Crash Calculator

Project Overview

The Crash Calculator is a sophisticated tool designed to calculate and analyze crash data metrics efficiently, providing critical insights essential for safety assessments and regulatory compliance. A key aspect of this project is the implementation of the A* algorithm with advanced heuristic functions, allowing it to address highly complex pathfinding challenges in crash scenarios.

Algorithm Complexity

The problem posed by crash data analysis is challenging due to:

• High Dimensionality and Dynamic Conditions: Pathfinding must account for dynamic crash scenarios where multiple variables impact the optimal path, and environmental factors can change unexpectedly.
• Need for Optimal Precision: The tool must identify the best path with high accuracy, essential for applications that prioritize safety and regulatory compliance.

Advanced Use of the A* Algorithm

The project leverages the A* algorithm with customized heuristic functions to handle these difficulties effectively:

• Multiple Heuristic Functions: By adapting A* with various heuristic approaches, the tool can fine-tune its pathfinding based on scenario-specific criteria, enhancing accuracy and responsiveness.
• Efficiency in Real-Time Processing: The advanced heuristics reduce computational overhead, enabling quick calculations even in complex crash scenarios.

Visual Insights

Question

Question - Q141 Analysis

Detailed view of the answer landscape for Q141 analysis, highlighting critical data challenges.

Question - Q155 Analysis

Visualizing the challenges in Q155 analysis, focusing on complex safety metrics.

Solution

Solution - Dynamic Q141 Visualization

A dynamic representation of the solution for Q141, showcasing responsive data insights.

Solution - Dynamic Q155 Visualization

Interactive visualization solution for Q155 data, optimized for real-time metric analysis.

Additional Resources

For a deeper dive into the Crash Calculator, please visit the GitHub repository