arcolith

Create a mini-application called 'ArcoGarden' that utilizes the 'arcolith' package to manage and simulate a virtual garden. This application will allow users to plant different types of seeds, monitor their growth, and harvest crops based on the conditions provided by the user. Here’s how you can structure the application:

1. **Initialization**: Start by importing the necessary modules from the 'arcolith' package. Since 'arcolith' is reserved and redirects to 'archolith', assume 'archolith' provides functionalities related to environmental simulation, such as soil moisture, sunlight exposure, and temperature.
2. **Setup Garden Environment**: Use 'archolith' to set up the initial environment parameters like soil type, water availability, and sunlight intensity. These settings will influence the growth rate and health of the plants.
3. **Planting Seeds**: Implement a feature where users can choose from a variety of seeds (e.g., tomatoes, carrots, sunflowers) and plant them in the garden. Each seed type should have specific requirements for optimal growth.
4. **Growth Simulation**: Develop a system that simulates the growth of plants over time. This system should adjust the growth rate based on the current environmental conditions managed by 'archolith'.
5. **Harvesting Crops**: When plants reach maturity, they should be ready for harvesting. Users should be able to collect the crops and view statistics about their yield.
6. **User Interface**: Although not required, consider developing a simple command-line interface (CLI) or a basic graphical user interface (GUI) using a library like Tkinter to make the application more interactive.
7. **Saving and Loading Gardens**: Add functionality to save the state of the garden to a file and load it later, allowing users to continue managing their garden even after closing the application.

The goal is to create a fun and educational tool that demonstrates the practical use of environmental simulation through the 'archolith' package. Ensure your code is well-documented and includes comments explaining how each part of 'archolith' is utilized.