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 # svg2nametag-Ren
 
 <p align="center">
-  <img src="webapp/public/pwa-192x192.png" alt="Logo" width="128">
+  <img src="/pwa-512x512.png" alt="Logo" width="128">
 </p>
 
 ## Overview
 **svg2nametag-Ren** is a specialized toolset designed to convert 2D SVG designs into 3D printable nametag models (STL). It specifically handles multi-material or multi-color 3D prints by automatically separating SVG layers into distinct STL files optimized for Bambu Studio, OrcaSlicer, or PrusaSlicer.
 
 The project offers two primary ways to work:
-- **Python CLI**: A robust command-line interface for bulk-processing entire directories of SVGs on your local machine.
+- **Python CLI (You Are Here)**: A robust command-line interface for bulk-processing entire directories of SVGs on your local machine. Requires basic command line knowledge.
 - **Web App (WASM)**: A high-performance, client-side web application powered by Manifold 3D. It runs entirely in the browser, supports batch folder uploads, and works offline as a PWA.
 
 ## Technical Specifications
 Every model produced by the converter follows a precise set of dimensions to ensure consistency and professional-grade print results:
 
-- **Automatic Scaling**: All nametags are normalized to a standard width of **87.80mm**.
-- **Background Layer**: The base layer is extruded to a thickness of **3.0mm**.
+- **Automatic Scaling**: All nametags are normalized to a standard width of **87.80mm**, or **150%** scale.
+- **Background Layer**: The background is set to a thickness of **3.0mm**.
 - **Text/Graphic Layers**: Primary and accent layers are extruded to a height of **2.0mm**.
-- **Optimized Offsets**: Text layers are offset by **3.0mm** along the Z-axis, ensuring they sit perfectly on top of the background.
+- **Optimized Offsets**: Text layers are offset by **3.0mm** along the Z-axis, ensuring they sit perfectly on top of the background. (They end up at a coords 4mm.)
 - **Hole Handling**: Implements a robust **Even-Odd** fill rule to correctly render internal contours in complex typography (e.g., the centers of 'B', 'O', or 'R').
 - **Layer Classification**: Recognizes SVG classes (`st1`, `st2`) to split designs into separate STL components for easy filament assignment.
+- **Relatively Low Poly Count** Won't explode your slicer