code: def parse_cell(line, world_size):
      
      # Remove "CELL "
      line = line[4:]
  
      # Extract information
      sline = [i.strip() for i in line.split(":")]
      name = sline[0]
      name = reduce_resource_name_to_task(name)
      cell_components = sline[1].split(",")
      cells = []
  
      # List all cells
      for i in range(len(cell_components)):
          if ".." in cell_components[i]:
              cell_range = [int(j) for j in cell_components[i].split("..")]
              for j in range(int(cell_range[0]), int(cell_range[1]+1)):
                  cells.append(j)
          else:
              cells.append(int(cell_components[i]))
  
      if cells == [""]:
          return (name, [])
  
      xy_pairs = [(int(c) % world_size[0], int(c)//world_size[0]) for c in cells]
  
      return (name, xy_pairs)
docs: Takes a string representing a CELL resource (as specified in Avida
      environment files) and a tuple representing the x and y dimensions of the
      world, and returns the name of the resource and a list of
      tuples representing the cells it's in.