On the Subject of Jupiter
What a convoluted solving process... Too bad it’s been overly simplified!
- Starting with the sum of the serial number digits, apply the operations obtained from the table below:
-
- SL = Status Light; Jupiter’s Bottom spot is brighter than the Top spot; The Front orientation is obtained by clicking on the module and not rotating it at all.
- Apply all operations in order one by one, and remove any decimals after every operation.
- After applying all operations, press Jupiter when the last digit of the timer is equal to your final number modulo 10.
| SL Position | Bottom | Front | Operations |
|---|---|---|---|
| Top-left | Clock | Clock | *3; |11; %5; +11; ^2; +8 |
| Counter | *3; ^2; +3 | ||
| Counter | Clock | *3; |11; %9; +11; ^2; +6 | |
| Counter | *3; ^2; +3 | ||
| Top-right | Clock | Clock | *1.5; %9; +3 |
| Counter | *1.5; *3; +4 | ||
| Counter | Clock | *1.5; %9; +3 | |
| Counter | *1.5; +3 | ||
| Bottom-left | Clock | Clock | |1; +7; %5; |1; +7; %9; +7 |
| Counter | |1; +7; %5; |1; +7; %9; +7 | ||
| Counter | Clock | |1; ^2; +3 | |
| Counter | |1; ^2; +3 | ||
| Bottom-right | Clock | Clock | |1; *7; ^2; +5 |
| Counter | |1; *7; ^2; +11; +5 | ||
| Counter | Clock | |1; *1.5; *7; |1; *1.5; -2; *1.5; +7; *1.5; &9; +2 | |
| Counter | |1; *1.5; *7; |1; *1.5; -2; *7; ^2 |
| Type | Explanation |
|---|---|
| | | Converting your number into binary, compare each bit with the number in the table, and if either bit is 1, then the resulting bit is 1. The final result should then be converted back into decimal. If your number is negative, do nothing. |
& |
Converting your number into binary, compare each bit with the number in the table, and if both bits are 1, then the resulting bit is 1. The final result should then be converted back into decimal. If your number is negative, do nothing. |
| ^ | Raise your number to the power shown. |
| % | Subtract the number after the % from your current number repeatedly until your current number is less than the number you are subtracting. |