On the Subject of Forget Me Later

Don't judge a book by its cover.
Judge it by its blurb.

Initially, the module will cycle through a sequence of digits shown on the bottom screen.
This sequence has as many steps as there are regular modules on the bomb.

Solving one regular module will cause the module to enter into its input phase, revealing two input digits on the bottom screen.

After each solve, a single input is required. This input is given by the last digit of the absolute value of the output of the rule that corresponds to the number shown in the small display.

There are sixty possible functions to apply.

If an incorrect input is made, the correct input will be shown on the bottom screen and the sequence of original digits will be shown once again before the buttons can be pressed.

A strike will be incurred from each incorrect input, and each skipped stage.

Displayed NumberThe next input is...
0The digit received at this step of the sequence.
1One plus the received digit.
2Double the received digit.
3The received digit plus the last input.
4The last input minus the received digit.
5The difference between the last two inputs.
6The second-last input minus the received digit.
7The received digit plus the last input plus one.
8The received digit plus the second-last input plus one.
9The sum of the last two inputs plus one.
10The last input,
11The last input plus one.
12Double the last input.
13The sum of the last two inputs.
14The received digit minus one.
15The last input minus one.
16The second-last input minus one.
17The last input plus the received digit minus one.
18The second-last input label plus the received digit minus one.
19The sum of the last two inputs minus one.
20The second-last input.
Displayed NumberThe next input is...
21The second last input plus one.
22Double the second-last input.
23The second-last input plus the received digit.
24Double the sum of the last two inputs.
25Double the sum of the last input and the received digit.
26Double the sum of the second-last input and the received digit.
27Double the difference between the last two inputs.
28Double the difference between the last input and the received digit.
29Double the difference between the second-last input and the received digit.
30Triple the received digit.
31Triple the last input.
32Triple the second-last input.
33Triple the sum of the last two inputs.
34The second-last input plus three times the last input.
35The last input plus three times the received digit.
36The second-last input plus three times the received digit.
37The received digit plus three times the last input.
38The received digit plus three times the second-last input.
39The last input plus three times the second-last input.
40Five plus the received digit.
41Five plus the last input.
42Five plus the second-last input.
43The received digit plus two times the last input.
44The received digit plus two times the second-last input.
45The last input plus two times the received digit.
46The second-last input plus two times the received digit.
47The difference between the second-last input and two times the last input.
48The difference between the received digit and two times the last input.
49The difference between the last input and two times the second-last input.
50Nine minus the received digit.
51Nine minus the last input.
52Nine minus the second-last input.
53Eighteen minus the sum of the received digit and the last input.
54Eighteen minus the sum of the received digit and the second-last input.
55Eighteen minus the sum of the last two inputs.
56Eighteen minus two times the received digit.
57Nine minus the difference between the last input and the received digit.
58Nine minus the difference between the second-last input and the received digit.
59Nine minus the difference between the last two inputs.