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Ahmed Doghri

VectorMorph

VectorMorph is a lightweight, Flask-powered animation converter that transforms SVG frames into animated WebP or GIF files.

VectorMorph Application Interface

Reclaiming Control:Building My Own Animation Converter in Two Hours

In today's rapidly evolving tech landscape, the fusion of creativity and frustration often births innovation. That's precisely the genesis of VectorMorph. Immersed in a Figma design session, I encountered a significant hurdle: exporting animations was a cumbersome process. Existing solutions, both free and paid, were plagued with limitations and bugs. This wasn't merely an inconvenience; it was a stark reminder of how the SaaS industry has become saturated with overpriced, underperforming tools.

In just two hours, VectorMorph was born—a Flask-based web app that transforms a series of SVG frames into animated WebP or GIF files. This project isn't just a tool; it's a testament to challenging the bloated SaaS ecosystem.

Technical Architecture

VectorMorph is built using Python's Flask framework, providing a lightweight yet powerful backbone. The architecture consists of:

Modular Code Structure: The application is organized into clear components including app.py for main control, config.py for configurations, and specialized utility modules for file handling and image processing.

Real-Time Feedback: Utilizing Flask-SocketIO, the application provides live progress updates during file conversion, ensuring complete transparency in the process.

Conversion Pipeline: The process involves sophisticated file handling, where SVG files are converted to PNG using CairoSVG, followed by frame animation processing using Pillow library for blending and transitions.

Innovation & Impact

VectorMorph isn't merely an animation converter—it's a testament to what's possible when you focus on real, tangible value. In a landscape where SaaS solutions often prioritize profit over functionality, this project demonstrates how a streamlined, locally hosted application can effectively meet specific needs while maintaining high performance and reliability.

The project proves that with minimal code, creative problem-solving, and the right set of libraries, it's possible to create solutions that actually work. In just two hours, what started as a frustrating limitation was transformed into a powerful, efficient tool that puts control back in the hands of the creator.

Tools Used

Python
Flask
SocketIO
Pillow
CairoSVG
NumPy
HTML
CSS
JavaScript
WebSockets
Git
Jinja