This project, Traffic Monitoring System, is a semester project for the Calculus and Analytical Geometry course. It utilizes mathematical concepts such as integration to analyze and visualize traffic flow over a time interval. Through the power of Python, this project combines real-time graphical representations, animations, and computational accuracy to demonstrate the practical application of calculus in solving real-world problems.
- Graphical User Interface (GUI) built with Tkinter
- Dynamic graphs of traffic density using Matplotlib
- Real-time vehicle movement simulation
- Calculation of total traffic flow using definite integrals
- A visually appealing, user-friendly interface with animations
- Course: Calculus and Analytical Geometry
- Concepts Used:
- Definite Integration: Used to calculate the total traffic flow over a specified time interval
- Function Representation: Traffic density represented as a continuous mathematical function
- Graphing Techniques: Visualization of traffic density using analytical graphs
- Applications of Calculus in real-life scenarios
- Python: The programming language used for the project
- Tkinter: For building the user interface
- Matplotlib: For graph plotting and data visualization
- SciPy: For numerical integration (definite integral computation)
- Pillow: For animations and image processing