Put the speakers in front of the stage directed towards the audience. Use a proper microphone with lets say a heart shaped input. Then a person who understands what is gain and volume. If these 4 things are done it is extremely easy to get good audio anywhere. When some of these are lacking, the person has to be extremely close to the microphone, or the microphone/speaker stand has to be situated into a place where the speakers cannot blow right into it. I worked at a place where this was a problem when the stage was lifted up, it was super annoying because training people who are speaking was not really possible.

@@Achelon did you mean cardioid?

For anyone wanting a better quality version of this exact same talk (same presentation with same slides etc.) search for "Tile-Based Map Generation using Wave Function Collapse in 'Caves of Qud'"

Did you do an overlapping version?

Can you give a link to the tutorial?

It's indeed a hard algorithm to implement from scratch.

@@pedroprobst5230 I can attest. I've been trying to port the original C# to GDScript for the Godot engine.

can somebody provide link or implementation of it because I don't think I've heard of such thing

none of these words are in the bible

Read the paper bro. But in short, to name one difference, markov chains are memory-less and based on matching neighbors sequentially (generally). This algorithm is about entropy reduction via collapsing cells, in terms of a markov chain you can think of it as having the matching pairs but instead of just sampling them, you sample the cells with the more stable information one-by-one until the entire map collapses.

If you knew more about ml you wouldn't think so