Read first(instructions)

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Matrix.h(part1)

Matrix.h(part2)

Matrix_main(part1)

Matrix_main(part2)

Matrix_main(part3)

Matrix_main(part4)

Matrix_main(part5)

Matrix.cpp(part1)

Matrix.cpp(part2)

Object.h(just in case you need it, but dont think you will)

Objectives l. Understand the design, implementation, usage and limitation of a Matrix ADT and Vector ADT based on fixed-sized two-dimensional arrays. 2. Gain experience implementing abstract data types using already developed data structures. 3. Gain experience with object-oriented programming abstractions, especially constructors and operator overloading Overview You will implement and test three classes Matrix, Vector and Vector3D Class Matrix implements a matrix with n rows and m columns; this is often call a n x m matrix. Matrix are often depicted as follows: 14 a a a24 a24 33 a 34 32 31 This matrix has size 3 x 4, and each element a is a member of the matrix. Notice that the notation au denotes the element at row i, column j. For example, element a is the element at row 2 and column 3. Likewise, element a is the element at row 3, column 1. For convenience, we often write a matrix M as M law] to indicate that is a matrix with elements au Notice that the number of rows and columns do not need to be the same, but if they are the matrix is called square matrix. You class will keep the current number of row and columns in the matrix. However, each matrix will have a maximum number of rows and columns, defined by the constants Matrix:MAX ROWS and Matrix:MAX COLUMNS (these are defined in the file Matrix h) Your program will implement the following operations on the Matrix class: 1. Matrix addition Objectives l. Understand the design, implementation, usage and limitation of a Matrix ADT and Vector ADT based on fixed-sized two-dimensional arrays. 2. Gain experience implementing abstract data types using already developed data structures. 3. Gain experience with object-oriented programming abstractions, especially constructors and operator overloading Overview You will implement and test three classes Matrix, Vector and Vector3D Class Matrix implements a matrix with n rows and m columns; this is often call a n x m matrix. Matrix are often depicted as follows: 14 a a a24 a24 33 a 34 32 31 This matrix has size 3 x 4, and each element a is a member of the matrix. Notice that the notation au denotes the element at row i, column j. For example, element a is the element at row 2 and column 3. Likewise, element a is the element at row 3, column 1. For convenience, we often write a matrix M as M law] to indicate that is a matrix with elements au Notice that the number of rows and columns do not need to be the same, but if they are the matrix is called square matrix. You class will keep the current number of row and columns in the matrix. However, each matrix will have a maximum number of rows and columns, defined by the constants Matrix:MAX ROWS and Matrix:MAX COLUMNS (these are defined in the file Matrix h) Your program will implement the following operations on the Matrix class: 1. Matrix addition