The fourth dimension
Printing arrays is a good way to check code output for small arrays like sudoku_game_and_solution
, but it becomes unwieldy when dealing with bigger arrays and those with higher dimensions. Another important check is to look at the array's .shape
.
Now, you'll create a 4D array that contains two sudoku games and their solutions. numpy
is loaded as np
. The game_and_solution
3D array you created in the previous example is available, along with new_sudoku_game
and new_sudoku_solution
.
This exercise is part of the course
Introduction to NumPy
Exercise instructions
- Create another 3D array called
new_game_and_solution
with a different 2D game and 2D solution pair:new_sudoku_game
andnew_sudoku_solution
.new_sudoku_game
should appear beforenew_sudoku_solution
. - Create a 4D array called
games_and_solutions
by making an array out of the two 3D arrays:game_and_solution
andnew_game_and_solution
, in that order. - Print the shape of
games_and_solutions
.
Hands-on interactive exercise
Have a go at this exercise by completing this sample code.
# Create a second 3D array of another game and its solution
new_game_and_solution = ____
# Create a 4D array of both game and solution 3D arrays
games_and_solutions = ____
# Print the shape of your 4D array
print(____)