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ESP32 based control board to read Gametraks attached to a paddle. Provide input via serial to control a hoverboard with custom firmware. See https://git.hacknology.de/projekte/bewegungsappar.at (mirrored on https://github.com/p-h-a-i-l/hoverboard-firmware-hack). Additional feature to work as a gateway for Wii Nunchuk (I²C)
Used IDE: platform.io
functionality based on https://github.com/AlphaLima/ESP32-Serial-Bridge Transparent WiFi (TCP, UDP) to all three UART Bridge, supports both AP and STATION WiFi modes.
IPAdress: 192.168.4.1 AP SSID: paddelec AP Password: paddelec Used Ports: 192.168.4.1:8880 <-> COM0 192.168.4.1:8881 <-> COM1 192.168.4.1:8882 <-> COM2
Pinning COM0 Rx <-> GPIO3 COM0 Tx <-> GPIO1 COM1 Rx <-> GPIO15 COM1 Tx <-> GPIO4 COM2 Rx <-> GPIO16 COM2 Tx <-> GPIO17
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In some cases the memorylayout is to small for this scetch. If you face this problem you can either disable Bluetooth by removing #define BLUETOOTH in config.h or change the partition size as described here: https://desire.giesecke.tk/index.php/2018/04/20/change-partition-size-arduino-ide/
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#Pinning Adarfuit Feather Huzzah32
#UART to motor control SERIAL2_RXPIN 16 // receive Pin UART2 SERIAL2_TXPIN 17 // transmit Pin UART2
#I2C (Nunchuk) NUNCHUK_VCCPIN 14 // Pin used to supply Power I2C SCL 22 I2C SDA 23 (21 on NodeMCU boards)
GAMETRAK1_RPIN 39 // wire length Pin Gametrak 1 GAMETRAK1_PHIPIN 36 // horizontal angle Pin Gametrak 1 GAMETRAK1_THETAPIN 34 // vertical angle Pin Gametrak 1
GAMETRAK2_VCCPIN 27 // Pin used to supply Power