Tootfinder

Updated the #CircuitPython Board Viewer to let you compare boards. For instance, here’s ESP32-S3 vs ESP32-C3 QTPys. S3 has two I2C busses, C3 has a B00T0 button! https://todbot.github.io/CircuitPython_BoardViewer/#compare=adafruit_qtpy_esp32s3_nopsram,adafruit_qtpy_esp32c3 https://mastodon.social/@todbot/117146109703739893

Updated the #CircuitPython Board Viewer to let you compare boards. For instance, here’s ESP32-S3 vs ESP32-C3 QTPys. S3 has two I2C busses, C3 has a B00T0 button! https://todbot.github.io/CircuitPython_BoardViewer/#compare=adafruit_qtpy_esp32s3_nopsram,adafruit_qtpy_esp32c3 https://mastodon.social/@todbot/117146109703739893

#SAROS Zenith’s Eclipse Layer 1 has me relearning the game. You must enable enough mods for the sum of their point values to equal 30. At 60, you reach “Crown Level 6”, but you can only enable qty. 8 mods to get there. This makes the game much harder, but it shows how deep the combat design goes 😈

I use many boards in #CircuitPython. Remembering how each board names its pins is a pain. So I slop-ily made a tool to help https://todbot.github.io/CircuitPython_BoardViewer/
With it you can see how three ESP32-S3 boards differ:
- board.IOx - ESP32-S3 DevKitC
- board.Dx - QTPy ESP32-S3
- board.GPIOx - YD-ESP32-S3

I use many boards in #CircuitPython. Remembering how each board names its pins is a pain. So I slop-ily made a tool to help https://todbot.github.io/CircuitPython_BoardViewer/
With it you can see how three ESP32-S3 boards differ:
- board.IOx - ESP32-S3 DevKitC
- board.Dx - QTPy ESP32-S3
- board.GPIOx - YD-ESP32-S3