On the Subject of Fused Uncomplicated Strats

Not Now, Everything And Us, Infinity Stages Later.

Forget Me Not (“--” display)

New encrypted = (table + old encrypted) % 10

1st: Unlit CAR, 2 | Unlit > lit inds, 7 | No unlit, lit inds | Else, last SN digit

2nd: Serial port and 3+ SN digits, 3 | 1st is even, 1st + 1 | Else, 1st - 1

3rd+: Either 0, largest SN digit | Both even, smallest SN odd | Else, 2 prev sum MSD

Simon Stages (color indicator)

Digit opposite = (last SN digit * 2 - old encrypted digit - 1) % 10

Red	Blue	Pink	Lime	Cyan	White
Nothing	Reverse	Opposite	Opp Reverse	Opp 1st, 12th	Opp 2nd, 3rd

Forget Me Later (cycling 12 numbers, red border)

R - old encrypted.
L - last new encrypted.
S - second-last new encrypted.

0th and -1st new encrypted = 0

New encrypted = |E| % 10

All Digits: RCA present, reverse group Always +batteries to each SN has “F” or “I”, -SN letter count from each

1st Digit: “Needy Tetris” present, =1st unmodified + 7 >9 and even, /2 <5, +last SN digit Else, +1

2nd Digit: Dupe ports present, +dupe port types No ports, +1st and 3rd unmodified Else, +ports

3rd Digit: RCA present, no modification >6, =binary digit sum in 3rd unmodified <3, absolute value Else, =3rd unmodified + smallest SN digit

4th Digit: <0, +largest SN digit Else, no modification

0,1 2,3 4,5 6,7 8,9 0 0 1 2 3 4 1 5 6 7 8 9 2 E E+1 9-E E-1 E+5 3 9 8 5 6 7 4 4 3 0 1 2 5th Digit: =table cell Row: this digit % 5 Column: first SN digit. “E” - 5th unmodified.

Forget Infinity
(“/” between 2 numbers)

Leave digits at positions on display unchanged.

Follow instructions on right for both groups of 5 digits.

Afterwards, modulo each digit by 10.

A>N<D (cycling 12 logic gates)

First digit = old encrypted.
Second digit = bottom string.

Use gate on 4-digit binary.

Odd pos: digital root
Even pos: % 10

	00	01	10	11
∧	0	0	0	1
∨	0	1	1	1
⊻	0	1	1	0
|	1	1	1	0
↓	1	0	0	0
↔	1	0	0	1
→	1	1	0	1
←	1	0	1	1
¬	1	1	0	0

	Z	E	O
1	0.2	4	3
2	0.4	0	4
3	0.6	4	9
4	0.6	4	6
5	1	4	1
6	1	8	9
7	1.4	8	7
8	1.4	8	4
9	2	2	9
10	2	2	1
11	2.4	2	7
12	2.4	0	9

Forget Me Now (yellow 2 digit number)

New encrypted = (T + old encrypted) % 10
Table row = digit position.

Either prev 2 are 0, T = column Z * 1st SN digit, round up.
Both previous 2 are even, T = column E.
Otherwise, T = column O + both previous new encrypted.

-1st new encrypted = last SN digit.
0th new encrypted = digital root of display number.

Forget Everything (3 LEDs)

LEDs are 3 distinct colors, use absent color.
LEDs show multiple of same color, use that color.

C = old encrypted
P = bottom string
New encrypted = table % 10

Red	Yellow	Green	Blue
P+C	P-C	P+C+5	C-P

Forget Us Not (cycling 12 green numbers)

Nth group = Nth, N+1th, N+2th old encrypted.
13th and 14th old encrypted are treated as 1st and 2nd old encrypted.

• SN has 4 letters, key digit = 1st of group.
• SN has 3 letters, key digit = 2nd of group.
• SN has 2 letters, key digit = 3rd of group.

New encrypted digit = (|non-key digits difference| + |key digit - batteries|) % 10

Insert new encrypted digits into positions shown on display.