Cemantix Auto-Solver
This project aims to automatically solve the Cemantix puzzle as quickly and efficiently as possible. The method is described in documentation
📂 Fetching project
This project use git-lfs to store the model inside of the repository. You’ll need to install it if you want to pull the right model. On Debian based computer :
# Installation
sudo apt install git-lfs
git lfs install
# Fetching the model
git lfs pull
You can also download it by yourself :
# On project root
curl https://github.com/Romb38/autoCemantix/raw/refs/heads/master/src/resources/frWac.bin -o src/resources/frWac.bin
🛠️ Installation
# On project root
python3 -m venv .venv
source .venv/bin/activate
pip install -r requirements.txt
🚀 Solver execution
Without configuration, the solver use default dictionary, same as Cemantix dictionary.
source .venv/bin/activate
python3 main.py solve
You can also add options to this script :
--ntfy/-n : Enable notification using NTFY services. A configuration must be made inside of .env (c.f README.md - Ntfy Configuration)
🔧 Configuration
Configuration file location : src/resources/config.ini
You can configure a lot this script, but it is advised to use the default configuration.
🔔 Ntfy Configuration
In this project, i used a ntfy server to send me custom notification with some statistics. Here is the line that I’m using to send the notification :
curl -H "Authorization: Bearer {token}" -d "{msg}" {ntfy_url}/{subject}
Values in brackets are configured by using a .env file located at the root of the project. You can see them .env.example
NTFY_TOKEN=XXXXX # Token is required if you're using a instance with password
NTFY_SUBJECT=XXXXX # Subject to send notification to
NTFY_URL=https://ntfy.exemple.fr # Adress of the ntfy server
📚 Resources
This project use the following resources :
Cemantix dictionary (from Jean-Philippe Fauconnier): https://fauconnier.github.io/#data
I’ve used this model (bin (2Gb) cbow 500 10 14da). It has been filtered to be the same as Cemantix dictionary.