he already had plans to make baby-hunting robots but then decided to not make them because he was afraid they would get away from him and actually kill a baby. so maybe? wait until he's sleep-deprived enough and he might just make a terminator... if a shitty one.
To simplify coding to the most simple way possible: It's basically a simple language computer uses that tells it what to do. Like how schools tell students to do what they want no questions asked What a great inference.
Idk why i'm typing this out but here is an explanation of some of the stuff in the video The Motor : So Basically what he has in his hand was a motor and sometype of computer/controller on its own the motor can be powered to spin one way or the other combining the two lets the motor be controlled more accurately with the computer the computer will take code that he wrote to give the motor instructions. Controlling the head : Michael first controls it with his mouse what he did was make the computer think of the motors on the side as X and Y like a chart so he can move it anywhere in a 2d square and then he simply just made it read where his mouse is and tells the motors to go to that specific place in real time. (Side note remember the bit when the motor was going back and forth in a line really slowly basically that lets the computer record the amount of space it can move in and Michael programs it so when it uses too much force like when it hits the edge as a stopping point Up and down : Basically just adding another position to move in so we have X and Y he just gives it Z and uses the Leapmotion tracker which can track how far or close his hand is to the sensor and gives the motors instructions to go up and down The Code : Dynamics Bounds detection i already somewhat explained this in how he controls it in the 2nd part but lemme just say it here again basically the portion where the motor was moving back and forth, there you see the motor and computer working together to map out the amount of distance the motor can move hence fourth Bounds detection like he said the code just gives instruction to the motor where when the motor needs to use alot of force or power than it normally does it will stop the motor which sets a bound. Conclusion: Man i am dumb i've watched this video before but forgot that michael already explained most of the code and i basically rehashed this welp im still just gonna comment this and hope this gives a little bit more of a better explanation which i don't think i can beat michael he is amazing and explains it way better.
I've seen reaction channels that take Michael too seriously. I've also seen some that treat everything he says as a joke. Chicago Reacts has managed to be the middle section of the Venn Diagram of reacting to Reeves, Kit laughs whenever Michael makes a joke, but he also tries to understand what Michael is talking about and actually supports his ideas. They even watch the ads and genuinely seem like they might purchase the item or at the very least check it out. For these reasons, you've earned my subscription
I don't know EXACTLY what he's doing here, but the idea is he's taking a regular motor - that will just spin for as long as you tell it to - into a servo motor - one that will also spin for as long as you tell it, but can tell exactly how many times and how far its rotated in that period. So he can use that new servo motor to accurately travel along the rail to the position he wants it to, just using the motor itself as the sensor. Otherwise, he'd need a complicated array of sensors to tell exactly where the motor is on the rail, and when to stop it running, the servo motor can be told "Rotate 30 times plus 270 degrees" and it'll do it on its own. You just need some code to convert distance into "Revolutions" for the servo to understand.
@@styrofoam2287 You want motor that knows where it is. Small computer in motor makes motor smart so it knows where it is. Now you can make motor do very clever things like turn a precise amount and talk to other computers. Smart motor good. Other motors bad. Ooga booga.
3:20 Answer: it calls Brushless Motor it can be be as fast as you want but there a limit but it has High RBM and also lower RBM it usually uses in RC car or an RC plane
After this video he put a camera instead of the knife so he can use it as a top down cam so people can watch what he is doing from a top down perspective
You are actually commendable by letting Michael play his ad on your video. Some reactor vultures just skips those and I don't even know why lol they're literally vulture-ing on someone else's video for their own views. For that, I have subscribed and dropped a like. Great work, good video. Keep them up!
The ODrive device is an open source platform that allows someone to combine a relatively cheap electric motor with an also relatively cheap rotary encoder (a device that translates rotation into electrical signals which can be counted and so on), this allows a user to control the motors exact position of rotation, instead of just speed and direction (this is what servo motors, and also stepper motors do) all while being a whole lot cheaper than commercial servo motors of the same power / speed, and much faster and more powerful than other solutions at a similar price. Each ODrive module can power and control 2 motors and users can communicate with the ODrive through various interfaces, as well as connect more ODrives to one another. TL;DR The ODrive provides a powerful motion control solution comparable to high end commercial equipment, while being generally cheaper and open source.
The light of hope in his eyes slowly dissipates as the video goes on hahahaahha but he's like a proud dad although out so it's so funny and cute hahaahah
It has been years since I did anything with coding, but the piece of code he shows at 6:15 is to set the homepoint of the surgery arm, as well as the area which it can move in, both of which are described by an X, Y, and Z axis to make a 3D area in space. I'm 100% sure there is WAYYYYY more code involved in the end product.
That circuit board is a raspberry pi (basically a mini computer that can do almost anything you want it to via code) or the brain connected to all the motors and it takes the inputs of the controller to tell each motor what to do. The code he showed was the logic that the raspberry pi needed to run those motors the way he wanted. So the code also made a grid that mirrors the robots range with the frame of the motion capture camera so that it can take the values of the hand on the motion capture cam and move the CUM to those same coordinates in the range of the robot.
I'm no master in python(the code language Micheal used in the video) by the looks of it, he wrote code to send instructions to the motors to basically copy whatever movement he makes with the mouse and later on with his hand.
Odrive is a great idea... I’d love to see support between the odrive and other controllers like say a duet or something. It’s designed for position and speed control of brushless motors.
Coding provides instructions to the motors on where and when to move. For example, when Michael was moving his computer mouse around, and the motors were responding accordingly, there was some sort of code written instructing the motors to move slightly right when the mouse has been moved slightly right. In other words, coding gives the motors a “brain”
6:07 It's basically just instructions and they're generally run chronologically, the same way you read them. And what's shown on the screen right there is the part he has called "calibration", with a function called "calibrate axis". The code shown is incomplete and not very well organized so it's hard to be sure, but it looks to me like it's code run for each separate motor, pushing it to each edge until it uses amperage beyond a certain treshold, and then returning to starting position, like he explained afterwards.
To explain the coding montage real quick basically the motor will just keep going in whatever direction you tell it to and the more it has to push through to keep spinning the more voltage it uses. The motor he's using allows him to read the voltage being supplied to it at any given time. When it's on the rail the voltage required to move it is fairly consistent but once it reaches the end it can't get past the barrier so it pushes harder which means it's using more voltage. The program is reading the voltage of the motor and once it detects a voltage past the limit he set it knows it's reached a boundary and is told to stop.
Servo motors are commonly used on 3D printers because they provide very high precision based on the resolution of the encoder attached to the servo. Encoders provide digital waveform that returns the number of turns the the servo has performed. They use limit switches to register the end point of the movement across the extruded aluminum "basically it learns the stop points when it reaches it's end point on the extrusion the number of turns to the end points" . Servos are many times used on actuators because it has high procession as much as 30,000 points per inch. The other way without end switches it just checks the time the waveform has not changed and then stops the servo it would learn the end points but 3D printers put limit switches because it provides a more accurate end point.
A servo is a motor which can: change direction, make small movements and do cool shyeet. Chicago reacts:sees C.U.M chigargo reacts: something ain't right
Probably a little but late for this explanation but as a mechanical engineering major that wants to go into robotics, I want to help people understand. The motor that Michael has in the video will only turn as long as it gets power and will only turn in one direction as in CW or CCW depending on which part is attached to the positive terminal of a circuit. By adding a controller, he turns it into a servo motor which is a motor that has built in controller board that is designed to communicate with a microcontroller (mini-computer) in order to give more precise movements in increments of rotation. By turning it into a servo motor, he can control how fast or slow the motor rotates as well as the direction it rotates. The code that he wrote is how the motor is allowed to talk to the microcontroller that it is hooked up to. As for the dynamic bounds detection that he mentioned, it basically works like this. When operating any type of electronic, it will always use up some amount of wattage and voltage. The amount of watts that it is pulling is determined by how hard the motor has to work. The microcontroller can be coded to read the voltage or wattage rating that the motor is giving off at any given point. So it reads where it has to go in relation to where it is at that given time in accordance to the positional input that he wrote in with the VR camera. When the motor suddenly has to use more power or voltage than what is deemed as normal operating volts or watts, then it know it is at the end of the bounds of the machine. This is what I mentioned previously as that the motor pulls more voltage or wattage (how ever you want to measure it), the harder that it has to work. To put this into more of a visual aspect, let's say the operating voltage is 5V for example. The second that it gets to the edge, it is pulling 5.1V. This is higher than the operating voltage so the motor knows at this point that it has hit the bounds of the machine.
I dont think they ever bought her a new bed. She was using her room for streaming and content, but sleeping they had used micheals room and bed for because he has his streaming stuff setup in the garage so he has more space in his room for them
A little late, but hey - better now than never. His code is basically comparing the voltage each motor uses to determine it's position. When the motor hits the end of a railing, it starts using a lot of power because it is trying to go somewhere it can't. The code detects that and knows that the motor is on the end of the rail. Now it can compare the edge values to the distance traveled of the motors to get a XY coordinate. It's similar to grabbing a pencil and drawing from the bottom left corner of a paper to basically anywhere on the paper. You can see the end of the line - that's his coordinate. I hope my explanation in understandable :D
A servo is a very accurate motor that’s very strong. It can go to the exact position it’s told to and can switch directions really quickly. A regular motor has less general strength, but lots of torque, and it’s a lot less accurate
Hey just recently stumbled upon and subscribed to this channel probably because I watch M Reeves as well. I personally will be moving to Chicago myself in the near future so I thought I might as well subscribe to ^_^ So far I've only watched your reacts to M Reeves and I just gotta dis on you a little bit about the AI subject ;P You say, as long as the machines work for us. Nah nah nah, I believe that we (Humans and Machines) should work TOGETHER. Remember the last time we tried to make slaves? And that went... "well"... and that was other humans. If we treat machines like slaves, well then GLHF with that uprising ^_^
Is holding an electric motor , the type that's being used for remote controlled air planes and drones because they have an extremely high rpm, and not type you'd normally use for this type of application, as they cannot be moved accurately, no doubt he did that intentionally for comedy
Simple explanation: motor goes wroom wroom real fast pretty accurately More extensive explanation: these are motors used to power RC cars and airplanes, but they have been modified to have a digital encoder which allows the computer to track the movement with a high accuracy. Some software on the computer then controls the motors in a way that they keep their position (provided by ODrive themselves)
It looks more like a machine that serial killers decide to buy to torture their victims. In my opinion Saw, the riddle (the horror saga), could use it in some new film of the saga ... LoL
A brushless motor: Basically a motor that doesn't use brushes to switch the electromagnetics polarity (which is what causes the motor to spin depending on the voltage supplied controls the speed since the electromagnetics are stronger with a higher current supplied) , instead most brushless motors use three-phase power which is three seperate AC power sin waves shifted an equal 120 degree from each other. Not the best explanation but I'm pretty sure that's the gist of it. For a more in-depth explanation look up how a Tesla model S works or any other brushless motor vehicle.
There's not much you can really give unless we see the whole program. That being said, he commented on his bound detection program. This basically just tells the machine where the bounds of its working area is so that it doesn't try to run off the rails.
actually, I have been curious, and lol, I realize this isn't the exact right place to ask, but what coding language does Michael use most of the time? Because I am a little idiot who can't bother to learn anything out side of Python. I really need to get to work on Java tho, otherwise ..... wait, I may have answered my own question. (the sentence I was going to say was "Otherwise I will never be a real part of the coding team for my robotics team)
I fully believe this is the man that will accidentally make a terminator and let it loose on the world and watch it burn.
It won't be an accident...
he already had plans to make baby-hunting robots but then decided to not make them because he was afraid they would get away from him and actually kill a baby. so maybe? wait until he's sleep-deprived enough and he might just make a terminator... if a shitty one.
he is going to build it. let it loose. absolutely love it and be like "MUHAHAHA *CLAP and rubs hands* FINALLY HUMANITY IS FREEEEEEE!" :D
*sweats in "baby that shoots eye lazers"*
Micheal is the best he even mad a attack drone squad that attacks you :)
They didn't buy a new bed
She slept at the floor
Then eventually sleep on michael's room
She didn't sleep in the bed before that either, she bought a futon long before that because she hated the bed so much ( apparently it was mad wobbly)
@@phiabee7064 she gets rid of it because of it being wobbly after she gets with Michael. Coincidence?
@@byronwolf8692 oh yeah no, absolutely not she was sleeping in Michaels room before getting rid of the bed.
@@phiabee7064 It was a joke dum dum
This inspires me to do surgery
oh no
On a grape as well or on a potato?
@@vinaboy1993 surgery on a potato is boring, we potatoes are just empty.. inside..
Oh ok mr psychopath
This inspires me to get a surgery
i like how he assumed that they actually got lily a new bed lol
To simplify coding to the most simple way possible:
It's basically a simple language computer uses that tells it what to do. Like how schools tell students to do what they want no questions asked
What a great inference.
Well explained, Good analogy 10/10
Very informative, more informative than the first time I learned computer programming
Idk why i'm typing this out but here is an explanation of some of the stuff in the video
The Motor :
So Basically what he has in his hand was a motor and sometype of computer/controller on its own the motor can be powered to spin one way or the other combining the two lets the motor be controlled more accurately with the computer the computer will take code that he wrote to give the motor instructions.
Controlling the head :
Michael first controls it with his mouse what he did was make the computer think of the motors on the side as X and Y like a chart so he can move it anywhere in a 2d square and then he simply just made it read where his mouse is and tells the motors to go to that specific place in real time. (Side note remember the bit when the motor was going back and forth in a line really slowly basically that lets the computer record the amount of space it can move in and Michael programs it so when it uses too much force like when it hits the edge as a stopping point
Up and down :
Basically just adding another position to move in so we have X and Y he just gives it Z and uses the Leapmotion tracker which can track how far or close his hand is to the sensor and gives the motors instructions to go up and down
The Code :
Dynamics Bounds detection i already somewhat explained this in how he controls it in the 2nd part but lemme just say it here again basically the portion where the motor was moving back and forth, there you see the motor and computer working together to map out the amount of distance the motor can move hence fourth Bounds detection like he said the code just gives instruction to the motor where when the motor needs to use alot of force or power than it normally does it will stop the motor which sets a bound.
Conclusion:
Man i am dumb i've watched this video before but forgot that michael already explained most of the code and i basically rehashed this welp im still just gonna comment this and hope this gives a little bit more of a better explanation which i don't think i can beat michael he is amazing and explains it way better.
This is sum big brain shit
nice!
Thanks man🔥
I have two of them. And I likey.
JESUS CHRIST CODING MASTER
I've seen reaction channels that take Michael too seriously. I've also seen some that treat everything he says as a joke. Chicago Reacts has managed to be the middle section of the Venn Diagram of reacting to Reeves, Kit laughs whenever Michael makes a joke, but he also tries to understand what Michael is talking about and actually supports his ideas. They even watch the ads and genuinely seem like they might purchase the item or at the very least check it out. For these reasons, you've earned my subscription
"They probably bought a new bed" 😂😂😂 nah she sleeps on the floor now. Its her preference tho. The bed was an actual hazard in her room
Yes, I believe (at the time) she was terrified to use it due to its quality and the height.
Can u React to "Building A Laser Baby" from Michael Reeves?
I don't know EXACTLY what he's doing here, but the idea is he's taking a regular motor - that will just spin for as long as you tell it to - into a servo motor - one that will also spin for as long as you tell it, but can tell exactly how many times and how far its rotated in that period. So he can use that new servo motor to accurately travel along the rail to the position he wants it to, just using the motor itself as the sensor. Otherwise, he'd need a complicated array of sensors to tell exactly where the motor is on the rail, and when to stop it running, the servo motor can be told "Rotate 30 times plus 270 degrees" and it'll do it on its own. You just need some code to convert distance into "Revolutions" for the servo to understand.
smart words me no brain
@@styrofoam2287 You want motor that knows where it is. Small computer in motor makes motor smart so it knows where it is. Now you can make motor do very clever things like turn a precise amount and talk to other computers. Smart motor good. Other motors bad. Ooga booga.
@@DEATHBYFIRE09 youre the goat!!! XD
ahh, yes the only excuse of rewatching Michael reeves content
I've watched like 7 different reactions to this video. The struggle is real
Mmmh I like u 🤔🤔
Oooh i am so going to wait for you to react to the roomba
Trigger me Elmo is also very good!
This man is much more attractive and much funnier than most talk show hosts as of late, and I promote his rise to the top.
3:20 Answer: it calls Brushless Motor it can be be as fast as you want but there a limit but it has High RBM and also lower RBM it usually uses in RC car or an RC plane
When I first saw the video, I had my all time fantasy of torchering those who have done me wrong.
"I dont even know what surgery this is supposed to be". Murder. Its murder Michael🤣
I mean, stabbing someone to death is a FORM of surgery...
After this video he put a camera instead of the knife so he can use it as a top down cam so people can watch what he is doing from a top down perspective
This channel has to blow up soon. This stuff is entertaining.
Michael is a force of pure chaos
Yo he looks fire in that suit.
You are actually commendable by letting Michael play his ad on your video. Some reactor vultures just skips those and I don't even know why lol they're literally vulture-ing on someone else's video for their own views. For that, I have subscribed and dropped a like. Great work, good video. Keep them up!
They don't want to show an ad for a company if they are not getting any money from the company.
I just realized this guy has a his own physical button entirely dedicated to just pausing the video wtf
The ODrive device is an open source platform that allows someone to combine a relatively cheap electric motor with an also relatively cheap rotary encoder (a device that translates rotation into electrical signals which can be counted and so on), this allows a user to control the motors exact position of rotation, instead of just speed and direction (this is what servo motors, and also stepper motors do) all while being a whole lot cheaper than commercial servo motors of the same power / speed, and much faster and more powerful than other solutions at a similar price. Each ODrive module can power and control 2 motors and users can communicate with the ODrive through various interfaces, as well as connect more ODrives to one another.
TL;DR The ODrive provides a powerful motion control solution comparable to high end commercial equipment, while being generally cheaper and open source.
The hell bro you some coding master?
The light of hope in his eyes slowly dissipates as the video goes on hahahaahha but he's like a proud dad although out so it's so funny and cute hahaahah
I love how you watched the ad part too
+respect
I love that this channel has found Micheal Reeves and is going down the rabbit hole
It has been years since I did anything with coding, but the piece of code he shows at 6:15 is to set the homepoint of the surgery arm, as well as the area which it can move in, both of which are described by an X, Y, and Z axis to make a 3D area in space. I'm 100% sure there is WAYYYYY more code involved in the end product.
i do always anticipate his next video but i am also at the same very scared of what he will do
6:40 its called sensorless homing something that's been used by 3d printers for a while now, that allows you to use less wires and sensors
That circuit board is a raspberry pi (basically a mini computer that can do almost anything you want it to via code) or the brain connected to all the motors and it takes the inputs of the controller to tell each motor what to do. The code he showed was the logic that the raspberry pi needed to run those motors the way he wanted. So the code also made a grid that mirrors the robots range with the frame of the motion capture camera so that it can take the values of the hand on the motion capture cam and move the CUM to those same coordinates in the range of the robot.
OMFG your face when he brought out the knife hahahhahahahha!!!
He makes Michael sound like a saint and well... laser baby explains itself
Michael always uses arduino, arduino pretty much can do anything with the right program
I think you should watch Michael Reeves headhunting drone swarm video. It shows the kind of person he really is
Love the reactions, really engaging stuff
I'm no master in python(the code language Micheal used in the video)
by the looks of it,
he wrote code to send instructions to the motors to basically copy whatever movement he makes with the mouse and later on with his hand.
I'm a programmer and here's an explanation of the code:
It's code. It tells the computer what to do. You're welcome
Odrive is a great idea... I’d love to see support between the odrive and other controllers like say a duet or something. It’s designed for position and speed control of brushless motors.
Coding provides instructions to the motors on where and when to move. For example, when Michael was moving his computer mouse around, and the motors were responding accordingly, there was some sort of code written instructing the motors to move slightly right when the mouse has been moved slightly right. In other words, coding gives the motors a “brain”
6:07 It's basically just instructions and they're generally run chronologically, the same way you read them. And what's shown on the screen right there is the part he has called "calibration", with a function called "calibrate axis". The code shown is incomplete and not very well organized so it's hard to be sure, but it looks to me like it's code run for each separate motor, pushing it to each edge until it uses amperage beyond a certain treshold, and then returning to starting position, like he explained afterwards.
The true successor to the big metal tomato spike a true weapon to surpass metal gear.
I hope this channel keeps going down the Michael Reeves rabbit hole
This man gives me micheal scott vibes!
To explain the coding montage real quick basically the motor will just keep going in whatever direction you tell it to and the more it has to push through to keep spinning the more voltage it uses. The motor he's using allows him to read the voltage being supplied to it at any given time. When it's on the rail the voltage required to move it is fairly consistent but once it reaches the end it can't get past the barrier so it pushes harder which means it's using more voltage. The program is reading the voltage of the motor and once it detects a voltage past the limit he set it knows it's reached a boundary and is told to stop.
Servo motors are commonly used on 3D printers because they provide very high precision based on the resolution of the encoder attached to the servo. Encoders provide digital waveform that returns the number of turns the the servo has performed. They use limit switches to register the end point of the movement across the extruded aluminum "basically it learns the stop points when it reaches it's end point on the extrusion the number of turns to the end points" . Servos are many times used on actuators because it has high procession as much as 30,000 points per inch. The other way without end switches it just checks the time the waveform has not changed and then stops the servo it would learn the end points but 3D printers put limit switches because it provides a more accurate end point.
It cant do surgery ESPECIALLY minimally evasive surgery BUT it can be a great torture device
Michael Reeves is not the type of person to stop the robot uprising he would start the robot uprising
A servo is a motor which can: change direction, make small movements and do cool shyeet.
Chicago reacts:sees C.U.M
chigargo reacts: something ain't right
Probably a little but late for this explanation but as a mechanical engineering major that wants to go into robotics, I want to help people understand.
The motor that Michael has in the video will only turn as long as it gets power and will only turn in one direction as in CW or CCW depending on which part is attached to the positive terminal of a circuit. By adding a controller, he turns it into a servo motor which is a motor that has built in controller board that is designed to communicate with a microcontroller (mini-computer) in order to give more precise movements in increments of rotation. By turning it into a servo motor, he can control how fast or slow the motor rotates as well as the direction it rotates. The code that he wrote is how the motor is allowed to talk to the microcontroller that it is hooked up to.
As for the dynamic bounds detection that he mentioned, it basically works like this. When operating any type of electronic, it will always use up some amount of wattage and voltage. The amount of watts that it is pulling is determined by how hard the motor has to work. The microcontroller can be coded to read the voltage or wattage rating that the motor is giving off at any given point. So it reads where it has to go in relation to where it is at that given time in accordance to the positional input that he wrote in with the VR camera. When the motor suddenly has to use more power or voltage than what is deemed as normal operating volts or watts, then it know it is at the end of the bounds of the machine. This is what I mentioned previously as that the motor pulls more voltage or wattage (how ever you want to measure it), the harder that it has to work. To put this into more of a visual aspect, let's say the operating voltage is 5V for example. The second that it gets to the edge, it is pulling 5.1V. This is higher than the operating voltage so the motor knows at this point that it has hit the bounds of the machine.
All I see is fear behind his eyes as he watches Poki repeatedly stab the bleeding styrofoam head over and over… just fEAR
3:05 he's holding a servo motor on his right hand, and he's holding a driver board on the other hand, which is the one that control the servo motor
I dont think they ever bought her a new bed. She was using her room for streaming and content, but sleeping they had used micheals room and bed for because he has his streaming stuff setup in the garage so he has more space in his room for them
A little late, but hey - better now than never.
His code is basically comparing the voltage each motor uses to determine it's position. When the motor hits the end of a railing, it starts using a lot of power because it is trying to go somewhere it can't. The code detects that and knows that the motor is on the end of the rail. Now it can compare the edge values to the distance traveled of the motors to get a XY coordinate.
It's similar to grabbing a pencil and drawing from the bottom left corner of a paper to basically anywhere on the paper. You can see the end of the line - that's his coordinate.
I hope my explanation in understandable :D
his face when he realized what michael meant with scalpel is just a shitty smaller knife😂
A servo is a very accurate motor that’s very strong. It can go to the exact position it’s told to and can switch directions really quickly. A regular motor has less general strength, but lots of torque, and it’s a lot less accurate
First to not be last
My brain is bigger than Michaeljoefish's
You sure?
@@michaeljoefish8115 I don't see you solving the meaning of life i allready firued it out
@@OrigionalCigarette What u mean? It's obviously 42
Hey just recently stumbled upon and subscribed to this channel probably because I watch M Reeves as well. I personally will be moving to Chicago myself in the near future so I thought I might as well subscribe to ^_^ So far I've only watched your reacts to M Reeves and I just gotta dis on you a little bit about the AI subject ;P You say, as long as the machines work for us. Nah nah nah, I believe that we (Humans and Machines) should work TOGETHER. Remember the last time we tried to make slaves? And that went... "well"... and that was other humans. If we treat machines like slaves, well then GLHF with that uprising ^_^
You look like Robert De Niro in Taxi Driver. Also. Awesome reaction!
Is holding an electric motor , the type that's being used for remote controlled air planes and drones because they have an extremely high rpm, and not type you'd normally use for this type of application, as they cannot be moved accurately, no doubt he did that intentionally for comedy
Simple explanation: motor goes wroom wroom real fast pretty accurately
More extensive explanation: these are motors used to power RC cars and airplanes, but they have been modified to have a digital encoder which allows the computer to track the movement with a high accuracy. Some software on the computer then controls the motors in a way that they keep their position (provided by ODrive themselves)
CIA is looking at that robot for "research purposes" *wink wink*
with the wood, she was getting rid of the bed so she just let him have it to use for the robot
Yeah I can trust that robot when I want to die.
U ask these questions to make people rage comment but it helps u cuz comments r good so this is helping i 2
It looks more like a machine that serial killers decide to buy to torture their victims. In my opinion Saw, the riddle (the horror saga), could use it in some new film of the saga ... LoL
A brushless motor: Basically a motor that doesn't use brushes to switch the electromagnetics polarity (which is what causes the motor to spin depending on the voltage supplied controls the speed since the electromagnetics are stronger with a higher current supplied) , instead most brushless motors use three-phase power which is three seperate AC power sin waves shifted an equal 120 degree from each other. Not the best explanation but I'm pretty sure that's the gist of it. For a more in-depth explanation look up how a Tesla model S works or any other brushless motor vehicle.
That brushless motor can go *Brrrrrrrrr*
It can not solve cancer
That’s about all my knowledge
I’ve been waiting for this
Bounds detection, means detecting the Bounds aka the dimensions that something can move. The software does that.
The CIA ordered 50 of these. ....for surgical purposes....
The thing in Michaels hand is a potential trigger for Global Thermonuclear War. It can also stir coffee and possible a wheel or two.
Bruf made a torture device and he approved im scared😭
Dont worry he's replacing the big knife with a actual surgery knife
There's not much you can really give unless we see the whole program. That being said, he commented on his bound detection program. This basically just tells the machine where the bounds of its working area is so that it doesn't try to run off the rails.
3:07 that's a motor... it spins.
He wrote all code in python XD
I don't know about hospitals but, I can think of a couple of 3rd world dictators that would love this machine.
some evil villan would make this
It cannot help you emotionally
Michael is giga brain, destroy girlfriends bed, so you sleep in the same bed with her
YOUR SEEING SOME SICK CODE
4:30 Micheals girlfriend slept on a matras on the ground for like 2 months (she is a streamer and you coud see it in her room)
Michael girlfriend actually just wanted to sleep on the floor that’s why they got rid of the bed
you should react to skynut from penguiz0
yea uh they didnt buy a new bed ...
3:09 did… did he just “would you kindly” us.. I think I just got bioshock ptsd
I trust micheal with my life entirely
Bad idea
Bad bad idea
The device cant cook food
I still believe this is John Travolta
Anyone else thinks he looks like old version of ludwig
actually, I have been curious, and lol, I realize this isn't the exact right place to ask, but what coding language does Michael use most of the time? Because I am a little idiot who can't bother to learn anything out side of Python. I really need to get to work on Java tho, otherwise ..... wait, I may have answered my own question.
(the sentence I was going to say was "Otherwise I will never be a real part of the coding team for my robotics team)
Do NOT give Michel reeves power over ai
Someone could explain the coding that Michael showed there.. but it would take them a week to type in
you kinda look like ludwig
6:10 AHAHAHAHA no
Please watch michael making a lazer baby
You remind me of a younger Brandon DiCamillo from CKY/Jackass
im here to type it in the comment section down below
I will trust a robot to do surgery in a few thousand years I may be dead got a rather than that now
Please react to more of his vids,