create yum with 5
create num with ((plus 7 6 6 yum))>
(num)>
((plus 1 num))> ! prints 17, the greater than signifies that this should be the printed, the bang symbol signifies a comment, numbers must be in hexadecimal but will be printed in decimal

potato 😂3 ⧼ ! to create a function we use the potato keyword, functions must be nameed with a single emoji, we put the number of args and then ⧼⧽ is where the code goes
    ! loop ⧼
    !     (` `)>
    !     if {true} ⧼
    !         break
    !     ⧽ else ⧼
    !         continue
    !     ⧽
    ! ⧽
    potato 😂 1 ⧼
      ((minus 1 10))> ! prints -15
    ⧽
    create final with ((plus $1 $2))< ! ! we use the create keyword to create a variable and the with keyword to assign a value to the variable, to refrence the args from a function use $1 for the first arg and so on
    ! adds both arg1 and arg2, the less than signifies that this should not be the printed and sets it to the final variable
    return: ! we use (:) colon whe returning nothing
⧽
((new 😂 10 1 0x1A))> ! we use the new keyword to call a function followed by function names, prints 32, when the first digit of number is a letre prefix with 0x

list it with [((not true))> 0] ! creates a list with the values  1,2 (in hex), list can only have two elements and you cant declare recursive lists like: [0 [1 1]], but if you have an identiifer (d) that points to a list you can do: [9 d]
((setwith it.car 2))<! sets the first element of the it list to 2, we can also use something like addwith mulitply with  which will add  or multiple by the variable to/by the value
((setwith it.cdr 4))< ! sets the second element of the it list to 4 and print its

create bool with true
create other-bool with ((not bool))< ! creates a variable called bool and sets it to true, then creates a variable called other-bool and sets it to the opposite of bool, when we call a function in a variable defenition we must use an expression to call the function
(other-bool)> ! prints false
((setwith other-bool true))< ! we set other-bool to true

if {other-bool} ⧼ ! the {} must evalte to a boolean, we can also use eq, ne lt, le etc
  (`hello`)> ! the bactick (`) is used to encapsulate a string
⧽ else ⧼
    (`by`)>
⧽

if {true} ⧼ ! there is now else, use nested if elses, condotins must be in {} and we can use nested () within the 
  ((minus 1 10))> ! prints -15
⧽ else ⧼
  ((plus 1 10))> ! prints 17 
⧽

loop ⧼
    potato 😂 1 ⧼
    ((minus 1 10))> ! prints -15
    ⧽
  create inputs with ((input `continue?`))<
  if {((eq inputs `y`))<} ⧼ ! there is now else, use nested if elses, condotins must be in {} and we can use nested () within the 
    potato 😂 1 ⧼
      ((minus 1 10))> ! prints -15
      ⧽
    continue
  ⧽ else ⧼
      potato 😂 1 ⧼
        ((minus 1 10))> ! prints -15
      ⧽
    break ! what the if/esle do can be nothing if you dont pu anything in the parenthesis
  ⧽
  ((inputs `continue?`))<
⧽
((new 😂 10 190 0x1A))> ! we use the new keyword to call a function followed by function names, prints 32, when the first digit of number is a letre prefix with 0x

((setwith bool (input `ads`)))>
create inputs with ((input `continue?`))<