Vector File Optimization & Layer Flattening Engine
The Problem
Vector designers creating scalable SVGs for print or web find that modern vector design apps inject immense amounts of bloated XML tags and nested layout structures that slow down browser rendering engines. This extra junk impacts bandwidth, spikes DOM rendering costs, and delays performance metrics for modern web instances.
The Solution Architecture
This utility applies high-speed local lexical filtering routines directly across target SVG XML markup data. The engine steps through nested coordinate configurations, breaks down recursive `
Pricing Profile
* Single Device Perpetual License Vector: $89 USD (Flat rate, offline local execution, no multi-tenant server access required).
Technical Features
1. Recursive Layout Tree Flattening Matrix
* Collapses structural groupings (`
2. Precision Decimal Scaling Truncation
* Identifies complex curves within path attributes and forces string float data into strict coordinate parameters, saving massive storage allocations without degrading visual quality.
3. Automated Editor Bloat Exclusions
* Strips namespaces, empty tags, metadata containers, and workspace coordinate configurations introduced by tools like Inkscape, Adobe Illustrator, and Figma.
Local Machine Setup Manual
macOS Deployments
1. Access terminal context within the project installation footprint.
2. Grant automation tool execution privileges:
chmod +x scripts/setup_mac.sh
3. Initialize software layout:
./scripts/setup_mac.sh
4. Run compiler commands:
source venv/bin/activate && python src/main.py -i input.svg -o output.svg
Linux Operating Environments
1. Initialize core system provisioning parameters:
./scripts/setup_linux.sh
2. Fire execution commands:
source venv/bin/activate && python src/main.py -i input.svg -o output.svg
Windows Execution Terminals
1. Run setup parameters from terminal block:
scripts\setup_win.bat
2. Process target vector maps:
venv\Scripts\activate.bat
python src\main.py -i input.svg -o output.svg
$89.00Add to cart