Hello! More model work 💀 has been done... here's the repo: github.com/yashsethu/ball_track_robot and some pics? Sorry, its the same pic as last time because i haven't booted the models onto my hardware yet
Hey yall, been doing some more model work with more functions and optimizations, as always here is the repo: github.com/yashsethu/ball_track_robot and image again:
Nothing too deep this time around, just a loooooot of tinkering
What's up yall! Been working more on models, since I'm basically teaching myself this, have just been doing 10s of hours of constant reiteration and testing, haven't really tested on actual testing sets yet but im going off of metrics for now! Here's a screenshot of epochs running for my latest model and a video of a really early version running on the RPi! hackclub.slack.com/files/U07F9HVQ7T6/F07JN212XFB/video_clip__2024-08-03_00-46-12-692_.mp4
Here's the repo: github.com/yashsethu/ball_track_robot
Hey guys! I've been doing a few odd tasks, including:
• Continuing work on models, including enhanced error captures and model frameworks
• Sprig games! I've made 2 (2 versions of one) so far, an hour each program for my Sprig
• Blot! Enhanced blot code so that my PR gets merged 😞
• 3 Arduino programs, related to WiFi or Bluetooth, that I may need in the future for remote control of my robot
Repository: github.com/yashsethu/ball_track_robot FYI all images here are in /images
I went on a fun little tangent to do some other hackclub stuff, like my PCB for my NFC card for OnBoard, my sprig game + a sokoban game, and some blot coding 🙂 the repo is here: github.com/yashsethu/ball_track_robot Also, since I don't have great session naming conventions, I worked even more on GUIS and models with helper functions. here's the blot drawing:
Hey yall, I've been mostly working on setting up my Braincraft HAT and testing stuff, and I finally got some face-recognition yay! Here is the repo: github.com/yashsethu/ball_track_robot
I'm a bunch of hours into the ball-tracking robot, I have been making modern-looking GUI's for my Braincraft HAT so I can filter through model data, using Kivy, PyQT5, GTK+, TKinter, etc. Here is the repo: github.com/yashsethu/ball_track_robot. If you want to run code, you'll have to transfer the entire folder to your raspberry pi (FTP, or USB), install everything in requirements.txt with pip, and enjoy! For fun, here's my first ever GUI, with just some simple text and Tkinter!
Hey, I'm 10 more hours into ball-tracking robot, I've mostly been adding more models with higher accuracy and adding matplotlib functionality so I can visualize model performance on my brainhat. Here is the repo: github.com/yashsethu/ball_track_robot
Also, I worked on some braincraft hat stuff so I could actually see the model working with a screen on my raspberry pi, the code is still in the same place, a lot more model work as well too, code is still here: github.com/yashsethu/ball_track_robot
I'm a lot of hours into the ball tracking robot, I have spent many 10s of hours working on different models with different architecture, libraries, layers, and data splits to see what works the best. Here is the code: github.com/yashsethu/ball_track_robot
40 hours into the tracking robot, I spent a lot of time developing tensorflow models to detect my face, playing around with layers, datasets, and ended up making two models for face detection and recognition. Here is the code: github.com/yashsethu/ball_track_robot
30 hours into Ball-tracking robot, here's how its going: the code is fundamentally not too different, but I have warped the logic (A LOT) to be simpler and more cool, and I have been creating a TensorFlow model to detect my face, so it's a face-detecting robot! I also tried to make a PCB for a controller. here's the code: github.com/yashsethu/ball_track_robot
This only took me an hour, but here's a PCB for an NFC credit card I made for fun. I put my robotics team on it because I didn't want to put my name on it 💀
10 hours through with the Ball-tracking robot, here's how it's looking! I have completed a few test programs, one for basic camera functionality, one for OpenCV image processing functions, and one for the motor! I also mounted my camera to my pan-tilt servo mount (darn those things are so hard to assemble) and made a schematic and started wiring! Here is my code right now: github.com/yashsethu/ball_track_robot
