I made a programming language called cycle script https://scratch-mit-edu.ezproxyberklee.flo.org/projects/727820227/

You can share your programs here by using the export button and then copying the code

#collatzconjecture↵n=input(“Enter n”)↵Warp↵While(not(comp(n,=,1)))↵calc = comp(div(n,2),=,round(div(n,2)))↵If(calc)↵N = div(n,2)↵End↵If(not(calc))↵N = add(mul(n,3),1)↵End↵Print(n)↵End↵End↵

loops = input(“Loops?”)↵i = 0↵n = 2↵While(comp(i, <, loops))↵n = mul(n, n)↵i = add(i,1)↵Print(n)↵End↵

Squares itself…

Seon8 wrote:

loops = input(“Loops?”)↵i = 0↵n = 2↵While(comp(i, <, loops))↵n = mul(n, n)↵i = add(i,1)↵Print(n)↵End↵

Squares itself…

cool!

#guessing game↵number = 41↵guess = input(“Guess a number 1-100”)↵While(not(comp(guess, =, number)))↵If(comp(guess, <, number))↵print(“Too low!”)↵else↵print(“Too high!”)↵End↵guess = input(“Guess again!”)↵End↵End↵print(“You guessed it!”)↵

“You guessed it!” pops up randomly some times but works besides that. Number isn't actually random because I don't think that command exists… didn't know you could use “rand(min, max)”

Seon8 wrote:

#guessing game↵number = 41↵guess = input(“Guess a number 1-100”)↵While(not(comp(guess, =, number)))↵If(comp(guess, <, number))↵print(“Too low!”)↵else↵print(“Too high!”)↵End↵guess = input(“Guess again!”)↵End↵End↵print(“You guessed it!”)↵

“You guessed it!” pops up randomly some times but works besides that. Number isn't actually random because I don't think that command exists…

Rand(min,max)
Lol it has random nums

Seon8 wrote:

#guessing game↵number = 41↵guess = input(“Guess a number 1-100”)↵While(not(comp(guess, =, number)))↵If(comp(guess, <, number))↵print(“Too low!”)↵else↵print(“Too high!”)↵End↵guess = input(“Guess again!”)↵End↵End↵print(“You guessed it!”)↵

“You guessed it!” pops up randomly some times but works besides that. Number isn't actually random because I don't think that command exists…

Weird I’ll have to debug that it shouldn’t pop up

#guessing game↵number = rand(1,100)↵guess = input(“Guess a number 1-100”)↵While(not(comp(guess, =, number)))↵If(comp(guess, <, number))↵print(“Too low!”)↵else↵print(“Too high!”)↵End↵guess = input(“Guess again!”)↵End↵print(“You guessed it!”)↵

Added actual random numbers. Still prints that you guessed when you haven't sometimes but doesn't stop the code…

Seon8 wrote:

#guessing game↵number = rand(1,100)↵guess = input(“Guess a number 1-100”)↵While(not(comp(guess, =, number)))↵If(comp(guess, <, number))↵print(“Too low!”)↵else↵print(“Too high!”)↵End↵guess = input(“Guess again!”)↵End↵print(“You guessed it!”)↵

Added actual random numbers. Still prints that you guessed when you haven't sometimes but doesn't stop the code…

I’ll debug that

Seon8 wrote:

#guessing game↵number = rand(1,100)↵guess = input(“Guess a number 1-100”)↵While(not(comp(guess, =, number)))↵If(comp(guess, <, number))↵print(“Too low!”)↵else↵print(“Too high!”)↵End↵guess = input(“Guess again!”)↵End↵print(“You guessed it!”)↵

Added actual random numbers. Still prints that you guessed when you haven't sometimes but doesn't stop the code…

I fixed it.. I spent an hour looking debugging and I only had to change 2 blocks \:

#fast growing number↵number = add(10, 9e-16)↵While(comp(3, =, 3))↵print(number)↵number = mul(number, div(number, 10))↵End↵print(“You guessed it!”)↵

thing that can actually square itself and then divide by 10