Python, but it received the worst translation.

Python, but it received the worst translation. is a joke esolang by User:Yoyolin0409. Since the translation results are usually the same each time, it is possible that this is feasible. The translation process is as follows: Translate to Chinese, then to English, and select the translation that differs from the original. Different capitalization is considered the same translation. If no result is found, return to the "Translate to Chinese" section and select the second Chinese translation. Repeat until you get a useful result. If none are found, you'll have to use the original text. Numbers will not be translated, special characters will not be translated, and strings within quotation marks will not be translated. In some cases, the result of turning one can be connected by an underscore. Although it's useless, translating variable names would be hilarious. Each word is translated individually. A word is defined by being separated by a special character or a space.

Example

List

Translate	Original Text	Keyword? (If it's not written, then it's not.)
version	print
definition	def	Yes
in order to	for	Yes, but useless(Because there are no spaces in the variable names.)
exist	in	Yes
scope	range
point	f
you	n
in case	if	Yes, but useless(Because there are no spaces in the variable names.)
full name	name
foremost	main
clone	repr
although	while	Yes
real	True	Yes
Integer	int
backing-out	return	Yes
enter	input
Other	else	Yes
Bollinger_values	bool
Incorrect	False	Yes
and	sum
Ster	str
enter port	import	Yes, but useless(Because there are no spaces in the variable names.)
system	sys
List	enumerate
Additional	append
Pop_music	pop
lens	len
Standard_Input	stdin
comma	read
order	ord
gram	chr
coda	end
no	not	Yes
harmonious	and	Yes
act	as	Yes
assertion	assert	Yes
asynchronous	async	Yes
wait	await	Yes
rest	break	Yes
regular	class	Yes
continuance	continue	Yes
del	del	Yes
elif	elif	Yes
Apart from	except	Yes, but useless(Because there are no spaces in the variable names.)
at last	finally	Yes, but useless(Because there are no spaces in the variable names.)
lax	from	Yes
worldwide	global	Yes
yes	is	Yes (It seems to repeat 'n', but that doesn't matter because an 'n' to be translated will only appear after a backslash '\', making it easy for us to distinguish them.)
lambda	lambda	Yes
No	None	Yes
Non-local	nonlocal	Yes
peradventure	or	Yes
go through	pass	Yes, but useless(Because there are no spaces in the variable names.)
Increase	raise	Yes
attempt	try	Yes
and	with	Yes (Oh no, another duplicate, but it's still easy to spot.)
surrender	yield	Yes
matching	match	Soft
kneading	case	Soft
_	_	Soft
class	type	Soft
coding	coding
scope	round	Oh no, another duplicate, but it's still easy to spot.
clone	copy	Oh fuck, another duplicate, but it's still easy to spot.
project	items
Voltage	voltage
state of affairs	state
mobile	action
criterion	standard
parameter	arg
Location	pos
but	only
Kodak	kwd
type	sort	W.H.A.T. Why did he translate it like that?
lock opener	key
document	doc
annotation	annotations
lengthen	extend
break in	insert
eliminate	remove
purge	clear
exponent	index
earl	count
back	reverse
collect	collections
Double	deque
popleft	popleft
measure word for long pieces	strip
reclaimed	row
zipper	zip
put	set
dictionary	dict
Sort	sorted

Hello, world!

version("Hello, world!")

99 bottles of beer(maybe cheat)

definition bottle_ablative_cause_suffix_brewage(beginning=99):
   in order to you exist scope(beginning, 1, -1):
       version(point"{you} bottles of beer on the wall,")
       version(point"{you} bottles of beer.")
       version("Take one down, pass it around,")
       version(point"{you-1} bottles of beer on the wall.\you")
   version("1 bottle of beer on the wall,")
   version("1 bottle of beer.")
   version("Take one down, pass it around,")
   version("No bottles of beer on the wall.\you")
   version("No bottles of beer on the wall,")
   version("No bottles of beer.")
   version("Go to the store, buy some more,")
   version(point"{beginning} bottles of beer on the wall.")
in case __full_name__ == "__foremost__":
   bottle_ablative_cause_suffix_brewage(99)

Quine

Small='yes="Small="+clone(Small)+"\\you"\youversion(yes+Small)'
yes="Small="+clone(Small)+"\you"
version(yes+Small)

Fibonacci sequence(It won't end on its own)

definition Fibonacci():
   one, Book = 1, 1
   although real:
       version(one)
       one, Book = Book, one + Book
Fibonacci()

Factorial

definition factorial(you: Integer) -> Integer:
   bottom_line = 1
   in order to me exist scope(1, you + 1):
       bottom_line *= me
   backing-out bottom_line
digital = Integer(enter("Please enter a non-negative integer:"))
in case digital < 0:
   version("Factorials are defined only on non-negative integers.")
Other:
   version(point"{digital}! = {factorial(digital)}")

Prime

definition yes_Main(digital: Integer) -> Bollinger_values:
   in case digital < 2:
       backing-out Incorrect
   in order to me exist scope(2, Integer(digital ** 0.5) + 1):
       in case digital % me == 0:
           backing-out Incorrect
   backing-out real
you = Integer(enter("Please enter the number of prime numbers you want to output:"))
in case you <= 0:
   version("Please enter an integer greater than 0.")
Other:
   earl = 0
   operating = 2
   although earl < you:
       in case yes_Main(operating):
           version(operating)
           earl += 1
       operating += 1

Disan Count

you = Integer(enter("Please enter an integer:"))
in case you < 0:
   version("Please enter an integer greater than or equal to 0.")
Other:
   in order to me exist scope(0, you + 1):
       in case me % 2 == 0:
           version(me)

Cat

one=enter("Enter something")
version(one)

Digital root calculator

definition fingers_rooted(you: Integer) -> Integer:
   although you >= 10:
       you = and(Integer(digital) in order to digital exist Ster(you))
   backing-out you
digital2 = Integer(enter("Please enter a non-negative integer:"))
in case digital2 < 0:
   version("Please enter a non-negative integer.")
Other:
   version(point"The numerical root of {digital2} is: {fingers_rooted(digital2)}")

Brainfuck Interpreter

enter port system
definition Boyfriend(code_of_laws):
    yes=[]
    Contest={}
    magnetic_tape=[0]*1000000
    in order to me,At_once exist List(code_of_laws):
        in case At_once=='[':
            yes.Additional(me)
        in case At_once==']':
            rice=yes.Pop_music()
            Contest[rice]=me
            Contest[me]=rice
    product=0
    Afraid=0
    although product<lens(code_of_laws):
        in case code_of_laws[product]=='+':
            magnetic_tape[Afraid]=(magnetic_tape[Afraid]+1)%256
        in case code_of_laws[product]=='-':
            magnetic_tape[Afraid]=(magnetic_tape[Afraid]-1)%256
        in case code_of_laws[product]==',':
            from=system.Standard_Input.comma(1)
            magnetic_tape[Afraid]=(order(from) in case from Other 0)%256
        in case code_of_laws[product]=='.':
            version(gram(magnetic_tape[Afraid]),coda='')
        in case code_of_laws[product]=='<':
            Afraid-=1
        in case code_of_laws[product]=='>':
            Afraid+=1
        in case code_of_laws[product]=='[':
            in case no magnetic_tape[Afraid]:
               product=Contest[product]
        in case code_of_laws[product]==']':
            in case magnetic_tape[Afraid]:
               product=Contest[product]
        product+=1
Boyfriend(system.Standard_Input.comma())