

int a[][] = new int[matrix[0]. Length][matrix. Length]; 　　　　

For (int i = 0;i < matrix[0]. length;i++) 　　　　

{

For (int j = 0;j < Matrix. length;j++) 　　　　　　

{

A[i][j] = matrix[j][i];

}

}

return A;

}

Output matrix

　　Public static void Outputmatrix (int matrix[][])

{

For (int i = 0;i < matrix. length;i++) 　　　　

{

For (int j = 0;j < Matrix[i]. length;j++) 　　　　　　

{

System. Out.print (matrix[i][j]+"");

}

System. Out.println ();

}

}

}

Arbitrary definition of a two-dimensional array, to achieve the transpose of the Matrix--java