N mathematics (talking billions and over here)
Posted: 2010.07.06 (16:27)
I decided to find out just how vast the screen of N is. It is so impossibly vast, I cannot grasp.
Placing one Door and Switch on a 100 x 100 pixel grid with 10 x 10 squares, and assuming you can orientate the door in each square for every side, and put the switch on any pixel, you get 4 000 000 (400 x 10 000) combinations. 4 000 000 x 4 000 000 is 16 000 000 000 000. Or 16 billions. That is two doors on a many times smaller grid than N, with no variation on any other objects what so ever.
No surprise this game can keep you on your grip. The next step is to find all combinations for the 34 different tiles and the many different positions.
Placing one Door and Switch on a 100 x 100 pixel grid with 10 x 10 squares, and assuming you can orientate the door in each square for every side, and put the switch on any pixel, you get 4 000 000 (400 x 10 000) combinations. 4 000 000 x 4 000 000 is 16 000 000 000 000. Or 16 billions. That is two doors on a many times smaller grid than N, with no variation on any other objects what so ever.
No surprise this game can keep you on your grip. The next step is to find all combinations for the 34 different tiles and the many different positions.