On the Subject of Negative-Resistance

Thank you for everything.

  • Initially, the module will show an N-dimensional cube, where N is the number on the module.
  • Your friend lost all hope in life. You have to say the right words to them.

Stage I. Read mode

Read mode will show some transformation of an N-dimensional cube, representing the mess of thoughts. You’ll have to read them to understand what to say.

  • To identify the axes, you can use The Octadecayotton’s manual.
  • Choose any positive axis and watch how it transforms. Note down all transforms for all N axes.
  • If any axis transforms to itself, discard it.
  • Choose any undiscarded axis, then write down its transform. Keep prepending the transforms of written down axes until you write down the axis that you initially chose. For example:
    • Transforms (where N=6): [X, Y, Z, W, V, U] -> [+U, -Z, -W, +X, +V, -Y].
    • Discard V -> +V: [X, Y, Z, W, U] -> [+U, -Z, -W, +X, -Y].
    • Set X as the starting axis. X -> +U, U -> -Y, Y -> -Z, Z -> -W, W -> +X.
    • The final sequence: +X-W-Z-Y+U.

Stage II. Submission mode

Submission mode will color all orbs gray. The orbs won’t be moving. It’s time to say something.

  • Pressing any orb will denote the start of the subsequence.
  • Pressing an adjacent orb to the previously pressed one will append the formed axis to the sequence. The entered sequence will always be shown on the module.
  • If a green orb is the only one that is not black or white, pressing it will remove itself from the sequence, else it’ll append the current subsequence into the final sequence. Pressing the red orb of the subsequence will delete it, pressing the blue orb will submit the final sequence. New subsequences cannot reuse orbs that have are already been pressed.
  • If a red orb exists, pressing it will remove the last input from the sequence.

Additional notes

  • In case of a wrong submission, a strike will be given, but the transformations will be the same.
  • You can’t go back to Read mode without striking. Either you solve the module or redo all the work.