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This repository contains a Java project focused on matrix inversion and various matrix operations. The project includes classes for handling matrices, performing calculations, and displaying results. The primary functionality demonstrates the inversion of matrices and other related operations.

• Matrix Representation: Defines a class for representing matrices and their properties.
• Matrix Inversion: Implements algorithms to calculate the inverse of a matrix.
• Matrix Operations: Provides methods for other matrix operations such as addition, subtraction, and multiplication.
• User Interaction: Handles user input to create matrices and perform operations on them.
• Result Display: Outputs the results of matrix operations, including the inverse matrix.

The main class initializes the program, handles user input, and invokes methods for matrix operations.

publicclassMain {publicstaticvoidmain(String[]args) {Scannerscanner =newScanner(System.in);// Example usage for matrix inversionSystem.out.print("Enter the size of the square matrix: ");intsize =scanner.nextInt();double[][]matrixData =newdouble[size][size];System.out.println("Enter the elements of the matrix:");for (inti =0;i <size;i++) {for (intj =0;j <size;j++) {matrixData[i][j] =scanner.nextDouble();            }        }Matrixmatrix =newMatrix(matrixData);MatrixinverseMatrix =matrix.inverse();System.out.println("Original Matrix:");matrix.print();System.out.println("Inverse Matrix:");inverseMatrix.print();    }}

TheMatrix class represents a matrix and includes methods for inversion and other operations.

publicclassMatrix {privatedouble[][]data;privateintsize;publicMatrix(double[][]data) {this.data =data;this.size =data.length;    }publicMatrixinverse() {// Algorithm to compute the inverse of the matrix    }publicvoidprint() {for (inti =0;i <size;i++) {for (intj =0;j <size;j++) {System.out.print(data[i][j] +" ");            }System.out.println();        }    }// Other matrix operations (addition, subtraction, multiplication)}

1. Compile the Java files using a Java compiler (e.g.,javac).
2. Run the main class (Main) to start the program.
3. Follow the prompts to enter the size and elements of the matrix.
4. The program will calculate and display the inverse of the matrix along with other matrix operations if implemented.

• Main: The main class that handles user input and program execution.
  • main(String[] args): The entry point of the program.
• Matrix: A class representing a matrix with methods for inversion and other operations.
  • Matrix(double[][] data): Constructor that initializes the matrix with given data.
  • inverse(): Method that calculates and returns the inverse of the matrix.
  • print(): Method that prints the matrix.