Thank you sir

Thank you sir👍🏻

Could you please specify the node where this waveform is being measured? Is it indeed the switch (SW) node?

Thank you

Hi does it worth to pay for the OpenCV certification ? Thanks

It would be great if you could also provide the C functions for division, addition and subtraction to your Github source file and an indication whether the code works on Big Endian, too. Thank you.

+ CUDA ?

Very nice style. Best wishes.

Excellent, thank you so much, it was exactly what I wanted but better

Спасибо мужик, это помогло мне написать диплом!! <3

Thank you your video helped me a lot

Thank you your video helped me a lot

Very useful! Thank you

thankyou. But how to compile?

I have been trying to use wdt for SAMD21 using HRI method but the code isn't working . Before that i tried using ASF , which worked superbly ! i could change the timeout clock cycle period . can you pls guide me for writing wdt code for SAMD21 in Microchip studio using HRI method? like led on and wdt timeout !

Thank you very MUCH spend an hour looking

Thank you

thanks a lot !

actual fucking lifesaver stack overflow research for 4 hours didnt work and then i came across this thank you so much

You reqally need to talk about what you are doing... so I dislike your video!

Looks good. Just a tip, you can get much lower latencies using the gstreamer backend, but you have to recompile opencv to add gstreamer support.

Sir can you include more circuits involving opamps like rectifiers, oscillators,etc. And also if you could provide the GitHub link for the code it would be much helpful.

Thank you 💗💗 for this video

Project code

Thats look asome.How many camera you can stream with open cv? and can you apply any function like obgect,person,etc to it? thank you

from PyQt5.QtWidgets import QApplication, QMainWindow from PyQt5 import QtGui from PyQt5.QtCore import QSize import sys class MainWindow(QMainWindow): def __init__(self) -> None: super(MainWindow, self).__init__() # Override method for class MainWindow. def resizeEvent(self, event: QtGui.QResizeEvent) -> None: old_size = event.oldSize() new_size = QSize(self.geometry().width(), self.geometry().height()) print("old_size = {0}, new_size = {1}".format(old_size, new_size)) QMainWindow.resizeEvent(self, event) def main(): app = QApplication(sys.argv) window = MainWindow() window.setWindowTitle('Resize Event') window.show() sys.exit(app.exec_()) if __name__ == '__main__': main()

Appreciate the effort But please don't add unnecessary back ground music

good

Please attach code too

These are some of the best tutorials on youtube. Incredibly concise. Love it.

Change your KZfaq video title to aes

This is cool

great thanks for generous man

Excellent!

Can we run client in android and the server in any other device to established connection , communication between them ..,

Y donde bajo los códigos 🤔

in OpenCV 4.7.0 is Qt5_DIR and QT_QMAKE_EXECUTABLE to set. No need add. Work fine.

it always show "No analysis request found"

Sir how can decriop dex file

Wow, super helpful. Very little on YT re this lib that I can find. 3 weeks in to PySide6 and so much to take in, need to plot some graphs so this vid had answered some of the questions, thank yo very much. Can you you do and expanded version, eg need to set x-axis to fixed range ie 20 - 20000 ( for audio response plot ) on a log scale. The log scale ok as you showed that. Thks again.

Doesn't work! Please show the right way to do it.

I love u

On point and helpful! Thanks a lot man!

Very wholesome thank you

Demasiado útil, me sirvió para hacer crecer mis QFrames cada que lo hace la ventana

Sorry to bother you again but could you help me with these other exercises, because I tried to do them but they are not working, please?! Exercise 1) Calculate the number of even numbers in a range of numbers. The user must choose the starting and ending number of the range to be analyzed, where the input values ​​of case 1 are 1 and 10 and the output is 5! And in case 2 the input number is 25 and 30 and the output is 3! Exercise 2) Perform the successive reading of numerical values ​​and present at the end the sum, the average and the amount of values ​​read. The program should continue reading the numbers until a negative number is given. This negative number should not enter the calculations. Exercise 3) Read user-supplied numbers (one number at a time!) until two equal numbers are read in sequence or either number is less than or equal to zero. State which of these two reasons led to the end of reading numbers. Exercise 4) Check if a natural number is perfect. A perfect number is one for which the sum of its natural divisors (excluding itself) is equal to the number itself. For example, 6 is a perfect number, because its divisors (those that are divided, have a remainder of 0) are 1, 2 and 3 and the sum of these results in 6 (1+2+3 = 6). Exercise 5) Receive a number N and return the sum: 1² + 2² + 3² + 4² + … + N². Exercise 6) Find the greatest common divisor of two natural numbers. Exercise 7) Calculate the value of the element at position N of the Fibonacci sequence.

Sorry to bother you again but could you help me with these other exercises, because I tried to do them but they are not working, please?! Exercise 1) Calculate the number of even numbers in a range of numbers. The user must choose the starting and ending number of the range to be analyzed, where the input values ​​of case 1 are 1 and 10 and the output is 5! And in case 2 the input number is 25 and 30 and the output is 3! Exercise 2) Perform the successive reading of numerical values ​​and present at the end the sum, the average and the amount of values ​​read. The program should continue reading the numbers until a negative number is given. This negative number should not enter the calculations. Exercise 3) Read user-supplied numbers (one number at a time!) until two equal numbers are read in sequence or either number is less than or equal to zero. State which of these two reasons led to the end of reading numbers. Exercise 4) Check if a natural number is perfect. A perfect number is one for which the sum of its natural divisors (excluding itself) is equal to the number itself. For example, 6 is a perfect number, because its divisors (those that are divided, have a remainder of 0) are 1, 2 and 3 and the sum of these results in 6 (1+2+3 = 6). Exercise 5) Receive a number N and return the sum: 1² + 2² + 3² + 4² + … + N². Exercise 6) Find the greatest common divisor of two natural numbers. Exercise 7) Calculate the value of the element at position N of the Fibonacci sequence.

doesnt work

Hi, could you help me with this question that my teacher passed, please? The following instructions will help you create a program that asks the user to enter a number between 1 and 10. If the number informed is outside this range of values, the program must request again by a valid number. Use the created expression to write a repeat statement with while that executes a block of commands when the number informed by the user is outside the range of values. the block of commands to be repeated must inform the user that the number was invalid and ask the user a number between 1 and 10.

Poderia compartilhar o Git do projeto?