Super Yellow
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| Designed by | LTHCTheMaster |
|---|---|
| Appeared in | 2023 |
| Memory system | variables |
| Dimensions | One-dimensional languages |
| Computational class | Unknown |
| Reference implementation | Super Yellow |
| File extension(s) | .redgreen |
Super Yellow was originally made with the goal to use only color names as instructions.
Code's specificity
- The code is case sensitive
- All errors are ignored
- When a line doesn't start with an instruction or contain an error, you can consider it as a comment at your own risks
Variable Types
| Name | Description | Default Value (code writing equivalent) | Default Value (human readable) | Default Value (displayed on screen using black)
|
|---|---|---|---|---|
| integer | This type is used to store positive integer numbers | zero
|
0 | 0 |
| boolean | This type is used to store booleans | zero
|
false
|
zero |
| string | This type is used to store strings | zero
|
""
|
|
| stack | This type is a stack in wich you can put everything except stack | empty, [] (Python equivalent but using a list)
|
empty
|
Commands
| Command | Description | Syntax |
|---|---|---|
| red | Create or modify an integer, Warning: it can change the type of the variable | red <name> [value]
|
| green | Create or modify a boolean, Warning: it can change the type of the variable | green <name> [value]
|
| blue | Create or modify a string, Warning: it can change the type of the variable | blue <name> [value]
|
| teal | copy the value of a variable into another variable, it can create new variables like red, green, blue, you can't copy stack
|
teal <variable> <source variable>
|
| black | display a message or the value of a variable | black [<message> or #<variable name>]
|
| white | ask the user to enter a value | white <variable name> [<message> or #<variable name>]
|
| ultraviolet | display a new line | ultraviolet |
| infrared | do a carriage return | infrared |
| bronze | bronze a b do a = a - b
|
bronze <variable name> <variable name>
|
| silver | silver a b do a = a + b
|
silver <variable name> <variable name>
|
| gold | gold a b do a = a * b, if a is a string and b an integer: do a = a + a + ... + a (b times)
|
gold <variable name> <variable name>
|
| purple | purple a b do a = a // b (Python equivalent)
|
purple <variable name> <variable name>
|
| russet | russet a b do a = a % b
|
russet <variable name>
|
| orange | orange a do a = !a (logical not)
|
orange <variable name> <variable name>
|
| pink | pink a b do a = a & b (logical and)
|
pink <variable name> <variable name>
|
| brown | brown a b do a = a or b (logical or)
|
brown <variable name> <variable name>
|
| fuscia | fuscia a b do a = a xor b (logical xor)
|
fuscia <variable name> <variable name>
|
| yellow | goto the specified line (start counting line from 1), if you use 0 as line number, it will jump to the index written on the top of something internally called index_stack and remove this index from this stack, it's usefull to create some sort of functions
|
yellow <line number>
|
| magenta | goto the specified line if a == b (start counting line from 1), if you use 0 as line number, it will jump to the index written on the top of something internally called index_stack and remove this index from this stack, it's usefull to create some sort of functions
|
magenta <variable name> <variable name> <line number>
|
| cyan | goto the specified line if a != b (start counting line from 1), if you use 0 as line number, it will jump to the index written on the top of something internally called index_stack and remove this index from this stack, it's usefull to create some sort of functions
|
cyan <variable name> <variable name> <line number>
|
| gray | goto the specified line if a > b (start counting line from 1), if you use 0 as line number, it will jump to the index written on the top of something internally called index_stack and remove this index from this stack, it's usefull to create some sort of functions
|
gray <variable name> <variable name> <line number>
|
| grey | goto the specified line if a < b (start counting line from 1), if you use 0 as line number, it will jump to the index written on the top of something internally called index_stack and remove this index from this stack, it's usefull to create some sort of functions
|
grey <variable name> <variable name> <line number>
|
| azure | create a stack or add a value above the stack, you can't put a stack in another stack | azure <name> [<source variable name>]
|
| crimson | remove the first item on the top of the stack, you can get and store this item in a variable | crimson <stack variable name> [<variable name>]
|
| vermilion | goto the specified line if the specified stack is empty (start counting line from 1), if you use 0 as line number, it will jump to the index written on the top of something internally called index_stack and remove this index from this stack, it's usefull to create some sort of functions
|
vermilion <stack variable name> <line number>
|
| lime | push on the top of something internally called index_stack the index of the current line + 2
|
lime |
| khaki | set the value of a string to the reverse value of this string | khaki variable name
|
| indigo | split string in two parts, it can create new variables like blue
|
indigo <variable name> <variable name>
|
| sepia | use an integer as a code to put the corresponding char in the variable | sepia <variable name>
|
| lavender | convert a char to the corresponding unicode code and put this code in the variable | lavender <variable name>
|
| beige | ask the user to enter a value, the variable receive only the first char of the user input | beige <variable name> [<message> or #<variable name>]
|
| mint | ask the user to enter a value, the variable receive only the last char of the user input | mint <variable name> [<message> or #<variable name>]
|
Some More Details
- if you use
crimsonon an empty stack and store the value, you will get the following value in your variable:\#$µ%¤\@^ black one|zerois equivalent toultravioletblack one|threeis equivalent toinfrared
Equivalent line speedtest
| Command 1 | Time (in seconds) | Command 2 | Time (in seconds) | Number of lines tested in a file with only this line | "Timestamp" of the test report in this table just after the test (using datetime (Python)) |
|---|---|---|---|---|---|
black one|zero
|
24.926881790161133 | ultraviolet
|
20.20875382423401 | 60000 | 2023-11-13 15:19:49.643338 |
black one|three
|
9.278607845306396 | infrared
|
7.548259973526001 | 60000 | 2023-11-13 15:26:11.542389 |
Value Writing
when you see value in the commands list above check the details below:
- if the variable is a boolean write
oneif you want true or anything else for false - if the variable is an integer write each digit in their word form and put a
|between each word, for example: 854 <=>eight|five|four, 37 <=>three|seven - if the variable is a string: all wanted characters are separated with one space character, each character is written its decimal unicode written like integer values for integer variables, for example:
o<=>one|one|one,bottle<=>three|two nine|eight one|one|one one|one|six one|one|six one|zero|eight one|zero|one
when you see message in the commands list above, consider writing the value for a string variable
Examples
Popular problem
Hello World!
black seven|two one|zero|one one|zero|eight one|zero|eight one|one|one four|four three|two one|one|nine one|one|one one|one|four one|zero|eight one|zero|zero three|three
Truth Machine
red truth red 1 one red 0 zero white truth magenta truth 1 8 magenta truth 0 10 yellow 11 black #truth yellow 8 black #truth
Cat program
blue cat white cat black #cat
Looping Counter
blue out four|two teal * out black #out silver out * ultraviolet yellow 3
Infinite Loop
yellow 1
Fibonacci sequence
red a zero red b one black #a ultraviolet black #b ultraviolet silver a b silver b a yellow 3
Factorial
red to_fac red 1 one red 0 zero white to_fac teal out to_fac teal mem to_fac magenta to_fac 0 13 magenta to_fac 1 14 bronze to_fac 1 magenta to_fac 1 14 gold out to_fac yellow 9 silver out 1 black #mem black three|three three|two six|one three|two black #out
99 bottles of beer
red counter nine|nine red 2 two red 1 one red 0 zero blue no seven|eight one|one|one blue bottle three|two nine|eight one|one|one one|one|six one|one|six one|zero|eight one|zero|one blue s one|one|five blue of_beer three|two one|one|one one|zero|two three|two nine|eight one|zero|one one|zero|one one|one|four blue on_the_wall three|two one|one|one one|one|zero three|two one|one|six one|zero|four one|zero|one three|two one|one|nine nine|seven one|zero|eight one|zero|eight blue , four|four blue . four|six teal on_the_wall_2 on_the_wall silver on_the_wall , silver on_the_wall_2 . teal of_beer_on_the_wall of_beer silver of_beer_on_the_wall on_the_wall teal of_beer_on_the_wall_2 of_beer silver of_beer_on_the_wall_2 on_the_wall_2 blue take_one_down_pass_it_around eight|four nine|seven one|zero|seven one|zero|one three|two one|one|one one|one|zero one|zero|one three|two one|zero|zero one|one|one one|one|nine one|one|zero four|four three|two one|one|two nine|seven one|one|five one|one|five three|two one|zero|five one|one|six three|two nine|seven one|one|four one|one|one one|one|seven one|one|zero one|zero|zero four|four black #counter black #bottle grey counter 2 24 black #s black #of_beer_on_the_wall ultraviolet black #counter black #bottle grey counter 2 30 black #s black #of_beer black #. ultraviolet black #take_one_down_pass_it_around ultraviolet bronze counter 1 grey counter 1 39 black #counter yellow 40 black #no black #bottle magenta counter 1 43 black #s black #of_beer_on_the_wall_2 ultraviolet ultraviolet magenta counter 0 48 yellow 20
Some other examples programs
Simple counting program
red out zero red 1 one black three|two three|two black #out silver out 1 infrared yellow 3
Reverse the order of a stack
red counter red 1 one red max one|zero azure normal azure reversed red tmp azure normal counter silver counter 1 azure normal counter cyan counter max 9 black #normal ultraviolet crimson normal tmp azure reversed tmp vermilion normal 20 yellow 16 black #reversed
A test of a sort of PEEK operation for stack
red counter red 1 one red max one|zero azure stack red tmp azure stack counter silver counter 1 azure stack counter cyan counter max 8 yellow 18 crimson stack tmp azure stack tmp yellow 0 lime yellow 14 black #stack ultraviolet black #tmp ultraviolet crimson stack vermilion stack 27 yellow 18 black seven|zero one|zero|five one|one|zero one|zero|five one|one|five one|zero|four three|three
Sort a stack
Ask the user to choose the size of the stack and input values in this stack, show the original stack and the sorted stack
black seven|two one|one|one one|one|nine three|two one|zero|nine nine|seven one|one|zero one|two|one three|two one|one|zero one|one|seven one|zero|nine nine|eight one|zero|one one|one|four one|one|five three|two six|three one|zero red max white max ultraviolet red 1 one red counter red input azure orig_stack silver counter 1 white input azure orig_stack input cyan counter max 10 black #orig_stack azure helper_stack red element red tmp red tmp2 vermilion orig_stack 34 crimson orig_stack element vermilion helper_stack 31 lime yellow 39 magenta tmp element 31 gray tmp element 31 crimson helper_stack tmp2 azure orig_stack tmp2 yellow 23 azure helper_stack element yellow 21 crimson helper_stack tmp azure orig_stack tmp vermilion helper_stack 43 yellow 34 crimson helper_stack tmp azure helper_stack tmp yellow 0 ultraviolet black #orig_stack
Length of a string
Ask the user to enter a text and calculate the length of this text
black six|nine one|one|zero one|one|six one|zero|one one|one|four three|two one|one|five one|one|one one|zero|nine one|zero|one one|one|six one|zero|four one|zero|five one|one|zero one|zero|three five|eight one|zero blue user_input white user_input blue default teal copy_of_user_input user_input red length red 1 one magenta copy_of_user_input default 27 silver length 1 lime yellow 16 teal copy_of_user_input splitted_copy yellow 9 teal instr copy_of_user_input indigo instr splitted teal splitted_copy splitted magenta splitted default 25 indigo instr splitted teal tmp splitted silver tmp splitted_copy teal splitted_copy tmp yellow 19 yellow 0 ultraviolet black one|zero|eight one|zero|one one|one|zero one|zero|three one|one|six one|zero|four three|two one|one|one one|zero|two five|eight three|two black #user_input black three|two six|one three|two black #length
0 to z
display all characters from 0 to z
red current four|eight red max one|two|two red 1 one gray current max 10 sepia current black #current lavender current silver current 1 yellow 4
A Simple Brainfuck Interpreter
Brainfuck interpreter in Super Yellow inspired by brainfuck Python interpreter