Companion repository for MicroPython_for_the_T-Display-ESP32 STEM learning module
micropython samples for TTGO T-Display ESP32 device companion for STEM learning module
Mostly based on the examples from:
and other sources as noted with adaptations for the 2-button T-Display hardware
boot.py : runs on every reset, global variables
main.py : runs after a normal reset. In this case, it calls menu.py, (but this can be replaced by another script)
menu.py : Launch any script that starts with an underscore '_'. Button 1 scrolls down, Button 2 launches top script.
__power_down.py : Puts device in low power state.
_feathers.py : pretty colors demo.
_fortunate.py : Connects to the public 'tmobile' wifi available at stores and displays a random quote from the internet.
_fortune.py : displays a random quote from a local list.
_g_breakout.py : brickbreaker port. Use button 2 to select an AI
_g_pong.py : pong game. Use button 2 to choose control of one or both paddles, or see AI vs. AI
_g_roids.py : asteroids game. Press both buttons to activate thrusters.
_g_snake.py : eat the apples. Use button 2 to select an AI
_g_tet.py : working version of Tetris ported from https://github.com/VolosR/TTGOTetris/blob/main/TTgOTetris.ino . But no music (yet)
_g_tetris.py : Non-functional Tetris demo - I broke some game logic while upscaling it for the T-Display. However, it plays music if you connect a small speaker to pin 26 and GND, so I kept it. Button 2 selects music on Tetris menu.
_mood.py : emoticon display.
_photos.py : displays any 240x135 .jpg photos you uploaded into photos_240x135 directory using the ampy utility.
_photos_nasa.py : displays photos in the nasa_240x135 directory. I removed the clock from Russ Hughes's example so it wouldn't require wifi networking.
_rolldice.py : D6 roll
_sysinfo.py : Display MicroPython version, available flash and heap memory, and battery / USB power voltage
_test_button.py : Shows single, double, triple, and long click events
_w_emotichat.py : First device creates a simple chat client for subsequent devices to connect to. Button 1 chooses an emoticon to send, button 2 sends it. Unfortunately, a threading bug on the first (server) device stops everything if it sends more than one message, but all the other client devices can share emoticons to their hearts' content.
_web_server.py : creates a WiFi access point that serves a simple web page. Connect a phone or computer to the wifi access point and visit http://192.168.4.1/ to view a random fortune.