Frequently Asked Questions
What image formats does HiveForge support?
HiveForge accepts PNG, JPEG, TIFF, and WebP images up to 100 megapixels in resolution.
What is honeycomb mesh technology?
Honeycomb mesh uses hexagonal tessellation to divide images into cells. Hexagons provide uniform coverage and more neighbors than squares, resulting in smoother gradients and better edge handling.
How is HiveForge different from Potrace or Illustrator Live Trace?
Unlike traditional tracers that work best on flat colors, HiveForge handles photographs and complex gradients using multi-stop gradient fills and perceptual color optimization (CIEDE2000).
What does "print-safe SVG" mean?
Print-safe SVG uses only primitives that RIP (Raster Image Processor) software can handle: linear gradients with userSpaceOnUse, closed paths, and no filters, masks, or embedded images.
What quality can I expect?
HiveForge guarantees SSIM ≥ 0.95 (structural similarity) and ΔE00 ≤ 3 (color accuracy). This means less than 5% perceptual difference from the original image.
How much does HiveForge cost?
HiveForge uses a credit-based system: Standard quality costs 3 credits, High quality 5 credits, and Photo quality 10 credits per image.
Can I use the output commercially?
Yes, you own the vectorized output and can use it for any commercial purpose including textile printing, signage, and brand materials.
Is there an API available?
Yes, HiveForge offers a REST API for integration into your workflow. See our documentation at /hiveforge/docs for details.
How large can the output SVG be?
Output SVG size depends on image complexity. Detailed photographs may produce 30-40MB SVGs. This is expected for high-fidelity vectorization.
Does HiveForge work with patterns and seamless tiles?
Yes, HiveForge is excellent for textile patterns. The honeycomb mesh maintains pattern integrity and edge consistency for seamless tiling.
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