Yeah, one of the things I'm particularly excited about with MicroPython on the esp8266 is being able to over-the-air update a file, then reset the machine and boom the code runs. Working on a project for a family member that I hope to Show & Tell sometime when it's closer to completion. Admittedly the project will be a fixed installation and I won't be able to show the device live, but I'll have some video and an Adafruit IO dashboard to show.
I'm excited to try this out with the esp8266 board I have on hand. I'm quite familiar with python as I've taken a full course on it. I've started getting into electronics and C seems so overwhelming. I basically did a copy paste on a christmas light project I did. I could learn it of course, but with a 100% course load I just don't have the time. Thanks Tony & Adafruit for doing these.
Awesome video Tony. I'm just starting out learning to create useful microcontroller based projects for around the house. I've no real experience of programming but you make it all sound fascinating and totally accessible to a duffer like me.
Good video. Perhaps a deeper look into the future feasibility of micropython. I heard it was a hack to get it onto such a small footprint. Possibly leading to scaling issues in the future.
i believe there is a tutorial how to flash the micropython firmware on micropythons website :) docs.micropython.org/en/latest/esp8266/esp8266/tutorial/intro.html#deploying-the-firmware
Not directly on the MicroPython board, OpenCV actually needs to run on a 'real' operating system like what your desktop computer might use. Check out the Raspberry Pi though, it's a small board that runs Linux and OpenCV quite well. You could definitely have a Pi talk to a MicroPython board over a serial or other connection and tell it to perform actions, etc.
Yeah, one of the things I'm particularly excited about with MicroPython on the esp8266 is being able to over-the-air update a file, then reset the machine and boom the code runs. Working on a project for a family member that I hope to Show & Tell sometime when it's closer to completion. Admittedly the project will be a fixed installation and I won't be able to show the device live, but I'll have some video and an Adafruit IO dashboard to show.
I'm excited to try this out with the esp8266 board I have on hand. I'm quite familiar with python as I've taken a full course on it. I've started getting into electronics and C seems so overwhelming. I basically did a copy paste on a christmas light project I did. I could learn it of course, but with a 100% course load I just don't have the time. Thanks Tony & Adafruit for doing these.
Absolutely Great Videos! Helps me get informed .. Thank You Tony, Thank You AdaFruit Crew))
Awesome video Tony. I'm just starting out learning to create useful microcontroller based projects for around the house. I've no real experience of programming but you make it all sound fascinating and totally accessible to a duffer like me.
Thanks Tony. Really nice video!
Good video. Perhaps a deeper look into the future feasibility of micropython. I heard it was a hack to get it onto such a small footprint. Possibly leading to scaling issues in the future.
Great video, thanks! Which board do you recommend for real-time signal processing for 100 samples/s and 1000 samples/s?
Can you explain the firmware flashing with micropython firmware?
i believe there is a tutorial how to flash the micropython firmware on micropythons website :)
docs.micropython.org/en/latest/esp8266/esp8266/tutorial/intro.html#deploying-the-firmware
I cant find that lib:
i try pip install neopixel but cant find it
Great video :)
Nice!
We can use openCV library whit this, can't We?
Not directly on the MicroPython board, OpenCV actually needs to run on a 'real' operating system like what your desktop computer might use. Check out the Raspberry Pi though, it's a small board that runs Linux and OpenCV quite well. You could definitely have a Pi talk to a MicroPython board over a serial or other connection and tell it to perform actions, etc.
First
nope