The Transfer Path Analysis (TPA) tool is a web-based application designed for engineering analysis of structural vibrations and sound in automotive and mechanical systems. The application provides an intuitive and interactive interface for visualizing key TPA metrics, analyzing transfer functions, and computing structural response data. It consists of a backend for computational tasks and a frontend for data visualization and interaction.
This PRD outlines the functional and technical requirements for the TPA web application, ensuring a structured development process with a focus on user experience and computational efficiency.
I'll help you implement this Transfer Path Analysis (TPA) tool based on your PRD. Let's start by creating a modern web application with a clean UI using Next.js for the frontend and setting up the structure for the Python backend.
Let's begin with the frontend implementation, focusing on the landing page and the core UI components:
Now, let's create a basic Python backend structure for the TPA tool. This will handle the computational aspects of the application:
app.py
The Transfer Path Analysis (TPA) tool has been implemented as a modern web application with a clean, intuitive UI using Next.js for the frontend and a Python backend structure for computational tasks. Here's a breakdown of the key components:
Model Setup: A comprehensive configuration page where users can:
Analysis Dashboard: An interactive visualization interface featuring:
Multiple visualization tabs:
The Python backend is designed with several key modules:
Computation Core: Performs the mathematical operations central to TPA:
To complete the implementation, you would need to:
This implementation provides a solid foundation for a professional TPA tool that meets the requirements specified in your PRD, with a focus on user experience and computational efficiency.
I'll continue building the TPA tool by adding more interactive components, API services, and documentation pages. Let's enhance the application with these additional features:
I've expanded the Transfer Path Analysis (TPA) tool with additional components and features to make it more comprehensive and user-friendly. Here's what I've added:
I've implemented a mock API service (api-service.ts) that simulates communication with the Python backend. This service provides methods for:
In a production environment, this would make actual HTTP requests to the backend, but for now, it generates mock data for frontend development.
I've created two advanced interactive visualization components:
These enhanced plots provide a much more engaging and informative user experience compared to static visualizations.
I've added comprehensive documentation pages:
I've enhanced the application's navigation and layout:
To complete the TPA tool, you would need to:
The enhanced TPA tool now provides a more complete and professional user experience with interactive visualizations, comprehensive documentation, and a structured API service layer for backend communication.