🏎️ Line Follower

God save Azza. 🏎️

📝 Table of Contents

• 📙 Overview
• 💸 Components & cost
• ⚙️ Parts
  • 📱 App
  • 🚗 Car
• 🤖 Integration
• ✨ Contributors
• 🔒 License

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📙 Overview

• Azza is a line follower robot and it's target is to finish track as fast as possible
• There is a mobile App that helps Azza to find straight lines to run with the max speed. The app communicates with Azza by bluetooth
• Azza can accomplish this by utilising a combination of closed-loop controllers such as PID and a variety of conditions
• 🎉 This project ranked 1st place among 7 teams.
• This project is built using.
• Arduino
• Flutter
• C++
• The Project have 2 parts
• 📱 App
• 🚗 Car

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💸 Components & cost

Name	Number	Market Cost per Part
Arduino Uno	1	356 EGP
l298 motor driver	1	60 EGP
DC Motor	2	35 EGP
Car chassis	1	65 EGP
Train sensor	1	130 EGP
Wheel	2	30 EGP
Caster Wheel	1	35 EGP

Total Budget = 776 EGP

Note: All prices are recorded in 2023

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🤖 Parts

📱 APP

• App finds straight lines to help Azza drive with the highest speed
• App should be fixed while running
• App is built using flutter and uses Dart FFI to connect to image processing code
• Image processing code is built using C++
• A red & yellow paper help us to know front and back od the car. Front of the car is red. Back of the car is yellow.
• Path of App



Screen	Description
	Start Screen Press start button to use app
	Connect to the bluetooth Most of time it will HC-05
	Take picture to the track when it is empty You can zoom in or zoom out Press on camera when you want to take picture
	You can zoom in or zoom out When press on camera start streaming and detect car on straight road or not Output: 0 => not in straight road 1 => in straight road 5 => can't find car

Note: Mobile should be fixed while running program

• Result of image processing



Input	Output

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🚙 Car

• Azza receive output from app if found 1 drive with the fastest speed if 0 drive with original speed
• Azza is able to tackle the line following problem using an array of sensors
• Azza can accomplish this by utilizing a combination of closed-loop controllers such as PID and a variety of conditions

Car.mp4

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🧠 Integration

Integration.mp4

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👑 Contributors

Project Manager
Mohab Zaghloul

Mahmoud Abdlhamid	Nour Ziad Almulhem	Basma Elhoseny	Ahmed Hosny	Ahmed Madbouly
Eman Shahda	Abd Elrhman Fathi	Zeinab Moawad	Doaa ElSherif	Eslam Ashraf

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🔒 License

Note: This software is licensed under MIT License, See License for more information ©Lightning McQueen.