The Collatz conjecture is a very well-known conjecture. Take a positive integer; if it's even, divide by 2, else, multiply by 3 and add 1. Repeat until you reach 1 or something else happens. The conjecture is that this process always reaches 1.
You can also reverse the process. Start at 1, multi...
Golf an InterpretMe interpreter (in any language other than InterpretMe)
This is a very simple challenge.
An InterpretMe interpreter takes input, and runs an InterpretMe interpreter (which takes new input) as many times as "*" occurs in input. Note that the program does not necessarily have to ...
The controller I wrote for it is in Python, though. I'm not sure how to translate into Java, and that may not be the best idea as I never tested it properly
What I always do for a standard 52-card deck in Python is deck=list(range(52)) and import random;random.shuffle(deck) or something like that, with the rest of the code dividing it up later into aces and spades and so on.
Golf an InterpretMe interpreter (in any language other than InterpretMe)
This is a very simple challenge.
InterpretMe consists of one command *, which causes the program to take input of an InterpretMe program and execute it. An InterpretMe program will interpret as many InterpretMe programs a...
Convince your PC that it is actually in fact, a Mech
Mechwarrior was a popular game in the BattleTech franchise where you pilot giant mechs against other giant mechs.
One of the notable things about the game is the time when you turn on your mech, where you are greeted by a synthetic voice which...
When writing answers I usually post the first slightly golfed version when it is working. I then proceed to golf it down further making various edits as I go. I know it is good to update as you get a better answer, but is it dis/en-couraged to make a lot of edits in a shortish time?
Cheddar, 79 49 bytes
m->n->(|>m).map(i->(|>n).map(j->"df%d/du%d"%i%j))
Apparently a fork of this answer.
For 3,2 returns:
[["df0/du0", "df0/du1", "df0/du2"], ["df1/du0", "df1/du1", "df1/du2"]]
Task
You are to print this exact text:
**********
**********
**********
**********
**********
**********
**********
**********
**********
**********
Specs
You may have extra trailing newlines.
You may have extra trailing spaces (U+0020) at the end of each line, including the extra trailing ...
Background
This is a standard textbook example to demonstrate for loops.
This is one of the first programs I learnt when I started learning programming ~10 years ago.
Task
You are to print this exact text:
**********
**********
**********
**********
**********
**********
**********
*********...
Background
This is a standard textbook example to demonstrate for loops.
This is one of the first programs I learnt when I started learning programming ~10 years ago.
Task
You are to print this exact text:
**********
**********
**********
**********
**********
**********
**********
*********...
@orlp It does describe a relation on the graph. Generallly if you have a set of vertices V and a function f: V->V then you can interpret (V,{(v,f(v))|v in V}) as a directed graph
Rules
Your program must take no input and print this text.
You can have trailing newlines, and spaces after lines.
You must not use a builtin or load the text for an external resource.
Score
This is code-golf, shortest answer in bytes wins.
Did you guess what was the text?
Brainfuck, 47 bytes
++++++++++[->++++>+>+<<<]>++>[-<..........>>.<]
Try it online!
++++++++++[->++++>+>+<<<] set the tape to 40 10 10
>++> set the tape to 42 10 10
[-<..........>>.<] come on
Golf an InterpretMe interpreter (in any language other than InterpretMe)
This is a very simple challenge.
An InterpretMe interpreter takes input, and runs an InterpretMe interpreter (which takes new input) as many times as "*" occurs in input. Note that the program does not necessarily have to ...
When writing answers I usually post the first slightly golfed version when it is working. I then proceed to golf it down further making various edits as I go. I know it is good to update as you get a better answer, but is it dis/en-couraged to make a lot of edits in a shortish time?
ou can use literal newline to save bytes
tổ yến sào
Golisp, 34 bytes
for[range@10{(_)writeln@*["**"5]}]
Due to a "bug", I can't concatenate strings...
Cheddar, 21 bytes
print('*'*10+'\n')*10
Yet another straightforward answer.
Rules
Your program must take no input and print this text.
You can have trailing newlines, and spaces after lines.
You must not use a builtin or load the text for an external resource.
Score
This is code-golf, shortest answer in bytes wins.
Did you guess what was the text?
