More then half, 50% are below a 100 IQ... now that i think about it the global total avrage is even lower, anyways my guess is a above 130 IQ which means he is smarter then 98% of people atleast.
@Xxmix4lifex Hell what do i care for let him have a modest 115 IQ that's still more Intelligent (as measured) then 85% of "people", which is my point people are stupid, i couldn't care less for the task at hand.
@@HypermarketCommoditywowow you use 'couldn't care less' correctly, what a rarity. just keep in mind that iq doesnt definitively translate to real world capability nor vise versa. try not to let your mind catagorize people based on early impressions, our primitive brains like to assume the worst. people have more going on in their heads than you'll ever know!
@@Rationale123look up robot mice. Veritasium has a very nice video about it. They get a certain time to explore and learn the track and then they do competitions for both shortest route and fastest time
@@Rationale123scusa se ti rispondo in italiano, ma non mi va di tradurre e ci pensa google per te. Credo che. Il robot utilizzi dei sensori di colore posti sotto, quando 1 dei 2 sensori non è più in linea con il colore rientt nel percorso, questo avviene talmente velocemente che diventa impercettibile
@@joeymea i think in competitions like these, the robot will first get a chance to explore the maze and after it has on its own found the optimal route it will try to take it as fast as possible
@@Tyrone-WardIf it's anything like the first lego league challenge stuff I did back in the day, it's possible the guy who made the robot already knew what the course looked like so he could optimize the robot's pathfinding. Even then it's still challenging to get it to know how to navigate the course properly and the guy who made this one clearly did a great job optimizing his code considering how fast it's able to navigate the course.
This one is likely preprepped decisions (or I'd imagine they let the robot first go through the whole maze and map out the best route), since otherwise it would be practically impossible for it to use the fastest route first-try
This is awesome! The robot looks robust and fast! I wonder how the robot switch the sensor behavior so quickly from reading the black lines to reading the white lines in a split millis. 😮
@@MariusEidem that is a great idea for tackling changing from one color to another. Also for fizzy, computers are ... FAST. sure you may think it making a decision in milliseconds is fast, basically if you look at the clock speed of a processor, that is directly related to how many cycles or "steps" it can complete per second. 2ghz, for example would be over 2 BILLION cycles per second, and each operation like deciding what is a path and what is not, this operation may take 100+ cycles and it can still do that ... 20 MILLION times per second. Fine is it more complex than that? Then let's say it takes 10000 cycles to determine the path that's still over 200,000 times PER SECOND. That isn't factoring other code and logic but computers are so fast it's negligible imo.
It probably runs through the entire track and saves a map to memory. Then the next time you run it, it would have computed the shortest path. This could be by using an algorithm like A*
If i'm not wrong, it's more like macro on pc that repeating what we have done by recording it first, the logic is first the robot run through the lane and when they off route, the user will take back the robot into previous lane and the robot will ignore the past route and goes to a new one, I used to see this competition, with sometimes it takes several try until the robot can get the correct and optimal route to finish.
Back in the day where i programmed lego robots, mine would fall off the stage the moment it met one irregular line (yes, we had the stages on a table it was not a good idea)
Drift cars: “bro that was a sick drift” The small STEAM car: “ DEJA VU! IVE BEEN IN THIS PLACE BEFORE. HIGHER ON THE STREET AND I KNOW ITS MY TIME TO GOOOO”
Can i find my mate with this robot?
👀👀👀
The program only works if there is a possible solution
@@werttrichenDamn
Robot ain't finding shit for your animal planet ass. Get that "mate" shit outta here we treat romantic partners with respect around here.
@@werttrichenbrute
Bro is smarter than half the earth’s population 💀
I would say ⅚(me included)
Lol only half?
More then half, 50% are below a 100 IQ... now that i think about it the global total avrage is even lower, anyways my guess is a above 130 IQ which means he is smarter then 98% of people atleast.
@Xxmix4lifex Hell what do i care for let him have a modest 115 IQ that's still more Intelligent (as measured) then 85% of "people", which is my point people are stupid, i couldn't care less for the task at hand.
@@HypermarketCommoditywowow you use 'couldn't care less' correctly, what a rarity. just keep in mind that iq doesnt definitively translate to real world capability nor vise versa. try not to let your mind catagorize people based on early impressions, our primitive brains like to assume the worst. people have more going on in their heads than you'll ever know!
Plot twist: they programmed the route and painted the lines afterwards
This is a competition between programs in South Asia
@@bestfast8999not south asia, This is Southeast Asia
I wonder with the code :) . Nice job with the experiment :)
Thanks 🔥
Can u share us the logic on the robot, did this robot using preload movement setup or pure logic ?
As far as my understanding DFS algorithm is being used here.
@@Rationale123look up robot mice. Veritasium has a very nice video about it. They get a certain time to explore and learn the track and then they do competitions for both shortest route and fastest time
@@Rationale123scusa se ti rispondo in italiano, ma non mi va di tradurre e ci pensa google per te.
Credo che. Il robot utilizzi dei sensori di colore posti sotto, quando 1 dei 2 sensori non è più in linea con il colore rientt nel percorso, questo avviene talmente velocemente che diventa impercettibile
I want to see the algorithm. This is amazing.
I think it takes only right idk
@@Retrodogonah it’s making some pretty smart decisions. almost too smart…
Yeah it's clearly a pre-planned route. But, it's still a challenging task knowing where it is in the course and which lines to ignore.
@@joeymea i think in competitions like these, the robot will first get a chance to explore the maze and after it has on its own found the optimal route it will try to take it as fast as possible
@@Tyrone-WardIf it's anything like the first lego league challenge stuff I did back in the day, it's possible the guy who made the robot already knew what the course looked like so he could optimize the robot's pathfinding. Even then it's still challenging to get it to know how to navigate the course properly and the guy who made this one clearly did a great job optimizing his code considering how fast it's able to navigate the course.
it moves so fast! and spend only half a minute finishing the nearest trajectory. amazing!😂
Thanks❤
Pov : All tool assisted speedruns in games
I wonder how it decides on circles, does it detect round lines and then takes the first one out or is it preprepped with decisions ?
It uses IR led. It is programmed to follow dark line.
This one is likely preprepped decisions (or I'd imagine they let the robot first go through the whole maze and map out the best route), since otherwise it would be practically impossible for it to use the fastest route first-try
want full tutorial of this
개쩐당...
노란 블록을 치고 돌아가는 건 앞에 물체를 감지하는 센서를 설치한 건가요?
Cool! Is hitting the yellow block and making a U-turn because of the sensor on the front?
This is awesome! The robot looks robust and fast! I wonder how the robot switch the sensor behavior so quickly from reading the black lines to reading the white lines in a split millis. 😮
there's a wide arc of sensors so maybe it follows the lesser signal? Perhaps some sample averages when the lines break up? idk
@@MariusEidem that is a great idea for tackling changing from one color to another.
Also for fizzy, computers are ... FAST. sure you may think it making a decision in milliseconds is fast, basically if you look at the clock speed of a processor, that is directly related to how many cycles or "steps" it can complete per second. 2ghz, for example would be over 2 BILLION cycles per second, and each operation like deciding what is a path and what is not, this operation may take 100+ cycles and it can still do that ... 20 MILLION times per second. Fine is it more complex than that? Then let's say it takes 10000 cycles to determine the path that's still over 200,000 times PER SECOND. That isn't factoring other code and logic but computers are so fast it's negligible imo.
@@pithlyx9576 Thanks for the explanation. I never thought about it. 😅
@@pithlyx9576Ya and the whole goal of the competition is speed so the algorithms are super optimized
この人はプログラムを作る天才です😊
Amazing robot!❤🎉😊
Bro created the next self driving car
Love how proud he looks when he pushes the yellow blocks
Seeking open source
My opponents entry in TSA be like:
Such a smart boy where's his treat 😂😂😂
how does it know the shortest path without seeing properly?
We're still waiting to find out...
It probably runs through the entire track and saves a map to memory. Then the next time you run it, it would have computed the shortest path. This could be by using an algorithm like A*
Lol A* would be way overkill for something as small as that.
@@reoldthat’s what the micro mouse competitions do, I would be inclined to think this is similar
@@shreddedtwopack6625 yea, maybe BFS or DFS since the whole search space data is available to the controller.
Looks like a fun competition
First it follows lines to knock down cubes, then it starts asking for Sarah Conor.
If i'm not wrong, it's more like macro on pc that repeating what we have done by recording it first, the logic is first the robot run through the lane and when they off route, the user will take back the robot into previous lane and the robot will ignore the past route and goes to a new one, I used to see this competition, with sometimes it takes several try until the robot can get the correct and optimal route to finish.
Can it find my dad?
Menarik sekali, aku penasaran bagaimana cara membuatnya
It sound like kakarot 😭 db fans can recognise 😭
Cool men, very fast desicion maker , i think yuor "reading all the front" to see what lineas are "dead lines" ,there some leds there , very good😊
Back in the day where i programmed lego robots, mine would fall off the stage the moment it met one irregular line (yes, we had the stages on a table it was not a good idea)
My son had a toy like this. Wherever he drew with a marker, the toy would follow the line.
Noice, I wonder what sensor is looking at color. I've only one this with B/W and not having inverted sections. Nice job!
Great video 🎉
I didn’t even realize it was following a circuit diagram.
Remind me of that robot in Wall-E
Reminds me of the Super Mario RPG Minecart mini game.
Nice testing of all cases
I’m on my schools ftc team, and this is just insane
Imagine ai cars going through town like this
It looks like you provided a very good sensor and program
Wow! That's insane, I wonder if the motors are closed loop control
Comment nya orang luar negeri emang beda ,,lebih ramah dari negara sendiri🗿
Orang Indo yang nganggur adalah yg paling pinter kak hehe
Dilihat dari tata bahasa komenan mereka, seperti sarat dengan ilmu
Im wondering for cod..
Is track programmed to it or solely based on its own
Preprogrammed before competition
Kebanyakan pemikirannya belum ingin maju🥲
kepengen punya . ni kira rakit sendiri apa ad beli jadi ya? berapa ni harga ny😂
Drift cars: “bro that was a sick drift”
The small STEAM car: “ DEJA VU!
IVE BEEN IN THIS PLACE BEFORE.
HIGHER ON THE STREET AND I KNOW ITS MY TIME TO GOOOO”
Aint no way the kingsman secret service was involved here
Does anyone else say "boop" when the bot gets the cheese blocks?
The one rat trying to get the piece of food i dropped
Kerennya tuh bisa ngebaca line yang berbeda habis finis terus lanjut
Nice job 👏 👍
Queria que meu robô aspirador tivesse essa vontade 😂😂😂
yo that robot better than me
from what it looks like it always takes the path of the least resistive
This is impressive
코딩 👍
This looks kinda of like an electrical schematic.
Orbitron got some competition!🔥🔥🔥
We had to build a robot like tgis in ñy programming class, only got it to do a slight turn at a very low speed with my team 😂😂
I remember WALL-E now
Can you please guide us we are also participating in line following
We gonna have Axiom robots soon 🔥
..... i like this
Man im programming this kinda stuff with simple blocks for my robotics club and it is hell
와..신기하네..미니카 같으면서 미니카랑 다른 느낌이네
Probably utilizing some sort of particle or Kalman filtering algorithm to follow the path it discovers
Learnt this in HS robotics class last year!
Way less impressive, but same concept.
Cool! You must be smart! Good luck🥰
まじ久しぶりのコメ
前より見た目もめっちゃ速くなってね?w
This thing is "follow the shortest path" algorim i think , the car nrver go back , it all followin😊
I made a robot line follower in lego with lego mindstorms i'm very proud of it
Reminds me of Lego league in a way
WOW!
in some countries we learn that in highschool there is nothing special to this bot
Beautiful!
Thank you!🤍
Yo, that is cool, why the extra lines tho? Is it to see who finds the shortest path?
We can apply to the car stop automation
Yeah someday🎉
That's great
Thats awesome, how is it choosing which line to follow?
This one's a quicky
please give the equipment list
Sensor, minimum systems, motor driver, dc motor, battery, tier, chassis, oled display
Sensor name please?
Little guy's mad at yellow blocks
How the hell 🤯 coding was there to avoid those looping one bug and game over
Woow!!
May I get the source code bro!!??
We as a society are close to having mouse droids
How does it know which fork to go down?
Code
@@mohaniyer6105yeah obviously
But how the code works?
오 !!! 짝짝짝 잘했어여 !
It is just looking like a wow !!!
Can I get that code ?
Он нарушил линию в одном месте. Вот так машины и восстанут 😅😅
That's crazy
Вопрос, владелец знает карту маршрута? И задают опорные точки, или робот едет определяю только черные и белые линии?
It is probably "defined" by performing a test run before real laps
Go Indonesia..
Gooo.... 🎉🎉🎉🎉❤❤
Thanks ❤
Did you add 5+ sensor or it is only the speed that you change
We use 14 sensors
@@kakarobot can I ask what sensor do you use? Or is this custom made?
And there’s still those little spherical ones that can’t really follow a marker line
I have made one line followers robot,
Can you tell me that how the robot returns from hit?
Perfect
amazing
I'd be interested to see the algorithm and hardware used for the robot, do they publish it anywhere, or is everything kept secret?
Bacano la robótica yo estudié Mecatronica
I really hope she's aware of that fact that she's using that robot to trace electrical current on a circuit board.
I NEED IT!
Wow!
this is truly amazing, I wonder how the code works
I know how this thing is so light sensitive and gets derailed. Its tough. Good run
Thanks 🥰
Lovely
I just realized that the path consists of circuitry