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$
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I will build a pathfinding visualizer with a star dijkstra and bfs in python
Aarushi Jain
About this gig
Bring complex algorithms to life with a high-performance simulation tool. I will develop a professional Python-based visualizer that demonstrates A, Dijkstra, and BFS* logic in real-time perfect for robotics students, AI researchers, and developers.
### ️ Key Features:
- Industry Algorithms: Full implementation of A-Star, Dijkstra, and BFS.
- Interactive Sandbox: Dynamic wall drawing, obstacle placement, and real-time grid scaling.
- Visual Intelligence: Color-coded node exploration (Open/Closed sets) and optimal path tracing.
- Production-Ready Code: Clean, modular Python source code using Pygame.
- Deployment Ready: Includes a comprehensive README for instant execution.
### Optimized For:
- Robotics Simulation: Test path-planning logic before hardware deployment.
- Academic Excellence: High-quality code for college projects and demos.
- Professional Portfolios: A standout visual piece for your GitHub or LinkedIn.
### What You Receive: You get the complete source code, documentation, and a simulation built with a focus on algorithm efficiency and visual clarity.
Message me today to secure a custom solution for your robotics or AI project!
Get to know Aarushi Jain
Aarushi Jain
Python Developer , Simulation Projects
- FromIndia
- Member sinceMay 2026
Languages
English
Hi! I'm a Python and C++ developer specializing in algorithm visualization, simulations, and engineering projects.I can help you with:
Algorithm visualizers for college projects
Python simulations and GUI applications
Robotics and pathfinding projects
Custom mini projects for B.Tech / engineering students
I deliver clean, well-commented code with a README so you can run and understand it easily.
I take deadlines seriously — if you need it fast, I'll deliver fast.
Let's build something great together. Message me anytime!
FAQ
Which Python libraries do I need to run the visualizer?
The project is primarily built using Pygame for the interface and NumPy for efficient mathematical calculations. I provide a requirements.txt file so you can install everything with a single command: pip install -r requirements.txt.
Can I use this code for my college project or portfolio?
Absolutely! Once the order is complete, you own the code. It is written with clean, PEP8-compliant syntax and includes comments, making it easy to explain for a viva-voce or showcase on your GitHub/LinkedIn.
Can you add a custom algorithm or a specific heuristic?
Yes. While the standard package includes A*, Dijkstra, and BFS, I can implement others like Greedy Best-First Search or custom Manhattan/Euclidean/Octile distances. Please message me for a custom quote on specialized heuristics.
Is the grid size customizable?
Yes, in the Standard and Premium packages, I can configure the grid to match specific resolutions or scale the cell sizes based on your requirements. This is particularly useful for simulating high-density environments.
Will this work on Mac, Windows, and Linux?
Yes. Since it is written in pure Python, it is cross-platform. As long as you have Python 3.x installed, the visualizer will run smoothly on any operating system.
You are new to Fiverr; can I trust the quality of the code?
Although I am new to this platform, I am a seasoned Python Developer specializing in Robotics. My code is built for simulation accuracy, not just visuals. I offer a screen-recorded demo or a code walkthrough to ensure you are 100% satisfied before delivery.
