Multiplayer Wack a Mole

I made a multiplayer wack a mole style game that is compatitive and fun!

List of needed materials:

• 2x wooden plate
• 2x side wooden plate
• 20 springs
• raspberry pi
• ledstrip
• 2x button
• 20x hall sensors
• RFID
• gyroscope
• buzzer
• arduino
• pcb
• magnets
• jumper cables
• +- 60 meter cable

First you are going to need to make the folowing electronic schematic. It would be best to solder it to a pcb, to make it more durable than on a breadboard. Because it needs to be in a table where people are hitting realy hard.

For the pcb it would be best to make the following boards:

• - power delivery board
• -board where hall sensors connect to the 3 ADCs
• -Main motherboard with connectors to lcd, arduino, raspberry pi, gyroscope and all the conectors to the other boards

Next is the Enclosure. In the first picture you see the final product, in the next 4 the front plate the depth of the indentation is 12mm, the next 2 the 2 side plates and the final 2 the backplate. The front, back, and side plates are all 18 mm wide

To make the spheres you first need to sand all 20 half spheres, than make for each sphere a round seal out of the left over circkles of the top wooden board. Next you need to solder 3 leds of the ledstrip inside each speher. lastly glue a magnet to the underside of the sealing lid of each sphere.

layout the spheres in a snaking motion as shown on the second picture. Next solder and glue the hall sensors under the spheres directly under the magnets. and finaly connect everything to the correct position on your pcb's

Make in MySQ

Download needed files:

download and install Raspberry Pi imager

download and unpack the custom image

place the sd card in your sdcard reader

open imager -> choose OS -> Use custom -> select .img file -> choose storage -> selecteer device -> write

place the sd card in the pi (THE PI MUST BE FULLY POWERD OFF!!!)

download and install VNC Viewer

Login:

Power the pi on

connect with VNC viewer on the ip adress: 192.168.168.169 (the network cable must be plugged in)

login with user: student and pasword: W8w00rd

Settings:

open a terminal and do the folowing inputs:

sudo raspi-config:

ADVANCED -> expand file system

reboot the pi

sudo reboot now

Needed setup:

add folowing commands to the terminal:

sudo apt install git
pwd (this is to make sure we are in the how dir)
mkdir projectCode
cd projectCode
sudo raspi-config

interface options -> SPI -> YES -> YES

interface options -> I2C -> YES -> YES

interface options -> SPI -> NO -> YES -> OK

FINISH

Install packages

sudo reboot -h now
sudo apt install python3-dev python3-pip
sudo pip3 install spidev
sudo pip3 install mfrc522
git clone https://github.com/howest-mct/2021-2022-projectone-EggermontLiam.git

Run script on boot:

open a terminal and do the folowing inputs:

cd
sudo nano mijnproject.service

in this file add the folowing content:

[Unit]

 Description=ProjectOne Project 
After=network.target 
[Service] 
ExecStart=/usr/bin/python3 -u /home/student//backend/app.py 
WorkingDirectory=/home/student//backend 
StandardOutput=inherit 
StandardError=inherit 
Restart=always 
User=student 
[Install] 
WantedBy=multi-user.target

Then do

ctrl+x -> y -> Enter

to save the file

then do the folowing command in the terminal:

sudo cp mijnproject.service /etc/systemd/system/mijnproject.service

To test the system do the following:

Start:

sudo systemctl start mijnproject.service

Stop:

sudo systemctl stop mijnproject.service

If this works correctly you can do the folowing:

sudo systemctl enable mijnproject.service