@Tyler-U07B22ADT7F – Hack Club Scrapbook

Sun, Sep 1

I made a program for an FRC robot meant to compete in the 2024 game: Cresendo. It is not for a real robot, but one that I caded earlier in the summer (linked in readme). github.com/Tylr-J42/FRC_Loops_Wrath

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Sun, Sep 1

This is a program meant to train a tensorflow lite model to detect Notes on an FRC 2024 field. A different program runs the program on an rpi. github.com/Tylr-J42/FRC_Note_Detection

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Thu, Aug 22

I developed a python program meant to connect to a robot in the FIRST Robotic Competition and provide the relative position of apriltags in the field. It run on a raspberry pi with a wide v3 RPi camera. github.com/Tylr-J42/FRC-Apriltag-Pose-Detection

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Sat, Aug 3

I designed a robot designed to compete in the 2024 FRC Challenge in Onshape. It incorporates elements from the robots of team 6329, 2056, and my team 2648. It doesn't have a climber, but it was just for the challenge anyway. It can pickup and shoot notes in the amp and speaker when playing the Crescendo game. github.com/Tylr-J42/2024_FRC_Summer_Robot cad.onshape.com/documents/623dd3611abf613ebcfeb8f2/w/a2271b5647ef23787a7fdec[…]70345618f17e758?renderMode=0&uiState=66aebafb77c5d924e9d5db50

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Fri, Jul 26

I designed and built a ping pong shooter sized to mount to an XRP Robot. github.com/Tylr-J42/XRP-Ping-Pong-Ball-Shooter www.printables.com/model/951454-xrp-ping-pong-ball-shooter

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