Binary Wordle
111–120 of 140 posts
Re: Binary Wordle
#112Binary is too easy, but hex can be tricky. I made a hex-based wordle puzzle for my programming game where you have to guess an 8-digit hex string in as few as 6-12 guesses using wordle mechanics... called the level "dwordle" :) (video from like 3 years ago: https://www.reddit.com/r/Unity2D/comments/sq4anb/i_added_a_w... )
Re: Binary Wordle
#113Re: Binary Wordle
#114Earlier quoted context omitted.
This is obviously improper. The valid strategy for this game unfolds as follows. Step 1: Guess 11111. Step 2: Replace all grey cells with 0s. Thank you for your careful consideration.
If you start with 0's you save a small amount of electricity. 1's use up more electricity - any electronic engineer will agree.
Re: Binary Wordle
#115Re: Binary Wordle
#116Earlier quoted context omitted.
If you start with 0's you save a small amount of electricity. 1's use up more electricity - any electronic engineer will agree.
Not to ruin a joke, but does it actually make a difference for SRAM? It’s two inverters in a loop, despite not being the same size they are active components. But I’m also a software guy so I could be totally wrong.
Re: Binary Wordle
#117Re: Binary Wordle
#118Maybe make the string much longer, like 10 bits, and the game only matches on substrings longer than 3. 000...000 would generally return no matches.
That's still probably solvable with superpermutations but wordle is "solvable" with a dictionary, so don't let perfect be the enemy of "better than 2 guess bordle"
Re: Binary Wordle
#119Earlier quoted context omitted.
If you start with 0's you save a small amount of electricity. 1's use up more electricity - any electronic engineer will agree.
Not to ruin a joke, but does it actually make a difference for SRAM? It’s two inverters in a loop, despite not being the same size they are active components. But I’m also a software guy so I could be totally wrong.
I have no idea in practice. But for the thermodynamic limit of actually making a difference, any irreversible change requires heat to be generated, e.g. initializing to zero, truncating, or bitshifts with discarded information. In contrast, addition/subtraction/multiplication/bitshifts without over-/under- flow will not necessarily generate heat.
https://en.wikipedia.org/wiki/Landauer%27s_principle
PS. you can also use mass-energy equivalence to extend this to calculate the lower limit of mass for a given quantity of information. TL;DR: The internet weighs 50g https://www.youtube.com/watch?v=WaUzu-iksi8