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Thanks for teaching me all the way here! But the player can still go through walls. Can you fix this?

Thanks for your video for teaching me raycasting. However, I have a point to say. When you do something in another Python file and you do not show the modification to us, we cannot know what it is. We can only guess. Sometimes, we think wrongly. For example, at 8.34, I do not understand what you mean by FPS_POS probably in your settings file if I see your code without scrolling after it, I presume.

First!

Is this a game? If it is what's its name?

1:39 is that "Player.movement" wrongly writed as "player.movement"? im so confused why i can't run it

I would like to see the whole finished command thing because im new to coding and Python

I study as a hobby. Cool idea 💡❤🎉

Amazing!!! Huge fan... Just need to understand.. so it's like a racing car game, but with ants.. and the idea is that they dont hit the walls?

could you please make a tutorial...?

Thanks!

In depth explaination, thanks!

So coool, nice vid. So much ML basics in one video, so entertaining 👏🏽 Bravo!

Brilliant dude! Wow thanks.

These videos are amazing, how do you not have 1000000 subs 😢

i am observing multiple ants targeting one item, if we have a arry for current target and make it so that it is verified beforehand , can this problem be sorted?

hey can you share the link for the formula and other mathematical part please. oh and good stuff by the way

Great work! Do you use Discord?

Nice channel.

Thank you for this very nice tutorial. You can explain really well. 😉👍

damn i guess i will be using maths somewhere after all

OMG YOU SAVE ME😭 (Our teacher asked us to do a group game and he let me do Pac-Man but I decided to work alone and it is due the day after tomorrow)

Very cool!

Amazing Work Bro

Seriously, I think the content on this channel is very incredible and practical. Even more so for me who is just starting out in this world of neural networks. Even with some difficulty, I can learn useful things for my own projects.

i would really love it if you actually recorded your own voice over instead of using text to speech because I find text to speech annoying and hard to listen to, especially for a tutorial :')

Friend, simply spectacular! Congratulations, you've already gained my subscription and follower on GitHub. What cool content!

Hi! I'm making a project game for my studies, and decided to choose a quadtree algorithm to track collisions in a maze. Can quadtree contain instead of points, for example, rectangles, which will be the boundaries of the maze? If so, how can I redesign the quadtree to track the contents of the rectangles and check if the icon of a character passing the maze is collided or not? Thanks in advance for the answer.

Really cool❤🔥

subbed. nice work!

Can you please list out the math to learn for this

Very concise and covers everything needed... 👍😊

You're awesome, really awesome🔥❤️

Hi! Can you share your manim code of this animation? I Am a student from Brazil and i would be grateful of this

can u continue the pygame raycaster tutorial

congratulations you just remade the screen saver from the 2000s

Hey man, good stuff I can't code at this level yet. 1st error self.score = [0,0] in second position 2nd error dw.png

Am I crazy? It seems like it probably took a couple hours to make the Python program, but several days to make this elaborate video.

TRUE GENIUS

Awesome video.

There are several methods for generating mazes, and this backtracking like approach seems to be used rarely so far: be careful with the backtracking, the you can easily overflow your call stack in Python! An alternate method can be for example, that you start with all free spaces with no walls anywhere and recursively subdivide the remaining space into two parts (in either the north to south or the east to west directiob) with a straight line of walls, except for one randomly chosen wall, where you leave one empty hole that makes sure the two regions still have connectivity, so you can cross from one region to the other one and vice versa. The recursive subdivision process ends where you can't further subdivide any regions at all (each if them has size if 1 in at least one direction). Another approach is that you fill all the spaces with walls, so each if the cells starts up being a region of size 1x1. Then in each turn you join two neighbouring regions into one by selecting a wall randomly and breaking it if that wall separates two different regions. You can track the spearation of regions with an union-find data structure (a.k.a. disjoint-sets) and assigning each cells their own region id.

Try to generate 3d maze with ladders/stairs.

Thank you bro! It was really helpful for my school project

Respect to the author 👏

Yo texture mapping and enemy sprites tutorial when? Your videos are easier for me to understand than from coder space