Nice work bro. I'm also working on a project that requires animated eyes on an Oled LCD. And I found this video. I can't wait to try your library. Keep going bro.
The RoboEyes library is not based on prerendered bitmap sprites but draws the shapes using the Adafruit GFX library. It‘ll be all published together with my next video. Stay tuned.
I'm not sure if I got you right. But as a simple answer: In your code it's about checking if an event occurs, such as "robot detects a known person via face recognition". Then you could change the robot's mood to happy and trigger the laugh animation like this: roboEyes.setMood(HAPPY); roboEyes.anim_laugh();
Thanks for your hint! Actually I wanted the eyes to be completely generic in terms of their shape, movements and so on. When using prerendered sprites, I'll lose this capability. Another question is, which flicker you mean? If we're talking about the slow vertical "scanlines" - these are only visible on camera and not in real life. If we're talking about the artifacts that are visible during fast movements (the ones I called glitches), then yes, this becomes less when using spi.
Not as it is, but theoretically it can be adapted to work on TFTs, because it‘s based on the Adafruit GFX library. Also, you would need a fast controller to push all the colored pixels.
Yes, you can read any kind of sensor and trigger some state changes or animations accordingly. For example, you can involve a temperature sensor and let the robot shiver/freeze when it‘s cold. I‘m working on some shorts that cover such sensor related stuff.
This video is a first demo, the library will be open source soon, I'm working on a "getting started" video and I hope to publish everything very soon. Stay tuned!
I have wanted to create.a desk pet for such a long time and this is the motivation I needed! Thank you
same i want to build a robot pet with emotion but i noob in electronic
Same bro
Maybe I'll sell some kits that would make it easier to start :)
Outstanding work! Subscribed and excited to see more!
Very awesome project. 👏👏 I will definitely use this for an AI interface.
Nice work bro. I'm also working on a project that requires animated eyes on an Oled LCD. And I found this video. I can't wait to try your library. Keep going bro.
Keep working on your project, i remain expectant for further results!!
Impressive! I've got a couple places I'd love to use this and a pair of OLED screens just waiting for it!
Very nice project!
Looking forward for the open source library. I have some OLED screens laying around 🙃
Great work! looking forward to the library!
Wow, that's such an awesome project! Keep up the great work, I can't wait to see how it turns out!
Noice! Looks great! Can't wait to get to use the library!
So nice! I love OLEDs. Thank you for sharing this one with us. :)
Thank you so much !
Truly awesome project btw👍🏻
I look forward to seeing the final library!
Amazing idea and well explained! Never thought of using a Nokia screen for such use cases
How can i get the bitmap data
The RoboEyes library is not based on prerendered bitmap sprites but draws the shapes using the Adafruit GFX library. It‘ll be all published together with my next video. Stay tuned.
so, how tomake A.I robot controlling OLED eyes when it want to make it impressions? this is serious question, i hope you reply :)
I'm not sure if I got you right. But as a simple answer: In your code it's about checking if an event occurs, such as "robot detects a known person via face recognition".
Then you could change the robot's mood to happy and trigger the laugh animation like this:
roboEyes.setMood(HAPPY);
roboEyes.anim_laugh();
Eyes code plzz project code
Check the video description here:
th-cam.com/video/WtLWc5zzrmI/w-d-xo.html
If u use ESpi library you can use sprites, and then the flicker is gone! th-cam.com/users/shortsIBjRAHX_4xg
Thanks for your hint!
Actually I wanted the eyes to be completely generic in terms of their shape, movements and so on. When using prerendered sprites, I'll lose this capability.
Another question is, which flicker you mean? If we're talking about the slow vertical "scanlines" - these are only visible on camera and not in real life.
If we're talking about the artifacts that are visible during fast movements (the ones I called glitches), then yes, this becomes less when using spi.
This is so cool, I was looking for something like this ! Awesome !
Great job, thanks for sharing 👍
Awesome work! Love it 😊👀
can you please provide the git hub link for the source code
Sure, I’ll do that in the next video that will be published this week.
Code
Absolutely awesome ! Keep it up
very cool stuff, keep it up!
AWESOMEEEE
Awesome 🎉
💖💖💖💖
hey can i use this library in tft circular display?
Not as it is, but theoretically it can be adapted to work on TFTs, because it‘s based on the Adafruit GFX library. Also, you would need a fast controller to push all the colored pixels.
Nice 🔥🔥🔥🔥🔥
looks very cool!
from where you get such big oleds??
These are 2.4 inch oled displays with 128x64 pixels. You'll find many brands and sellers if you google them.
🤩
Bro u change all with button can u use sensors axcept button than when we tilt robot eyes down such as
Yes, you can read any kind of sensor and trigger some state changes or animations accordingly. For example, you can involve a temperature sensor and let the robot shiver/freeze when it‘s cold. I‘m working on some shorts that cover such sensor related stuff.
@@FluxGarage plzz make it and ehen we put hand on robot head his eyes moves up plzz make it
Will do this in the next few weeks :)
can I know how to get the library ?
The Github link will be posted with the next video, which will be published this week.
where can I get this library?
I'll publish it very soon. Currently I'm working on wrapping up the beta version and a followup video.
I really liked your work, I'm looking forward to the library, it would be really cool to implement a bench pet or a virtual assistant
Thanks! Yes, such desk pets are cool and I'm also planning to create one :)
Is the library open sourced and available or this is just a demo
This video is a first demo, the library will be open source soon, I'm working on a "getting started" video and I hope to publish everything very soon. Stay tuned!
When will you publish the library.
Just now, check this:
th-cam.com/video/WtLWc5zzrmI/w-d-xo.html
Can I have the code for research?
Sure, I'll publish the library under GNU/GPL as soon as I've finished the next video. Hopefully this will be next week.
@@FluxGarage tks
ayo where is the library? can you please provide the github link
I'll provide the link very soon
@@FluxGarage can't wait for it , your work is insane. Maybe if you push it to GitHub we will be grateful to help you clean up and improve the code
@@Incredible_428 Sure, give me just a few more days :)
@@FluxGarageany updates
@@FluxGarage Any updates?
Nice video
Thanks!
great work, I've worked on this as well, I'd like to collaborate with you!!
Thanks. So you have also created a solution for drawing simple robot eyes?