NUI Galway CT5132/CT5148 Programming and Tools for AI (James McDermott)

By writing my name below and submitting these file, I declare that all code is my own work, excluding any available open source libraries. I have not seen any work on this assignment by another student or group.

Student name(s): Keith Bines

Student ID(s): 19234297

The following task where attempted

• The size of the solution grid is found by multiplying the number of coloured cells in the input grid by 5
• Until no more coloured cells for each coloured cell in the input grid
  • get the position of the cell in the input grid as the start cell
  • For each row starting from the bottom row and leftmost column side of the solution grid
    • move to the start cell and set its colour to the current input grid cell colour
    • if the current solution cell is the last column on the right end loop
    • else move to nex row up and increment start cell

#Implemetation Notes

• Each solution_.py will be a template to perform the same common process
  • Call arclib.get_json to get the json data and the task name from the file
  • task name will be a global variable
  • call the solve function passing the json input extracted from the file
  • Solve will:
    • Create a task object which will
      • use a dispatch table to execute the method for this task
      • populate the solution attribute
    • call the task.print_solution method to output the solution