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Part One – Robot Class

In this project, you will create a robot class. The robot objects move within a grid similar to the 3x3 grid shown below to pick up and carry the letters on the grid to different locations.

The grid size should be declared as constants, use a 25X25 grid for our program.

The Robot class must have the following data members and methods:

1. The Robot class has three private data members
   1. An integer type variable for the x component of the location of the robot on the grid
   2. An integer type variable for the y component of the location of the robot on the grid
   3. A char type variable “payload” to hold letters as load
2. The Robot class must have the following public member functions
   1. A default constructor places the robot at location (0,0) and payload to character space: ‘ ‘ ( empty)
   2. A constructor that receives three parameters to initialize the private data members.
   3. Include a set and get method for each of the private data members.
   4. Include a member function print() that prints the location of the robot on the grid as well as its load.
   5. Method pickup(int lx, int ly) with boolean return type. This method examines the current location of the robot and if not at location (lx, ly), it should display a message “not at (lx, ly)” and return false. If the is no load (letters) at the location print “No load at this location” and return false. Otherwise, the method should examine the payload of the robot and if empty it will pick up the load at the location (lx, ly) and place it in the payload and returns true. Note, the character at location (lx, ly) on the grid should be set to blank ( space)
   6. Method dropOff(int lx, int ly) with Boolean return type. This method examines the current location of the robot and if not at location (lx, ly), it should display a message “not at (lx, ly)” and return false. Otherwise, the method examines the payload of the robot and if full, it will drop its load at the location (lx, ly) on the grid and returns true. Note, the grid element grid[lx][ly] should be set to the character that was placed there.
   7. Method moveRight() with a void return type. The method moves robot one unit to the right on the grid. If the robot hits the right boundary of the grid, it should print “Right boundary reached”.
   8. Method moveLeft() with a void return type. The method moves robot one unit to the left on the grid. If the robot hits the left boundary of the grid, it should print “Left boundary reached”.
   9. Method moveUp() with a void return type. The method moves robot one unit up on the grid. If the robot hits the top boundary of the grid, it should print “Top boundary reached”.
   10. Method moveDown() with a void return type. The method moves robot one unit down on the grid. If the robot hits the bottom boundary of the grid, it should print “Bottom boundary reached”.
   11. Method MoveTo(int lx, int ly) with boolean return type. This method checks to see whether the location (lx, ly) is within the boundary of the grid, if not returns false. Otherwise, it uses the combination of moveUp(), moveDown(), moveRight(), moveLeft() methods to move the robot to this new location on the grid. Note: if the robot has to move, say 5, units to the right you must write a loop and call moveRight() five times rather than literally writing moveRight() five times.

Write a nonmember function print2D() that reveries a 2D array of characters and prints it ( in our case 25 elements per row).

Write a main function to test the operation of the robot.

1. Your program should define a 2D array representing the grid char grid [26][26]. Initialize all the elements of the 2D array to blank. Then, place character ‘B’ at the location (10, 8) and ‘C’ at (22, 4). Use print2D() to print the grid
2. Create two robots R1 and R2 using the two constructors. Print the location of the robots.
3. Use the “moveTo()” method to place R1 at the location (23, 24) and R2 at location (15, 3). Print the location of the robots
4. Direct R1 to pick up ‘B’ at the location (10, 8) and place it at the location (20,20). Print the location of the robot. Print the grid.
5. Direct R2 to pick up ‘C’ at the location (22, 4) and place it at location (0, 0). Print the location of the robot. Print the grid.

Part Two - Graphical User Interface

Create a Graphical User Interface for simulating the robot. A sample GUI for this project may be as following.