Python, but it received the worst translation.

Python, but it received the worst translation. is 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
version	print
definition	def
in order to	for
exist	in
scope	range
point	f
you	n
in case	if
full name	name
foremost	main
clone	repr
although	while
real	True
Integer	int
backing-out	return
enter	input
Other	else
Bollinger_values	bool
Incorrect	False
and	sum
Ster	str

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 % i == 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)}")