✦ BuroBrain Logistics Network (TSP) ✦

An enterprise-grade, neo-cyberpunk Route Optimization System engineered in C++ to tackle the Travelling Salesperson Problem (TSP) with real-time visual tracing.

The BuroBrain Logistics Network is a high-performance desktop application that merges complex backend data structures with a cinematic, highly interactive Qt graphics engine. It allows users to benchmark algorithmic routing efficiency, analyze memory tradeoffs, and simulate real-world logistics scenarios through a premium tactical dashboard.

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🚀 Demo

Https://www.linkedin.com/posts/mfarrukhmubeen_cpp-qtframework-datastructures-ugcPost-7464413832468201472-xL0O/?utm_source=share&utm_medium=member_android&rcm=ACoAAFf4T8UB7mLQKywHzHc0IRGt2wrWbwnAmCM

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✨ Key Features

🧠 Advanced Optimization Engines

Real-time execution and benchmarking of multiple pathfinding algorithms:

• Brute Force (Exhaustive): Computes the exact shortest path.
• Greedy Heuristic: Nearest-neighbor approximation for rapid, scalable routing.
• Custom Stochastic Search: Randomized heuristic exploration for complex node clusters.

💾 Dual Memory Architecture

Dynamically implements and compares two fundamental graph storage methods:

• Static Adjacency Matrix [ O(V²) ]: Optimized for dense topologies and O(1) edge lookups.
• Dynamic Adjacency List [ O(V+E) ]: Pointer-based architecture optimized for sparse networks and strict memory constraints.

🎨 Neo-Cyberpunk Graphics Engine

Custom-built using the QGraphicsScene API:

• Tactical Radar Grid: Deep space-blue UI with glowing geometric nodes.
• Live Path Tracing: Animated, neon laser-tracing to visualize the algorithm's decision-making process.
• Glassmorphism Panels: Translucent control decks with dynamic computational metric outputs.

🛰️ Real-World Field Scenarios

Directly applies the Travelling Salesperson Problem to modern logistics:

1. [TRK] Ground Fleet Delivery: Standard closed-loop TSP optimization.
2. [SAT] Orbital GPS Navigation: Point-to-point direct distance targeting.
3. [UAV] Autonomous Patrol: Complete sector-scanning routing protocol.

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🛠️ Technology Stack

• Core Language: C++ (Standard Template Library)
• GUI Framework: Qt 6 (Qt Widgets, QGraphicsView, QPropertyAnimation)
• Build System: CMake / qmake (MinGW 64-bit)

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📚 Applied Concepts

• Graph Theory: Nodes, Edges, Weights, and Cycles.
• Data Structures & Algorithms (DSA): Matrices, Linked Lists, Permutations.
• Big-O Complexity: Space-time tradeoff analysis and algorithm scalability limits.
• Object-Oriented Programming (OOP): Encapsulation, custom UI classes, and memory management.

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⚙️ Installation & Build Guide

Prerequisites

1. Install Qt Creator with Qt 6.x and the MinGW 64-bit compiler.
2. Ensure CMake is installed and configured in your Qt environment.

Steps to Run

1. Clone the repository:

git clone https://github.com/yourusername/LogisticsTSP.git

2. Open the LogisticsTSP.pro or CMakeLists.txt file in Qt Creator.
3. Select your kit (e.g., Desktop Qt 6.x.x MinGW 64-bit).
4. Build and run the project (Ctrl+R).
5. On the Splash Screen, click anywhere or press Enter to initialize the mainframe.
6. Click "📂 Initialize Map Payload" and select a .txt topology file to begin routing.

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📂 Repository Structure

• main.cpp - Application entry point.
• mainwindow.h / mainwindow.cpp - Core UI logic, animations, Qt setup, and event handling.
• Graph.h / Graph.cpp - Implementation of the Adjacency Matrix and Adjacency List data structures.
• Algorithms.h / Algorithms.cpp - Mathematical routing logic (Brute Force, Greedy, Stochastic).
• TopologyData.txt - Sample payload files for loading node configurations.

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👨‍💻 Author M. Farrukh Mubeen Computer Science (BSCS-3B) LinkedIn: Https://www.linkedin.com/posts/mfarrukhmubeen_cpp-qtframework-datastructures-ugcPost-7464413832468201472-xL0O/?utm_source=share&utm_medium=member_android&rcm=ACoAAFf4T8UB7mLQKywHzHc0IRGt2wrWbwnAmCM