2D-Circular-Linked-List

C++ - 2D Matrix

• Manipulate rows and column of a 2D matrix built using Linked Lists
• Build an m-by-n (row-by-column) matrix (max size: 8-by-8)

Operations available to manipulate the data in the matrix:

1. Right Circular Shift: A particular row of a matrix performs a circular shift to the right by one cell.
2. Left Circular Shift: A particular row of a matrix performs a circular shift to the left by one cell.
3. Up Circular Shift: A particular column of a matrix performs a circular shift upward by one cell.
4. Down Circular Shift: A particular column of a matrix performs a circular shift downward by one cell.
5. Reverse Row: A particular row of a matrix is flipped.

Assumptions and Important Notes:

1. Row and column numbers are counted from the index 0
2. The data inside the Matrix are numbers arranged in ascending order when a Matrix is built
3. Program ends when the Matrix is in reverse order, i.e. the numbers in each row are arranged in descending order