onkar69483 / Solid-Projection-Simulator

This project focuses on computerizing and simulating the process of projecting solids using the Python Turtle library. It specifically demonstrates the projection of two types of solids: the hexagonal pyramid and the hexagonal prism.

Solid Projection Simulator

Welcome to the Solid Projection Simulator repository! This project focuses on computerizing and simulating the process of projecting solids using the Python Turtle library. It specifically demonstrates the projection of two types of solids: the hexagonal pyramid and the hexagonal prism.

Table of Contents

• About the Project
• Features
• Screenshots
• Getting Started
• Usage
• Future Enhancements
• Contributing
• License

About the Project

The Solid Projection Simulator project aims to replicate the manual method of projecting solids onto a 2D plane, but with the efficiency and flexibility offered by programming. It employs mathematical calculations and the Python Turtle library to simulate the projection process for hexagonal pyramids and hexagonal prisms.

Features

• Simulate the projection of hexagonal pyramids and hexagonal prisms.
• User-friendly interface for inputting base length, axis length, and angle of inclination.
• Mathematical calculations determine drawing positions for accurate projections.
• Swift visualization using Python Turtle library accelerates testing and experimentation.

Screenshots

Hexagonal Pyramid Projection

Hexagonal Prism Projection

Getting Started

To get started with the Solid Projection Simulator, follow these steps:

1. Clone this repository to your local machine.
2. Run the main.exe executable to launch the simulator.
3. Follow the on-screen prompts to input parameters for different projections.
4. Enjoy the visualizations created by the Python Turtle graphics library.

Usage

1. Launch the program using main.exe.
2. Select the type of solid you want to project (hexagonal pyramid or hexagonal prism).
3. Enter the required parameters: base length, axis length, and angle of inclination.
4. The simulation will generate a projection based on your inputs.

Future Enhancements

This project has a lot of potential for growth. Some future enhancements might include:

• Adding more solid shapes to the simulation.
• Allowing users to customize colors and drawing styles.
• Improving the user interface for a smoother experience.
• Creating a web-based version to reach a broader audience.

Contributing

Contributions are welcome! If you have ideas for improvements or new features, feel free to submit a pull request. Please follow the standard contribution guidelines.

License

This project is licensed under the MIT License.