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0:00

Начинаем

1:11

ChatGPT о нашем наборе

2:36

Мигаем светодиодом

5:12

Подводка

6:08

Крутим сервоприводом

7:06

RGB светодиод

9:27

Адресная лента

15:08

Термостат

17:22

Дальномер

18:20

Кодовый замок

19:41

Часы

20:22

Змейка на светодиодной матрице

22:11

WiFi проекты

26:32

Конецъ

Ультразвуковой дальномер своими руками на Arduino

Ультразвуковой дальномер своими руками на Arduino

Channel: AlexGyver

🌿Рамка оживляет цветы! Нереально крутая самоделка

🌿Рамка оживляет цветы! Нереально крутая самоделка

Channel: AlexGyver

Переключатель наушников и колонок своими руками

Переключатель наушников и колонок своими руками

Channel: AlexGyver

AlexGyver

своими руками

как сделать

самоделки

своими руками видео

сделай сам

самодельный

в домашних условиях

нейросети

искусственный интеллект

бот

chatgpt

ai

openai

эксперимент

arduino

00:00:02

this video we will look at the amazing

00:00:04

capabilities of artificial intelligence and

00:00:06

Arduino microcontrollers I will show you

00:00:08

how to use gpt chat one of the most

00:00:10

advanced artificial

00:00:11

intelligence models to create programs on

00:00:13

Arduino you will learn how Chad gpt can

00:00:16

help you write code and save

00:00:17

a lot time Let's start

00:00:21

[ __ ]

00:00:31

You guessed it Today I want to

00:00:33

experiment with her in person and

00:00:36

check how well she writes

00:00:38

simple programs for Arduino If

00:00:40

you suddenly don’t know gpt - this is an absolutely

00:00:42

revolutionary thing in the form of a virtual

00:00:44

interlocutor who knows everything in the world and

00:00:46

can give advice write poetry and even

00:00:49

program; in fact, we

00:00:50

will need access to a chatbot;

00:00:59

this information is very easy to find on the

00:01:02

Internet. And if you have a non-

00:01:03

Russian phone number or a friend with

00:01:05

such a number, then it’s better to just

00:01:06

register on the site;

00:01:25

buy a subscription for 20 bucks; the second one is

00:01:27

also simple I will use the

00:01:29

Arduino kit Guyver Kids, which we

00:01:31

sell in Russia, the link is in the

00:01:33

description under the video because this is the

00:01:35

largest kit that

00:01:37

you can buy in principle, there is everything that can be

00:01:39

useful and even more, these are the most

00:01:41

popular Chinese sensors and modules,

00:01:43

just all in one convenient box, the

00:01:45

gpt part, by the way, speaks well of our

00:01:47

kit, everything she wrote here is

00:01:49

really so, except for this, this is a

00:01:51

complete lie, the boards

00:01:53

were never in the kit, there are Arduino Nano

00:01:56

Venus Mini and also esp32 boards with a camera and

00:01:59

folk and spin 01 in the kit our new

00:02:02

iot set for experiments with a smart home, what do

00:02:04

I expect from this experiment

00:02:08

by an interlocutor who has read the entire

00:02:10

Internet, all forums and all articles on

00:02:12

Yandex Zen and can answer the

00:02:14

question Based on this, namely,

00:02:16

to program independently She doesn’t

00:02:18

know how, by the way, boy

00:02:23

I think that some typical things will be

00:02:26

done without problems, but in programs

00:02:28

where you need to develop something,

00:02:30

some cunning algorithm most

00:02:32

likely won’t cope. But that’s what I think,

00:02:34

so let’s see how it

00:02:36

really is, let’s start with the most banal example of a

00:02:38

flashing LED and let's try several

00:02:41

degrees of complexity of this task, I will

00:02:44

ask questions in Russian and

00:02:45

English to understand how best to make a

00:02:48

mistake here, this is a blinking diode as

00:02:50

it is.

00:02:52

Let's ask the Bot to make the

00:02:55

blinking purity 5 Hz, what a smart guy even calculated the period.

00:02:58

If you are in the subject, then you know what it is

00:03:01

very bad code based on

00:03:03

delays not in development but in time,

00:03:06

so I will ask the Bot to make an

00:03:08

asynchronously blinking LED that

00:03:10

will not block the execution of the entire

00:03:12

program and will also blink smoothly, which is

00:03:17

quite difficult to do on the 13th stage of this board and

00:03:19

immediately the neural network produces

00:03:21

This code is complete nonsense to us, this code will make the LED blink

00:03:24

with a random brightness for a random time,

00:03:26

but the brightness on the thirteenth pi

00:03:28

cannot be set in this way. Okay, I’ll simplify

00:03:31

the task Let the LED just

00:03:33

blink smoothly in any way, well, this is a

00:03:36

standard example, it even seems to be in

00:03:38

the folder with the program Well, in fact, here

00:03:40

it is, almost verbatim rewritten,

00:03:42

it works as it should, nothing to say here.

00:03:44

Okay, let’s try the second part of the problem, the

00:03:47

asynchronous blinking LED

00:03:50

produced some kind of nonsense. Du, I think he

00:03:53

misunderstands the word asynchronous,

00:03:54

he apparently thinks that asynchronous

00:03:57

means without an even period, I’ll paraphrase

00:03:59

Make me a blinking diode without delays

00:04:02

and this already looks like the truth Yes,

00:04:05

I wrote a classic design for an

00:04:06

asynchronous timer without delays,

00:04:08

well done

00:04:10

[music]

00:04:12

well, make me a smoothly

00:04:16

blinking LED without delays so

00:04:18

good Well, we started for health, we finished for

00:04:22

peace again with a delay, I’ll try

00:04:25

to miss the input terminology for me anyway - I

00:04:27

really need a smoothly flashing LED on

00:04:29

pin 13, I suggest using a

00:04:31

software PWM signal softpwm No,

00:04:35

again the hardware PWM and delay do not understand,

00:04:37

I tried to paraphrase it in a bunch of

00:04:40

different ways, but the result was not

00:04:42

achieved with the simplest tasks,

00:04:44

diode megamication disassembled on the Internet, not

00:04:46

Russian, coped Excellent But

00:04:48

a little - a slightly more cunning algorithm puts

00:04:50

it at a dead end. The problem is solved in literally

00:04:53

three lines of code that allow you

00:04:54

to make the brightness of the LEDs

00:04:56

pseudo-smooth in a couple of days when

00:04:58

I already had a subscription. I asked a

00:05:00

similar question to the fourth version of gpt

00:05:02

and in response I received a slightly different

00:05:04

design, but the meaning remained the same and

00:05:07

the result was incorrect

00:05:10

point part gpt 0 points further we have according to

00:05:13

plan advertising integration eyeliner for

00:05:15

which I asked to write gpt but

00:05:17

still pays me for the author's

00:05:19

material so the text will be mine as you

00:05:21

all probably know I grew up reading

00:05:23

Harry Harrison's books and studied at the university in the

00:05:25

specialty of spacecraft design,

00:05:27

Cosmonautics Day is a

00:05:29

special holiday for me. And when I saw the new

00:05:32

limited collection of

00:05:34

Tinkoff Black debit cards in space design, of course,

00:05:37

the joke was immediately issued on the website and a

00:05:40

representative of the bank greeted the

00:05:41

next day absolutely free of charge,

00:05:44

moreover, if you issue such a card before 16

00:05:46

April, then the service on it will be

00:05:48

free forever, and Tinkofflex also

00:05:51

helps you save and even makes money

00:05:53

on your purchases, you will receive

00:05:55

cosmic cashback of up to 30 percent in

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rubles for purchases from bank partners,

00:05:59

cashback of up to 15 percent on 4

00:06:02

spending categories that you can choose every month

00:06:04

and also up to five percent per annum

00:06:06

on the account balance with a Tinkoffpro subscription

00:06:08

Cosmic benefit and the

00:06:10

money does not run out, you can

00:06:12

even transfer to cards of other banks without commission

00:06:14

through sbp and also withdraw from ATMs for free,

00:06:17

apply for a Tinkoff

00:06:19

blackspace card using the link in the description under the

00:06:21

video until April 16, its service will be

00:06:23

free forever let's return to the chatbot

00:06:26

and I have the following question: make me a

00:06:28

smooth control of the servo drive, that is,

00:06:31

not at full speed as it is usually

00:06:32

controlled slowly, everything is correct for a

00:06:35

smooth movement you need to shift the angle of

00:06:37

rotation of the gray drive, gradually

00:06:39

stretching this process over time, but here

00:06:42

again everything is on delays, but I didn’t specify

00:06:45

what is needed without them by the way Pay

00:06:47

attention to the detailed text description of

00:06:48

how the code works, this is very good

00:06:51

for learning, I’ll ask you to make me the code without

00:06:54

delay Excellent, everything is written exactly

00:06:57

as needed and the text description

00:06:59

explains everything in detail, it’s true that it was generated

00:07:01

for almost 4 minutes everything works as it should.

00:07:04

This task is clearly simpler than with an

00:07:06

LED. So let’s do it again,

00:07:09

there will be three, namely the RGB LED, the color

00:07:13

of which I want to adjust using the

00:07:14

potentiometer knob, I

00:07:17

connect the LED to the pins as indicated on the

00:07:19

kit’s website, and the knob to the analog

00:07:21

input Let's still write in Russian,

00:07:23

but write me a program to control an

00:07:26

RGB LED and so on in the text

00:07:29

Wow, they even gave us a list of components,

00:07:31

but everything is frozen, I'll ask in English So I

00:07:35

perked up and gave out

00:07:38

some kind of crap at first glance. Let's download

00:07:40

the program and Let's see what happened

00:07:42

and it turned out to be some kind of crap, the

00:07:44

color changes are smooth but it does not

00:07:47

cover the entire Spectrum and also has

00:07:49

a step in the middle at the same time I

00:07:51

asked the Bot to just adjust

00:07:53

the color and he did it as he sees it himself

00:07:56

So no questions I have something to say about

00:07:58

it Probably not Let’s make it more specific and

00:08:00

make the color setting don’t give a [ __ ], yes that’s exactly how it is

00:08:04

in English this shade the bot

00:08:07

went wild and dashed off some creepy

00:08:09

indium one with a bunch of conditions and

00:08:11

calculations of floating point numbers but the

00:08:14

Canvas is quite working now the color

00:08:16

changes smoothly flows from the colors

00:08:18

color according to the Spectrum but at the edge of the range a

00:08:21

foam party begins apparently the code is

00:08:23

still not very correct but I must pay tribute to it, it’s quite

00:08:25

working I decided to

00:08:28

ask in English and Guess what Yes, I

00:08:31

wrote a program for an addressable

00:08:33

LED, he takes one LED and

00:08:36

adjusts its color using

00:08:37

built-in library function in my

00:08:39

question, I didn’t write that the LED

00:08:42

should not be addressable, so the bot is

00:08:43

again right. The more accurately the question is asked by

00:08:46

whom. The more accurately he can answer it.

00:08:48

Let’s, for educational purposes,

00:08:50

consider the algorithm that is usually

00:08:52

used for this matter. We have 255

00:08:55

the value of the knob horizontally and 255

00:08:58

the value of the rage of the LEDs vertically,

00:09:00

we divide the knob into 3 ranges,

00:09:02

red will be 3 These are the values

00:09:05

green will change at these values and blue will

00:09:08

change its brightness at these values of the

00:09:10

knob This is how it looks in the

00:09:12

program, very succinctly And this is how it

00:09:15

works without steps without a foam

00:09:18

party at extreme values since

00:09:20

the mathematics here is more than predictable

00:09:22

by the way, this is what the first algorithm

00:09:24

that offered us gpt looks like, something in this

00:09:27

However, they

00:09:28

started to touch

00:09:40

Well, the most banal thing, give me

00:09:43

the effect of a running rainbow, this is the base Oh

00:09:47

mommies tea gpt turned on the Indian again and

00:09:49

did some crazy

00:09:51

color conversion but the cat Looks quite right,

00:09:53

only I connected the tape in the wrong place,

00:09:56

everything works great

00:09:58

[music]

00:10:00

Let's specify pin number 13

00:10:03

brightness 100 out of 255 Lol gpt part decided to

00:10:08

use a different library for the tape

00:10:10

go fanil everything constants and even moved the

00:10:13

effect into a separate function, not bad,

00:10:16

unlike the previous rainbow, it will be

00:10:18

stretched across the entire tape. Pay

00:10:20

attention to this expression, well, a Rainbow

00:10:23

is like a rainbow

00:10:25

[music]

00:10:28

but I want the brightness of the tape

00:10:31

to be adjusted with a potentiometer, will it cope

00:10:33

with such a task? Yes, it I did everything

00:10:36

correctly and added this feature to my

00:10:39

previous code without redoing it, it works a lot

00:10:51

Let’s complicate the task a little more

00:10:53

Let the speed of the rainbow be set by the

00:10:56

second knob I will indicate pins a0 and A1

00:10:59

What a great guy he added

00:11:01

delay control using the second knob

00:11:03

actually Everything works claims zero

00:11:06

respect

00:11:12

Let's see how part of gpt With

00:11:15

imagination I'll ask him to make the

00:11:16

Northern Lights effect, that's how you think the neural

00:11:19

network sees the Northern Lights Well, it

00:11:22

happened again A rainbow only

00:11:24

stretched in length, in fact it

00:11:27

is

00:11:29

I started a new dialogue and asked the same

00:11:31

question and now it’s using a different

00:11:34

library for the tape and does some

00:11:37

crap now 6 LEDs will just

00:11:39

flicker in random colors and it will be

00:11:41

quite ugly by chance it will just be a

00:11:43

gray mass and that’s how it happened

00:11:46

[music]

00:11:52

and how does the neural network see the effect will-o-the-

00:11:56

wisps are waiting for an answer essentially the same as the

00:11:59

previous time But this time the colors

00:12:01

will be bright and rich epoch exactly like this

00:12:05

if your party is not like this then

00:12:07

don’t even invite me Let’s find out

00:12:10

what the neural network considers beautiful give

00:12:12

me a beautiful effect Wow and now he

00:12:15

asks what tape I use but

00:12:18

he guessed quite correctly we got

00:12:20

some code and we can conclude that

00:12:23

part of the gpt clearly loves the green color,

00:12:25

let me clarify what kind of tape I have and

00:12:28

it’s getting hot, now they’ve written for us

00:12:31

several effects at once that will

00:12:32

switch quite well. Let’s try. That’s

00:12:36

bad luck.

00:12:38

Well, I kind of guess what

00:12:40

the author wanted to say. Here you need to break the

00:12:42

24-bit color into three components

00:12:44

red green and blue for battle and

00:12:47

mathematics By the way, if you also want to

00:12:49

learn how to dashingly write and read any code,

00:12:51

then I remind you that on my website there is a

00:12:53

huge database of absolutely free and

00:12:56

very detailed programming lessons

00:12:57

specifically for Arduino and similar

00:12:59

entertainment Wow wow It really

00:13:02

turned out beautiful it looks like a fireworks the

00:13:04

charge flies then boom and glow part

00:13:08

for 5 you're not bad For that matter let's

00:13:11

do some beautiful effects for me

00:13:14

so wait a minute I don't like neopixel Let's

00:13:17

write to the library faslet Wow this is a

00:13:20

jet bot I wrote blocking effects and

00:13:23

threw them into the main loop of the program, this is a

00:13:25

very dirty job. But

00:13:28

I made a description for each effect. It’s funny. In the end it

00:13:31

turned out Almost the same thing is clear. This is where

00:13:34

his fantasy of painting the effect

00:13:36

apparently ended. So let’s write it down.

00:13:41

Let’s switch to start gpt version 4

00:13:45

and see what he we will be asked to ask

00:13:48

exactly the same question Wow, this guy is

00:13:51

clearly much smarter in defaning all

00:13:53

the settings and also Apparently the code

00:13:56

will be asynchronous, you can adjust

00:13:58

the time between effects, so here we have an

00:14:01

effects switch and the actual

00:14:03

rendering of the current effect, then

00:14:06

the effects themselves, the program is organized

00:14:09

much better than the previous version of

00:14:10

gpt That's for sure But the effects themselves are still

00:14:14

delayed, but note that I didn't ask you to do it

00:14:17

without them Apparently there is a limit on the

00:14:19

amount of text that the bot generates. As I

00:14:21

understand it, he didn't literally finish the

00:14:23

last function. So I did it

00:14:26

for him because this is the usual way to get

00:14:28

color from a rainbow, I’ll do this using a

00:14:31

library tool, he wanted to do it with some kind of

00:14:33

crutches Apparently, So effect

00:14:35

number one is a running Rainbow, amazing

00:14:38

number two, Running LEDs and they

00:14:42

smoothly change color along the rainbow,

00:14:43

cool, really cool, third

00:14:46

effect of filling with color Well, now

00:14:49

I very impressed, just from a short

00:14:52

text description to write a full-fledged

00:14:55

damn program is quite difficult to

00:14:57

come up with Three different effects This is damn

00:14:59

cool and the effects are also quite suitable

00:15:02

Chad gpt can really throw together a ready-made

00:15:05

project structure that will

00:15:06

then need to be completed a little and it’s done Okay, let’s

00:15:09

move on to useful crafts for example

00:15:12

relay and thermistor temperature sensor

00:15:15

let's make a thermostat

00:15:18

Make me a thermostat The thermistorz himself knows everything,

00:15:21

but it's not simple, to

00:15:24

get the temperature you need to make

00:15:25

some mathematical transformations

00:15:27

and at first glance the program is quite

00:15:29

correct. Separate

00:15:31

characteristics of the thermistor Let's

00:15:33

see what comes in the kit.

00:15:35

Surprisingly, the neural network guessed which

00:15:37

thermistor I'm using the characteristics are

00:15:39

completely the same so wait for

00:15:41

debugging Let's ask Add

00:15:43

the temperature output to the port Yeah super

00:15:49

I connect the dialing sites according to the diagram and now

00:15:52

we see the temperature I heat up the sensor in

00:15:55

my hand and the temperature rises the threshold

00:15:58

temperature is 25 degrees specified in

00:15:59

the program So I cool it down and the relay

00:16:02

turns off again I heat it up

00:16:07

Well let's not waste time on trifles And

00:16:09

we'll ask the neural network to display the current

00:16:11

temperature on the display, this is a specific

00:16:14

display I'm describing as it is LCD 1602

00:16:17

connection via i2c

00:16:19

[music]

00:16:22

Well, we've added an output to the display Everything

00:16:25

works 25 degrees the relay worked great

00:16:28

And let's ask you to adjust the

00:16:30

set temperature with a knob

00:16:33

[music ]

00:16:42

It looks quite correct, but it

00:16:45

will reach the limit on the text length. This

00:16:47

means that large projects, in principle,

00:16:49

cannot be generated by this thing.

00:16:51

Let's ask the Bot not to write

00:16:53

comments to the program code; what a

00:16:56

naughty one I will specify without

00:16:58

one-line comments to the

00:17:00

program code; it turned out

00:17:02

[music]

00:17:05

Great

00:17:06

[music]

00:17:09

And So I twist the temperature,

00:17:12

which will maintain the thermostat And

00:17:14

you can hear the relay and the system click.

00:17:16

It works properly, very cool for

00:17:18

beginners who are just starting to

00:17:20

get acquainted with such things, it’s just

00:17:22

something like that, so we can also connect it to

00:17:25

the display, let’s make a range finder on an

00:17:28

ultrasonic sensor, I

00:17:30

connect the distance according to the standard diagram sites for the

00:17:33

Guyver Kit so good, we display not the

00:17:36

distance from the sensor on the display the

00:17:38

gpt part uses a standard design

00:17:40

for interrogating the sensor Okay and displays it on the

00:17:43

display like this Well, everything works correctly,

00:17:45

really no lessons or crooked

00:17:48

examples are needed from forums and

00:17:50

online store sites gpt will just write

00:17:52

working code according to your request and everything is

00:17:54

tough Let's display the distance in

00:17:58

millimeters or inches again too

00:18:00

many comments give without

00:18:03

comments please order Ay

00:18:06

beauty works but Check G5 did not catch the

00:18:09

difference between centimeters and

00:18:11

millimeters and continues to display in

00:18:13

centimeters this can be seen from the calculation

00:18:15

formula But he is honest tried Even named the

00:18:18

variable distance millimeters What a

00:18:20

great guy, what should we do next?

00:18:22

Let's offer a photo of an interesting project: a

00:18:25

combination lock; just look at the

00:18:28

logic of entering a password; asked to make me a

00:18:30

combination lock; the gpt part manually

00:18:33

interrogates the matrix keyboard and,

00:18:35

apparently, simply displays the pressed numbers on

00:18:37

the display

00:18:38

[music]

00:18:40

Yes, and it does it quite carelessly

00:18:43

so that it was a combination lock, I

00:18:45

added the phrase correct Code 1234 and these

00:18:49

three words were enough in the program,

00:18:51

code checking and processing of

00:18:53

incorrect input were added, but the code still

00:18:55

worked rather clumsily, that is, it did

00:18:57

not work at all. Although I may have had

00:19:00

the keyboard is connected incorrectly, I

00:19:02

decided to ask the same question in the fourth

00:19:04

version of gpt and I can immediately see a different approach, they

00:19:07

gave me a list of components and to work

00:19:09

with the keyboard they will use the

00:19:11

k-pad library, it needs to be installed from the

00:19:14

library manager, the correct code

00:19:16

is stored in a line and here after

00:19:18

the end of the input using MP, the program

00:19:21

compares the entered code with the correct one.

00:19:23

Excellent program. I would most likely do the

00:19:26

same thing and compare one

00:19:28

symbol at a time. Which is essentially the same thing. Well, the

00:19:31

most important thing is that it works both on a

00:19:33

short stroke and on a long one and on code with

00:19:36

letters 1 2 3 4 ABCD also everything works

00:19:40

just great

00:19:42

next quick project clock on the

00:19:45

real time clock module ds3231 and 7

00:19:48

segment display I will ask the

00:19:51

clearest possible question 4 versions Chad gpt and I hope I

00:19:53

will get a clear program I even

00:19:56

indicated the pins of the display my wishes were

00:19:58

heard the program is being written quite well

00:20:00

correct Here a few

00:20:02

Hindu jokes appeared, let's see if

00:20:05

it works and in the end we were given instructions on where

00:20:08

and what libraries we need to find and

00:20:10

install. What a delight. This is a concern.

00:20:12

In general, I installed everything, downloaded everything, and

00:20:15

here they are, the clock, the time was set

00:20:17

automatically equal to the compilation time of the

00:20:20

program, I have no questions everything is clear so

00:20:23

friends I want to make the classic game

00:20:25

Snake in the light of the sofa matrix and

00:20:28

joysticks forward I won’t waste time on trifles

00:20:31

right away I’ll use version 4 of the Bot I

00:20:34

wrote the game Snake more than once in my time,

00:20:36

in general it seems like the truth

00:20:40

we’ve hit the limit after all this is what the game bears

00:20:44

Let's ask the Bot not to write a

00:20:46

text description before the code to

00:20:49

save space and also to cut out spaces

00:20:51

from the year of the program. However, they are not fools.

00:20:54

He removed only those spaces that will not

00:20:56

lead to a program error; all important

00:20:58

spaces remained in their places. I don’t

00:21:01

like this kind of pasta. Let’s

00:21:02

ask to do it without tabulations about gorgeous

00:21:06

That's exactly what I wanted to see, it

00:21:11

seems like our program is ready Let's

00:21:13

load it since this reaction is

00:21:16

certain but the joystick

00:21:17

turns in the wrong direction and also the

00:21:19

game does not process a collision with a

00:21:21

wall, maybe after all the program is not

00:21:24

all printed Let's ask Bota

00:21:26

to shorten the name of the variables.

00:21:29

Just look, he shortened

00:21:32

the name of the variables and also

00:21:35

compressed the code as much as possible into single-line constructs

00:21:37

so as not to indicate an unnecessary type name

00:21:39

in the data. Cool, this is really cool, but

00:21:42

judging by the code, it was still the whole

00:21:44

program. I slowed down the game and increased

00:21:47

the delay. I also inverted my

00:21:49

joystick and had fun playing the

00:21:51

collision handling snake and there is still no loss in it,

00:21:54

but the main essence works

00:21:56

correctly, we move across the field, we collect the

00:21:59

apple, we grow, we get high. Please note

00:22:02

that all the programs that

00:22:04

the bots wrote for us were compiled and work. Here’s

00:22:07

one that didn’t work where the color is

00:22:08

rewrote and also the statistics are simply

00:22:10

magnificent Let's finally

00:22:12

try a couple of wi-fi projects based on the

00:22:15

board,

00:22:16

make me control the LED

00:22:18

via the web interface, in this case the

00:22:21

board becomes an http server and we

00:22:24

access it like a regular website, but in

00:22:26

our home local network it looks like

00:22:28

very simple Probably this is generally the

00:22:30

minimum possible example, I didn’t specify

00:22:33

Which light to make I want to turn on So I’ll

00:22:35

point out that the built-in one on the board

00:22:37

is a Constant years old biltin bot promised us to

00:22:40

display the address of the board and deceived the address is not

00:22:43

displayed So the conclusions are his own, in fact,

00:22:45

here he goes to it in

00:22:48

the browser and I can control the LED, the

00:22:50

control is inconvenient because pressing the

00:22:53

button redirects to another

00:22:55

page.

00:22:57

Let's ask the Bot to make

00:22:59

everything beautiful for us so that it works and

00:23:01

also works through Ajax, that is, pressing the

00:23:04

button will send

00:23:05

requests to the server without reloading the page, will

00:23:08

it cope? with such a task Opa, and

00:23:11

here we have already started assembling a full-fledged

00:23:13

web page and saving it in

00:23:15

flash memory And now Ajax

00:23:18

writes everything absolutely correctly, I don’t even

00:23:21

doubt that it will work and it

00:23:23

works, by the way, on a

00:23:26

smartphone [ music]

00:23:33

let's give a more complicated problem controlling an RGB

00:23:36

LED, in principle the code will be

00:23:39

almost the same page there will be a

00:23:41

choice of color then the color will need to be

00:23:43

turned into a number and fed to the LED let's

00:23:46

see how the part copes with this

00:23:48

task everything correctly it does it a

00:23:50

little hard but correctly

00:23:55

Well it doesn't work

00:23:57

[music ]

00:24:01

namely, there is no color value in the request,

00:24:03

actually the point here is that

00:24:06

the value cannot begin with a hash and a

00:24:08

web color is a string that begins

00:24:10

with a hash I decided to fix the problem in the

00:24:13

simplest way that came to

00:24:15

mind to force the value to be encoded

00:24:17

in URL incode now the value

00:24:19

is sent and on the server side it

00:24:22

will turn back into a lattice and be

00:24:23

processed correctly Well, it actually

00:24:25

works as it should The joint seems

00:24:28

small, but without the appropriate experience it won’t be

00:24:30

possible to fix it Give it to us with a

00:24:33

servo drive Let’s turn it through the browser

00:24:35

The program will again be almost the

00:24:37

same, but instead of a button

00:24:40

we will most likely have a color choice slider Yeah Boss

00:24:43

made a slider for control What a

00:24:45

great guy

00:24:46

actually works works great I'm

00:24:50

interested it turns out he's

00:24:52

completely aware of what he's writing And where he's

00:24:54

writing Let's ask him to make a

00:24:57

black background on the page Yes, he added a

00:25:00

style of

00:25:01

black Color Of course it's amazing

00:25:07

Well, let's have the last problem Give

00:25:10

us control of three servos and

00:25:13

two LEDs and everything is also beautifully

00:25:16

convenient and further down the list right at the beginning

00:25:18

I wrote which pins to connect where. What

00:25:21

a delight, after all, the fourth version of

00:25:23

cherge 5 is much more pleasant than 3.

00:25:26

I’m not showing you all my experiments yet.

00:25:27

Judging by everything He is absolutely

00:25:30

sure that he is doing everything

00:25:32

correctly and it even scares me a little

00:25:34

Well, the limit is reached, I used the

00:25:37

life hacks invented earlier and asked

00:25:39

the Bot to shorten the code, remove indents and

00:25:42

so on, but still part of

00:25:44

the program did not fit, in principle,

00:25:47

everything is clear that he I wanted to do it this way,

00:25:49

with your permission I’ll add that that is, there are

00:25:51

only a couple of lines left to connect

00:25:53

all the hardware. I didn’t, and so everything is clear. And in

00:25:55

short, it works. I think you already

00:25:58

understand that you can experiment with

00:25:59

components in different combinations

00:26:01

almost endlessly and this is incredibly

00:26:04

interesting, especially if you this was not

00:26:06

such an experience, to be honest, I’m shocked and

00:26:09

delighted at the same time how cool and

00:26:11

clearly the neural network works. This is no longer

00:26:13

pampering, this thing actually writes

00:26:15

working Arduino projects with a brief

00:26:17

description. If you describe to it well what you

00:26:20

need, it’s ready for you to do the project.

00:26:22

Or you can do it in pairs proposals

00:26:24

to get a ready-made project layout, which can

00:26:27

then be further modified by hand for

00:26:29

learning and experimentation, it is also a very

00:26:31

powerful tool with limitless

00:26:33

possibilities, in general, I don’t know what else to

00:26:36

add, you’ve seen it all yourself. So

00:26:38

let the ending to this video be done with

00:26:40

gpt since he’s so smart

00:26:43

[music]

00:26:51

development

00:27:21

Now that everything is connected Let's

00:27:23

check the work of our project in

00:27:25

action

00:27:26

[music]

00:27:31

and this is how you see our project

00:27:34

works successfully with the help of Chad gpt we were able to

00:27:36

do it faster and without unnecessary

00:27:38

difficulties

00:27:39

I hope that our video was useful and

00:27:42

interesting for you Now you better

00:27:43

understand the possibilities of using

00:27:45

gpt tea in Arduino development, this

00:27:48

technology opens up enormous

00:27:50

opportunities for creativity and innovation.

00:27:51

Don’t forget to subscribe to the channel,

00:27:54

like and share the video with your friends. If

00:27:56

you have suggestions for using

00:27:57

gpt in your projects, leave

00:28:00

comments, I’ll be happy to I will answer them

00:28:02

Thank you for your attention good luck to you

00:28:07

in this scenario ends for now

00:28:14

[music]

Description:

★ Космическая Tinkoff Black c бесплатным обслуживанием — https://www.tinkoff.ru/cards/debit-cards/tinkoff-black/?dco_ic=7c6df727-1ec6-11ef-8000-0000cd492596 В этом выпуске будем экспериментировать с ChatGPT и просить её программировать Arduino! ★ Arduino набор GyverKIT: https://kit.alexgyver.ru/ Примечание: IoT набора пока нет на сайте, купить можно напрямую у Giant4 ● IoT: https://giant4.ru/catalog/komplekty/gyverkit_iot/ ● IoT Pro: https://giant4.ru/catalog/komplekty/polnyy_nabor_arduino_gyverkit_pro_iot/ ★ Официальный сайт ChatGPT: https://chat.openai.com/ ★★ МОИ ПОДБОРКИ ПОЛЕЗНЫХ ТОВАРОВ С ALI ★★ ► 3D принтеры и советы https://alexgyver.ru/3d-printers/ ► Всё для электронщиков (паяльники, приспособления) https://alexgyver.ru/all-for-soldering/ ► Инструменты (шуруповёрты, дремели, ручное) https://alexgyver.ru/my_instruments/ ► Все существующие модули и сенсоры Arduino https://alexgyver.ru/arduino_shop/ ► Аккумуляторы, платы защиты https://alexgyver.ru/18650/ ★★★★★★★★★★ ARDUINO ★★★★★★★★★★ ► Обучающий набор GyverKIT https://kit.alexgyver.ru/ ► Что это такое и зачем? https://www.youtube.com/watch?v=nrczO8tWJNg ► Мои уроки по Ардуино https://alexgyver.ru/lessons/ ► Все Arduino, модули и датчики https://alexgyver.ru/arduino_shop/ Таймкоды 00:00 - Начинаем 01:11 - ChatGPT о нашем наборе 02:36 - Мигаем светодиодом 05:12 - Подводка 06:08 - Крутим сервоприводом 07:06 - RGB светодиод 09:27 - Адресная лента 15:08 - Термостат 17:22 - Дальномер 18:20 - Кодовый замок 19:41 - Часы 20:22 - Змейка на светодиодной матрице 22:11 - WiFi проекты 26:32 - Конецъ Теги: ●●●●●●●●●●●●●●●●●●●●●●●●●●●●●●●●●●●●●●●● ✔ Официальный сайт: https://alexgyver.ru/ ✔ Telegram: https://t.me/alexgyvershow ✔ ВКонтакте: https://vk.com/alexgyvershow ✔ Форум: https://community.alexgyver.ru/ ✔ Поддержать канал денежкой https://alexgyver.ru/support_alex/

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