Schitterend en zeer goed uitgelegd/gedocumenteerd. Ik heb er wat van opgestoken ! Zelfs de achtergrondmuziek is goed. Veel beter dan het gebruikelijke RUclips gratis gejengel....
Hi, please visit the link to my website in the description of the video from october 2019 (previous video). Under "camera calibration routine", I am referring to an external website that has an excellent guide on how to perform transformations (scaling, rotation, translation and more). I would recommend to read the entire page, it should have all the information you need. The math applied in my Arduino code uses the same principles as described in that article. Link to the Arduino code also in the description. Hope this helps, Robin
Hi, sorry for any confusion. I meant the video that I uploaded before the one you watched. I is about my pixy 2 vision project, which was based on a simple Arduino LCD shield. The video with the touch screen is sort of a follow up video.
Perfekt! Besser geht's nicht! Danke für dieses Video.
Schitterend en zeer goed uitgelegd/gedocumenteerd. Ik heb er wat van opgestoken ! Zelfs de achtergrondmuziek is goed. Veel beter dan het gebruikelijke RUclips gratis gejengel....
Bedankt voor je reactie, leuk om te zien dat het nuttig was!
Great Job Robin! Please get in touch with me...
Top gedaan, bedankt voor de info!
will you consider to look at our display with developing example link? Kindly contact me from the banner info.
Hi, sorry I do not have time at the moment for an additional project or review. Thanks for asking though.
Robin
@@uptimefab7412 if you don't mind, could you add my what's app or email for further comm.
Just sent you an email
Good job Robin..nice video...can help me with mathmatical calculations to direct the robotic arm to the xy of pixy cam....please respond.....
Hi, please visit the link to my website in the description of the video from october 2019 (previous video). Under "camera calibration routine", I am referring to an external website that has an excellent guide on how to perform transformations (scaling, rotation, translation and more). I would recommend to read the entire page, it should have all the information you need. The math applied in my Arduino code uses the same principles as described in that article. Link to the Arduino code also in the description. Hope this helps, Robin
@@uptimefab7412 Thanks for quick reply...will go through link...
Thanks for your video,
But, what do use for program dobot magician? I'm not see aplication dobot studio
Hi, Dobot studio is not needed, everything runs on the Arduino, so it is completely offline.
hello,
thnx for this video, but i am unable to find that lcd grbl video of yours please help out
Hi, sorry for any confusion. I meant the video that I uploaded before the one you watched. I is about my pixy 2 vision project, which was based on a simple Arduino LCD shield. The video with the touch screen is sort of a follow up video.