SVG extractor

An SVG extractor designed for graphic designers, developers, and QA to analyze vector files, reveal shapes and groups, and support SVG optimization workflows.

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< 15ms

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100%

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4.9 / 5.0

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About This Tool

The SVG extractor analyzes vector graphics by parsing the SVG structure and extracting a structured representation of its content. It reports counts by element type, the hierarchy of groups, and key attributes that influence rendering and optimization.
Conceptually, it builds a tree of nodes, traverses transforms, and records attributes such as id, fill, stroke, and transform. It computes bounding boxes for elements and a rough coverage metric for the central subject, enabling quick audits of complexity.
Audience includes graphic designers, frontend engineers, QA teams, and content pipelines. The tool helps identify oversized or overly nested svgs, simplify assets, and ensure consistency across design handoffs or automated pipelines.
Unique value lies in producing a machine-readable extraction alongside a compact, human-readable summary, with options to export JSON metadata for integration into asset-management systems or build processes.

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How to Use

Provide inputs: paste SVG code or upload a file to analyze.
Configure options: set optional flags like extract_types, include_transformations, and max_depth.
Run extraction: initiate the parsing and data collection.
Review outputs: inspect element counts, the hierarchical tree, and bounding boxes.
Export results: download JSON metadata or a summarized report.

Frequently Asked Questions

Find Quick Answers

What formats are supported?

Supports inline SVG strings and standard SVG files. The tool parses the XML structure, reconstructs a hierarchical model, and returns consistent metadata even for complex or nested SVGs. It does not render graphics or execute scripts.

What outputs are produced?

Produces a structured JSON metadata object that includes element counts by type, a hierarchical tree, per-element attributes, and bounding boxes. A human-readable summary is provided for quick review.

Can it handle gradients and masks?

Yes. The extractor recognizes gradient definitions and mask usage, attaching relevant references to elements where available. Complex features are recorded without altering the source and without rendering.

Is there a size or usage limit?

Performance scales with SVG complexity. Very large or deeply nested files may require longer processing times or batched runs. There are no hard UI rate limits; practical limits depend on resource constraints.

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