Agility Trainer || V1

This is version 1 of my project: Grandpa's Trainer! I made this for my grandpa, who has this condition called Parkinson's disease. It is a condition that reduces your motor skill (He moves in slow motion), reduces dopamine and makes things harder for him. To battle this, I used the things that my grandpa and I both like: boxing, music, and robotics. Boxing is a great way in combating Parkinson's because it retrains his internal clock, recalibrates the brain to move in larger steps, and it makes the brain think while responding to external stimuli. Hope you enjoy this project (Not just for old people!). This project uses the Piezoelectric sensor to detect how hard a person punches and analyses the data to calculate the average reaction time of the punch.

1. 1x Arduino Maker Nano
2. 1x Cutter
3. Tape
4. 16x Magnet buttons (4x for one box)
5. 4x Transparent Box
6. 4x USB -> USB cable
7. 4x Piezoelectric module
8. 6x USB module
9. 1x Breadboard
10. 8x LED
11. Some jumper wires
12. 1x Soldering Iron + Solder + Workbench
13. Windows running computer with NVIDIA Graphics Card (For full functionality)

Connect power pins as shown

Connect the power pins on the USB module to the power rails that we previously connected the Arduino to as shown

Connect the digital pins (7-12) to the "D+" pins on all 6 USB modules as shown (These are the LED pins)

Connect the digital pins (A0-A5) to the "D-" pins on all 6 USB modules as shown (These are the Piezo sensor pins) You're done for the control board!!!! here's what it should look like:

Connect two LEDs as shown, do this step 4x

Connect GND pins from the LED, Piezoelectric module, and USB all together as shown! Do this 4x for each box

Using the 4 pieces you made in the previous step, connect the LED's anode to the USB's "D+" wire. Don't forget to do this 4x. Now you're done with the circuit stuff!!! Above is what it should look like for the circuit

Grab a piece of cardboard box and put in the breadboard that has the Arduino on it and secure it someway (I just hot glued it

For each of your 6 USB ports, cut a hole using a cutter to fit your USB port in! if you want, you can permanently secure it using hot glue, Now you're done for the Control Board Housing!!!!!!

Use a drill to drill a hole into the clear plastic casing for the punching box housing, do this 4x

Attach the Piezoelectric Sensor to the front of the casing as shown above, do this 4x

Glue on the magnetic buttons onto the casing in a square pattern, do this for all casings

Tape both sides of casing for all casings: NOW You are done for the hardware!!!!

Go to your windows PowerShell and type in the command:

git clone https://github.com/SnifferGuardian/boxing.git

After that, go into the boxing folder and copy the boxing.ino into Arduino IDE, and upload that code to the Arduino Nano

Now, you need to install these dependencies:

aesara==2.9.4

capturer==3.0

charset_normalizer==3.4.4

checks==0.2

clr==1.0.3

cog==0.17.1

colored==2.3.2

contextlib2==21.6.0

controlnet_aux==0.0.10

cupy==14.0.1

Cython==3.2.4

diffusers==0.37.1

docutils==0.22.4

evaluate==0.4.6

flet==0.82.0

flet_audio==0.82.0

flint==0.0.1

gmpy2==2.3.0

HTMLParser==0.0.2

hypothesis==6.151.10

importlib_metadata==9.0.0

ipython==8.12.3

librosa==0.11.0

lxml==6.0.2

matchpy==0.5.5

mock==5.2.0

monotonic==1.6

mpi4py==4.1.1

mtrand==0.1

multiset==3.2.0

mypy==1.19.1

nvtx==0.2.15

onnxconverter_common==1.16.0

onnxruntime_extensions==0.15.2

onnxscript==0.6.2

opencv_contrib_python==4.13.0.90

opencv_python==4.11.0.86

optimum==2.1.0

pandas==3.0.1

parameterized==0.9.0

Pillow==12.1.1

polygraphy==0.49.26

psutil==7.2.1

py==1.11.0

py3nvml==0.2.7

pycosat==0.6.6

pydot==4.0.1

pydy==0.8.0

pygame==2.6.1

pyglet==2.1.13

PyInstaller==6.19.0

pymc==5.28.2

pymc3==3.11.6

pynput==1.8.1

pysat==3.2.2

pyserial==3.5

pytest_run_parallel==0.8.2

PyYAML==6.0.3

Requests==2.33.0

sage==0.0.0

scipy==1.17.1

scipy_doctest==2.2.0

setuptools==70.0.0

symengine==0.14.1

tensorrt==10.7.0

tensorrt_cu12==10.7.0

tf2onnx==1.17.0

theano==1.0.5

threadpoolctl==3.6.0

torch==2.6.0+cu124

torchvision==0.21.0+cu124

tqdm==4.67.3

ultralytics==8.4.7

verboselogs==1.7

wcwidth==0.6.0

using pip!

Now, you are done! run: python3 app.py and start testing out the app!!! Hope you have fun! Also set the correct COM port and make sure no other process are using the COM port to interact with the arduino!!! HAVE FUN!