🎨 Python drawings

A automation script that uses screen coordinates and mouse control to draw geometric shapes and spirals.

📋 Summary

• Technologies
• Features
• Project Architecture
• What I Learned
• Future Improvements
• How to Run

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🛠 Technologies

• Python 3.x: Core logic and mathematical calculations.
• PyAutoGUI: For controlling mouse movement and drag events.
• Math Module: Used for trigonometric functions to calculate circular paths.
• Time Module: Handles execution delays to allow the user to switch windows.

✨ Features

• Multiple Patterns: Choose between four distinct drawing modes: Square, Spiral Square, Circle, and Spiral Circle.
• Screen Centering: Automatically detects monitor resolution and starts drawing from the center of the screen.
• Dynamic Spirals: Uses iterative loops to increase distance or radius, creating expanding spiral effects.
• Precise Geometry: Implements math.sin and math.cos to translate polar coordinates into screen X/Y coordinates for perfect circles.

📂 Project Architecture

• drawings.py: The main script containing the user menu, coordinate logic, and PyAutoGUI drawing loops.

📚 What I Learned

• Screen Mapping: Retrieving and utilizing monitor dimensions for precise UI interaction.
• Trigonometry in Code: Applying x = r * $\cos(\theta)$ and y = r * $\sin(\theta)$ to programmatically generate circular movement.
• Automation Timing: Managing the sleep buffer to ensure the environment (like Paint) is ready before execution.

🔮 Future Improvements

• Add a "Cancel" hotkey to stop drawing immediately.
• Support for more complex shapes (e.g., stars or polygons).
• GUI to select shapes instead of terminal input.

🚀 How to Run

1. Install dependencies: This project requires pyautogui. Install it via pip:

   pip install pyautogui