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78 ratings
不使用 @、gen 的指南 / walkthroughs without using @ or gen
By XuLYC
相当一部分解决方案抄自这里
全部的解决方案都修改为不使用 @、gen 了，因为它们没有出现在目前版本（Ver 3.2）的说明书中

Many solutions are copied from here
All the solutions are not using @ or gen, cause they are not showing up in the latest manual (Ver 3.2)
   
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Created by
XuLYC
Offline
Category: Walkthroughs
Languages: Simplified Chinese, English
Posted
Updated
5 Jan, 2017 @ 5:20am
7 Mar, 2017 @ 6:54am
4,474 Unique Visitors
148 Current Favorites
Guide Index
Overview
1. FAKE SURVEILLANCE CAMERA 
2. CONTROL SIGNAL AMPLIFIER 
3. DIAGNOSTIC PULSE GENERATOR 
4. ANIMATED ESPORTS SIGN 
5. DRINKING GAME SCOREKEEPER 
6. HARMONIC MAXIMIZATION ENGINE 
7. PASSIVE INFRARED SENSOR 
8. VIRTUAL REALITY BUZZER 
9. WIRLESS GAME CONTROLLER 
10. LASER TAG EQUIPMENT 
11. COLOR-CHANGING VAPE PEN 
12. UNKNOWN OPTIMIZATION DEVICE 
13. TOKEN-BASED PAYMENT KIOSK 
14. PERSONAL SANDWICH MAKER 
15. CARBINE TARGET ILLUMINATOR 
16. HAUNTED DOLL 
17. AQUAPONICS MAINTENANCE ROBOT 
18. REMOTE KILL SWITCH 
19. SMART GRID CONTROL ROUTER 
20. POCKET I CHING ORACLE 
21. PRECISION FOOD SCALE 
22. CRYPTOCURRENCY DEPOSIT TERMINAL 
23. POLLUTION-SENSING SMART WINDOW 
24. TRAFFIC SIGNAL 
25. MEAT-BASED PRINTER 
26. ELECTRONIC DOOR LOCK 
27. DEEP SEA SENSOR GRID 
28. SPOILER BLOCKING HEADPHONES 
29. COLOR COORDINATING SHOES 
30. AIRLINE COCKTAIL MIXER 
31. SAFETYNET TRACKING BADGE 
1. COLD STORAGE ROBOT 
2. SCIENTIFIC CHRONOMETER 
3. AUTOMATIC PET FEEDER 
4. ELECTRONIC PRACTICE TARGET 
5. KELP HARVESTING ROBOT 
6. SUSHI-MAKING ROBOT 
7. THORIUM REACTOR STATUS MONITOR 
8. BRAIN-COMPUTER INTERFACE 
9. CELLULAR SCAFFOLD PRINTER 
10. NEURAL PROCESSOR LOGIC BOARD 
0451. SHENZHEN I/O TRAILER 
Comments
1. FAKE SURVEILLANCE CAMERA
6-60-12

mov 0 p0 slp 6 mov 100 p0 slp 6 # why is this # so hard? :(
mov 0 p0 slp 4 mov 100 p0 slp 2 mov 0 p0 slp 1 mov 100 p0 slp 1
2. CONTROL SIGNAL AMPLIFIER
3-240-4

mov p0 acc mul 2 mov acc p1 slp 1
3. DIAGNOSTIC PULSE GENERATOR
3-164-5

teq p0 100 + mov 100 p1 + slp 1 mov 0 p1 slp 1
4. ANIMATED ESPORTS SIGN
8-126-12

mov 100 p0 slp 1 mov 0 p0 slp 1
mov 1 x1 slp 6 mov 10 x1 slp 1 mov 100 x1 slp 2 mov 10 x1 slp 1
5. DRINKING GAME SCOREKEEPER
3-323-8

teq p1 100 + add 1 teq p0 100 + sub 2 tlt acc 0 + mov 0 acc mov acc x1 slp 1
6. HARMONIC MAXIMIZATION ENGINE
4-310-6

teq x0 10 mov p0 acc + mul 4 + sub 150 mov acc p1 slp 1
7. PASSIVE INFRARED SENSOR
6-302-8

teq p1 x0 + mov 10 acc teq p1 x1 + mov 0 acc tgt p0 19 + mov acc x3 - mov 0 x3 slp 1
8. VIRTUAL REALITY BUZZER
5-226-10

off: teq x0 1 - mov 0 p1 - slp 1 - jmp off + mov 0 acc on: teq x0 0 - not - mov acc p1 - slp 1 - jmp on
9. WIRLESS GAME CONTROLLER
8-204-8

teq x0 -1 + mov p0 x1 + mov p1 x1 + mov 0 acc + dst x3 2 + add x2 + mov acc x1 slp 1
10. LASER TAG EQUIPMENT
9-495-16

dead: teq p0 0 - mov 100 x1 slp 1 + jmp dead alive: teq p1 0 - mov 0 x1 slp 1 + jmp alive
teq p1 100 + mov x1 acc tgt acc 0 + teq p0 100 + mov 100 x0 + sub 1 - mov 0 x0 slp 1
11. COLOR-CHANGING VAPE PEN
6-262-18

mov x0 acc teq acc -999 - mov x0 x1 - mov x0 p0 - mov acc p1 - slx x1 - teq x1 0 - mov p0 p1 slp 1
slx x1 mov x1 p1 nop mov x0 acc teq acc 999 + mov 0 x1 - slp acc - mov 1 x1 - mov 0 p1
12. UNKNOWN OPTIMIZATION DEVICE
6-705-14

tgt p1 39 + tlt p1 80 + tgt p0 39 + tlt p0 80 + mov 50 x1 - mov 0 x1 slp 1
tgt p0 19 + tlt p0 60 + mov 0 acc - mov 30 acc add x0 mov acc p1 slp 1
13. TOKEN-BASED PAYMENT KIOSK
14-331-33

teq x1 0 + jmp stay tcp x1 10 add 5 - sub 4 + add 7 tlt acc x0 - sub x0 - mov acc x3 - mov 0 acc - mov 100 p1 - slp 4 - mov 0 p1 stay: slp 1
slx x0 mov x0 acc 5: tgt acc 4 + sub 5 + mov 100 p1 + slp 1 + mov 0 p1 + slp 1 + jmp 5 - mov acc x2
slx x0 mov x0 acc 1: tgt acc 0 + sub 1 + mov 100 p1 + slp 1 + mov 0 p1 + slp 1 + jmp 1
14. PERSONAL SANDWICH MAKER
11-100-26

slx x1 mov x1 acc mov 100 p1 slp 1 mov 0 p1 mov 100 x3 slp 1 mov 0 x3 teq acc 2 - mov 10 x3 - slp 1 - mov 0 x3 mov acc x2
slx x0 mov x0 acc teq acc 3 mov 1 x3 slp 1 + slp 1 mov 0 x3 mov 100 p1 slp 1 mov 0 p1 mov 100 p0 slp 3 mov 0 p0
15. CARBINE TARGET ILLUMINATOR
9-224-14

s:mov x0 dat teq dat 1 + mov 0 acc slp 1 - jmp s a:mov x0 dat teq dat 10 + mul 2 + mov acc x3 + mov x2 p1 + mov x2 x1 slp 1 - add 1 - jmp a
16. HAUNTED DOLL
9-215-14

teq p0 1 1: + mov x0 p1 + tgt x1 0 + slp 1 + jmp 1 - teq p0 2 2: + mov x2 p1 + tgt x3 0 + slp 1 + jmp 2 - mov 50 p1 3: slp 1 tgt p0 2 + jmp 3
17. AQUAPONICS MAINTENANCE ROBOT
10-190-28

mov 50 p1 slx x0 mov x0 dat move: tcp dat acc + add 1 + mov 100 p1 - sub 1 - mov 0 p1 slp 1 mov 50 p1 slp 1 teq acc dat - jmp move mov dat x0
sleep: mov x1 acc teq acc -999 + slp 1 + jmp sleep teq acc dat - mov acc x0 - slx x0 - mov x0 dat mov 100 p1 slp x1 mov 100 p0 mov 0 p1 slp x1 mov 0 p0
18. REMOTE KILL SWITCH
9-465-19

mov x0 dat add 1 teq acc 5 + mov -1 x3 teq dat -999 - mov 0 acc + jmp s teq dat -1 - mov dat x3 - mov x0 x3 s:slp 1
slx x0 tcp x0 0 - mov 0 acc - jmp e + dst x0 1 + jmp e dst x0 0 e:mov acc x1
19. SMART GRID CONTROL ROUTER
5-298-10

1: slx x0 mov x0 acc tgt acc 100 + mov acc dat tcp dat x3 - mov acc x1 - jmp 1 + mov acc x3 + jmp 1 mov acc x2
20. POCKET I CHING ORACLE
12-274-23

slx x3 mov x3 null mov 0 acc teq p1 100 + dst 0 1 slp 1 teq p1 100 + dst 1 1 slp 1 teq p1 100 + dst 2 1 mov acc x3
s:teq p1 0 + slp 1 + jmp s mov null x1 slp 2 mov x1 dat slp 1 mov 100 x1 slp 2 mov x1 x3 mov dat x2
21. PRECISION FOOD SCALE
5-426-14

teq p0 0 jmp off on:teq p0 100 + mov acc dat tlt dat 0 + mov 0 dat teq p0 100 + teq acc 0 + mov -999 x3 mov p1 acc sub dat off:- mov acc x3 slp 1 - jmp on
22. CRYPTOCURRENCY DEPOSIT TERMINAL
14-886-30

r:mov x0 acc tcp acc -1 - jmp s + mov acc x2 + jmp r mov 0 x3 mov 100 x1 s:-mov 0 x1 slp 1
r:slx x0 teq x0 100 + jmp w teq x1 0 + jmp r teq x1 1 + add 20 teq x1 10 + add 50 teq x1 100 + add 100 jmp r w:mov acc x3 mov 0 acc
slx x2 mov x2 acc w:teq x1 8 - mov x0 x3 - jmp w mov acc x3 mov 0 x1
23. POLLUTION-SENSING SMART WINDOW
7-322-9

mov 8 x1 l:add p0 mov p0 x0 sub x3 tgt acc 399 + mov 0 p1 - mov 100 p1 slp 1 jmp l
24. TRAFFIC SIGNAL
9-825-21

s:slx x2 mov x2 acc l:sub x0 tgt acc 0 - mov 100 x2 - jmp s sub x1 tgt acc 0 - mov 10 x2 - jmp s sub x3 tgt acc 0 - mov 1 x2 + jmp l
teq p0 100 + mov 0 acc + mov 0 x1 - add 1 - mov acc x0 - mov x0 x1 slp 1
25. MEAT-BASED PRINTER
11-142-19

slx x0 mov x0 x1 mov 100 p1 slp 7 mov 0 p1
s:slx x3 tcp x3 2 + mov 11 x2 + slp 7 + mov 0 x2 + jmp s mov 7 x1 - mov 0 x1 l:mov x0 x2 slp 1 teq x1 7 - teq x1 0 - jmp l mov 0 x2
26. ELECTRONIC DOOR LOCK
12-516-27

s:slx x0 teq p0 100 - jmp r + mov 0 x3 w:+ mov x0 x2 + tlt x3 10 + jmp w jmp s r:mov 10 acc l:sub 1 mov x0 x1 teq acc 0 - jmp l
s:slx x2 mov 0 acc mov 0 x1 l:mov x2 dat teq dat x0 - dst 0 1 teq dat 9 - dst 1 1 teq x1 10 - jmp l teq acc 11 - mov 100 p1 - slp 6 - mov 0 p1
27. DEEP SEA SENSOR GRID
10-660-20

mov 2 acc s:add 2 mov p1 x2 mov p0 x2 teq x0 x1 - jmp e teq x0 2 + add 1 mov acc x3 + sub 1 e:slp 1 jmp s
slx x2 mov 6 acc mov x2 x1 l:sub 1 mov x0 x3 mov x0 null teq acc 0 - jmp l
28. SPOILER BLOCKING HEADPHONES
11-1142-23

mov x0 acc teq acc -999 + jmp s mov 0 x3 mov x0 dat l:teq acc x2 - mov x2 null + teq dat x2 + mov 1 x1 + jmp e teq x3 12 - jmp l s:mov 0 x1 e:slp 1
off:teq x1 1 - mov p0 p1 + mov 50 p1 on:slp 1 - jmp off mov x1 null teq x0 0 - mov p0 p1 jmp on
29. COLOR COORDINATING SHOES
23-973-44

teq p1 0 + jmp s mov p0 acc dgt 1 teq acc 2 + mov 3 acc mov acc dat mov dat x3 mov x2 acc add 1 mov dat x3 mov acc x2 s:slp 1
slx x2 mov x2 x0 l:mov 0 x1 teq x0 9 - jmp l
slx x2 mov x2 x1 1:mov x0 dat tgt dat acc + mov dat acc teq x1 9 - jmp 1 mov 3 x1 2:teq x0 acc + mov x1 x2 - jmp 2 mov 0 acc mov 3 x3
mov 50 p1 mov 50 p0 off:teq x3 0 on:slp 1 + jmp off teq x3 0 + mov 3 x2 + mov x2 acc + mul 2 + mov acc x1 + mov x0 p1 + mov x0 p0 jmp on
30. AIRLINE COCKTAIL MIXER
15-148-17

slx x0 mov x0 acc mul 2 mov acc x3 mov acc x2
slx x1 mov x1 x3 l:mov x2 x0 slp x2 teq x3 6 + jmp l mov 0 x0
slx x0 mov x0 x3 mov x2 x1 slp x2 mov 0 x1
31. SAFETYNET TRACKING BADGE
12-465-25

teq p0 0 + jmp s mov p1 acc tlt p0 51 + add 1 tgt p0 79 + mov 100 dat - mov acc x1 - mov x0 dat s:teq x3 1 + mov dat x2 slp 1
teq x2 1 + mov x2 acc l:+ mov x2 p1 + mov null x1 + sub 1 + slp 1 + tgt acc 0 + jmp l - mov 50 p1 - teq x0 x2 + mov 1 x1 - mov 0 x1 slp 1
1. COLD STORAGE ROBOT
19-372-46

tcp x1 1 - jmp s mov 0 dat + mov x1 dat mov 0 x3 l:teq dat x2 - jmp l mov x3 x0 tgt dat 0 + mov 0 acc - mov x1 acc mov acc x0 mov acc x0 s:slp 1
mov 50 p1 slx x3 mov x3 acc tgt x3 0 mov x3 dat + mov dat x2 + slp 2 mov 100 p1 slp acc mov 50 p1 - mov dat x2 slp 2 mov 0 p1 slp acc
slx x3 mov x3 acc mov acc x2 sub 1 mov acc x1 mov x3 x2 add 2 mov acc x2 mov x3 x0
slx x1 mov x1 acc mov 100 x2 slp 1 mov 10 x2 slp acc mov 110 x2 slp 1 mov 0 x2
2. SCIENTIFIC CHRONOMETER
15-438-40

s:slx x3 mov x3 acc l:mov acc x2 slp 1 teq p1 100 + mov acc x3 + jmp s teq p0 100 - jmp l teq acc 0 - mov 0 acc - jmp l + mov -1 x3 + mov -999 x2
teq p1 100 - jmp s 2:mov acc x1 slx x1 mov x1 acc teq acc -1 + mov 0 acc + jmp s 1:mov acc x3 slx x3 mov x3 acc jmp 2 s:slp 1
s:slx x1 mov x1 acc mov 0 dat l:slp 1 teq dat 1 + mov 0 dat + add 1 - mov 1 dat mov acc x3 teq p1 100 + mov acc x1 + jmp s jmp l
3. AUTOMATIC PET FEEDER
VER 1: 16-1054-35

mov x0 acc mov acc x1 mov acc x2 mov acc x3 slp 1
slx x1 sub 1 teq x1 1 + tlt acc 1 + mov x0 acc + mov 0 x2 + mov x3 x2
slx x0 sub 1 teq x0 2 + tlt acc 1 + mov x1 acc + mov 1 x3 + mov x2 x3
slx x0 sub 1 teq x0 3 + tlt acc 1 + mov x1 acc + mov 2 x3 + mov x2 x3
slx x0 mov x1 acc dgt x0 teq acc 0 + mov x0 p1 - mov x0 p0 slp 1 + mov 0 p1 - mov 0 p0

VER 2: 18-739-42

mov x0 dat add 1 teq dat 1 + mov acc x3 + mov acc x3 teq dat 2 + mov acc x2 + mov acc x2 teq dat 3 + mov acc x1 + mov acc x1 slp 1
slx x0 tgt acc x0 - mov 0 x3 - mov x2 x3 - mov x0 acc - add x1 + mov x0 null
slx x1 tgt acc x1 - mov 1 x2 - mov x3 x2 - mov x1 acc - add x0 + mov x1 null
slx x0 tgt acc x0 - mov 2 x3 - mov x2 x3 - mov x0 acc - add x1 + mov x0 null
slx x0 mov x1 acc dgt x0 teq acc 0 + mov x0 p1 - mov x0 p0 slp 1 + mov 0 p1 - mov 0 p0
4. ELECTRONIC PRACTICE TARGET
26-1357-67

slx x0 mov x0 null mov p0 acc sub 50 mul acc mov acc dat mov p1 acc sub 50 mul acc add dat mov acc x0
teq p0 100 - mov 0 x3 - jmp s mov null x1 mov 4 acc mov x1 dat tgt dat 99 + sub 2 + tgt dat 399 + sub 1 + tgt dat 899 + sub 3 mov acc x3 s:slp 1
mov 8 acc l:slx x1 mov x1 dat teq dat 0 - sub 1 + teq acc 8 - mov acc x0 - mov acc x3 - mov dat x0 - mov dat x3 - mov acc x0 - mov acc x3 - tgt acc 0 + jmp l
slx x0 tgt x0 3 + add x0 - mov x0 null mov acc x2 teq x0 0 + mov acc x3 + mov 0 acc
slx x1 tgt x1 3 - add x1 + mov x1 null mov acc x2 teq x1 0 + mov acc x0 + mov 0 acc
slx x1 mov x1 acc mov x0 dat slp 2 mov acc x2 mov dat x3 slp 2 mov acc x2 mov dat x3 slp 2 mov acc x2 mov dat x3
5. KELP HARVESTING ROBOT
24-2933-53

mov x0 acc teq acc -999 + jmp s mov acc x2 mov x0 x2 s:mov null x1 slp 1
slx x0 mov x0 null mov dat x3 l:mov x3 acc tgt x2 0 - tgt x2 0 + mov acc x3 + mov x2 x1 + mov x2 x1 + mov acc x3 + mov acc dat - teq x3 dat - jmp l
mov 0 x2 slx x3 mov x0 dat l:mov x0 acc teq x1 p0 - mov x1 null + teq x1 p1 + mov acc x0 + mov 0 x1 + mov 0 x1 + mov 100 x2 - teq x0 dat - jmp l slp 1
mov 50 p1 slx x0 tcp x0 acc + add 1 - sub 1 mov acc p0 mov x0 x1 + mov 100 p1 - mov 0 p1 slp 1
mov 50 p1 slx x0 tcp x0 acc + add 1 - sub 1 mov acc p0 + mov 100 p1 - mov 0 p1 slp 1
6. SUSHI-MAKING ROBOT
18-643-43

mov x0 acc teq acc -999 + jmp s mov 100 p1 slp 1 mov 30 p1 mov acc x3 slp 1 mov 0 p1 s:slp 1 - mov x0 x1
s:mov 50 p1 teq x2 x1 + slp 1 + jmp s slp 2 mov x0 acc sub 4 tgt acc 0 + mov 0 p1 - mov 100 p1 slp 1 + sub 2 - add 2 mov acc x3
mov 50 p1 slx x0 mov x0 acc slp 2 tgt acc 0 + mov 0 p1 - mov 100 p1 slp 1 mov acc x1
mov 50 p1 slx x0 mov x0 acc teq acc 2 - teq acc 0 slp 2 + mov 0 p1 - mov 100 p1 slp 1
7. THORIUM REACTOR STATUS MONITOR
21-943-51

0:mov p1 acc mov acc x3 mov 10 x3 - jmp b 1:mov p0 dat mov dat x3 mov 20 x3 s:slp 1 teq p1 acc - jmp 0 b:teq p0 dat - jmp 1 jmp s
slx x0 mov x0 x1
slx x1 mov x1 acc mul 5 dgt 2 add x1 mov acc x2 dst 0 0 mov acc x2
mov p0 acc tcp acc 50 mov -30 x3 mov 31 x3 mov 32 x3 mov 33 x3 mov -34 x3 - mov -31 x3 - mov 34 x3 + mov 30 x3 + mov -33 x3 s:slp 1 teq p0 acc + jmp s
s:slx x1 mov x1 dat mov x1 acc l:tlt dat acc - mov acc x3 - add 1 - jmp l tlt dat 0 - mul -1 - mov acc dat - dst 0 0 - add 4 - mul -1 - jmp l
8. BRAIN-COMPUTER INTERFACE
VER 1: 22-2202-42

add x0 mov acc x2 mov dat acc add x1 mov acc x2 mov acc x2 teq x2 1 + mov 0 acc + mov 0 dat - mov x0 acc - mov x1 dat slp 1
slx x1 mov x1 dat mov dat acc dgt 0 mov acc x3 mov dat acc dgt 1 mov acc x3 mov dat acc dgt 2 mov acc x3
mov x1 dat mov dat x3 mov x2 acc mov x1 x3 add x2 tgt acc 1 + mov dat x0 + mov x1 x0 - mov x1 null + mov 1 x1 - mov 0 x1 slp 1
mov 0 acc slx x0 l:tgt x0 0 + mov acc x2 add 1 teq acc 6 - jmp l

用哈希表加了个速，如果输入类似
sense-0: 0- 0-... sense-1: 0-100-... sense-2: 100-100-...
将会导致失败。如果做一个满足如下条件的hash函数，就能搞出没毛病的算法：
f(x) = 0, x = 0 f(x) = 1, x in {1, 10, 100, 2, 20, 200} f(x) >= 2, 其他
幸好作者也认同神经元的电位发放是瞬时的，不会占用两个连续的单位时间。

Speed up the algorithm by using hash table. If the input was something like:
sense-0: 0- 0-... sense-1: 0-100-... sense-2: 100-100-...
The solution would fail. If we build a good hash function that satisfies
f(x) = 0, x = 0 f(x) = 1, x in {1, 10, 100, 2, 20, 200} f(x) >= 2, otherwise
Then we can correct this algorithm.

根据上面的说明，做了一个没毛病的算法。
Version with good hash function.

VER 2: 27-3198-54

add x0 mov acc x2 mov dat acc add x1 mov acc x2 mov acc x2 teq x2 1 + mov 0 acc + mov 0 dat - mov x0 acc - mov x1 dat slp 1
slx x1 mov x1 dat mov dat acc dgt 0 mov acc x3 mov dat acc dgt 1 mov acc x3 mov dat acc dgt 2 mov acc x3
mov x1 dat mov dat x3 mov x3 acc mov x1 x3 add x3 tgt acc 1 + mov dat x0 + mov x1 x0 - mov x1 null + mov 1 x1 - mov 0 x1 slp 1
mov 0 acc slx x0 l:tgt x0 0 + mov acc x2 add 1 teq acc 6 - jmp l
s:slx x1 mov x1 acc teq acc 0 + mov 0 x1 + jmp s mov 0 x3 l:teq acc x2 + mov 1 x1 + jmp s teq x3 6 - jmp l mov 2 x1
9. CELLULAR SCAFFOLD PRINTER
24-1005-50

slx x0 mov x0 acc mov acc x3 teq acc -1 - mul 2 - mov acc x2 - slp 6
slx x0 mov x0 p0 teq acc 5 - mov 1 dat + mov -1 dat l:mov acc x2 add dat slp 1 teq acc 6 - teq acc -1 - jmp l sub dat
s:slx x3 mov x3 acc tgt acc 2 + sub 3 mov acc dat mov p0 x1 + mov x0 null tcp p0 2 - jmp s mov 222 acc + mov x0 acc dgt dat tlt acc 3 + mov acc x2
mov 50 p0 mov 50 p1 slx x0 teq x0 -1 + mov 0 p1 - not - mov acc p0 slp 5 - mov 50 p0 - mov 100 p1 slp 1
slx x1 mov 0 acc dst x1 1 mov acc x3 slp 1 mov 0 x3
10. NEURAL PROCESSOR LOGIC BOARD
OTL

正在试着放两块 RAM。
Trying to put 2 RAMs.
0451. SHENZHEN I/O TRAILER
SOURCE: Noitatum@youtube
5-332-14

slp 1 tgt dat p1 + mov -1 x3 + mov -2 x3 + mov 0 dat teq p0 100 - tgt p1 dat + add 1 + mov acc x3 + teq acc 15 + slp 1 + mov -15 x3 + mov 14 acc mov p1 dat
6 Comments
< >
ahsker 2 Mar, 2023 @ 5:19am 
This is just your beginning!!! ahahahah
wgl_234 13 Mar, 2022 @ 1:03am 
神秘关怎么开启
WANGENT 15 Aug, 2021 @ 1:02am 
太可怕了大哥 这个解体思路是什么啊 我卡在了精确秤那里
模块化么
Sapphire Siska Sophia 17 Jul, 2020 @ 2:33pm 
For those unaware, the @ command runs only once, which is great for initializations, and "gen [PIN] [TIME ON] [TIME OFF]" generates a 0-100 pulse that stays on and off for the specified durations saving up to 3 lines when you need a pulse.
Kovariszt 20 Oct, 2018 @ 3:36pm 
What did @ and gen even do?
nicloay 8 Oct, 2018 @ 11:47am 
I have a name for this page "One big spoiler" =)