Generate unique SVG background patterns from strings using Go, with deterministic colors and 16 geometric designs.
Geopattern is a Go library that generates deterministic, tiling SVG patterns from any input string. It converts the string into a SHA hash to consistently produce the same pattern and color, creating scalable vector graphics ideal for retina-friendly background images in web applications. It solves the need for unique, reproducible visual identifiers without manual design.
Go developers building web applications or tools that require unique, consistent background patterns, such as for user profile pages, project dashboards, or generative art systems. It's also suitable for developers porting or extending the original Ruby GeoPattern library to Go.
Developers choose Geopattern for its deterministic hash-driven generation, ensuring identical patterns for the same input, and its flexibility with 16 built-in geometric designs and customizable colors. It offers multiple output formats (raw SVG, Base64, data URI) and is retina-ready due to SVG rendering, making it a lightweight, programmatic alternative to static image assets.
:triangular_ruler: Create beautiful generative image patterns from a string in golang.
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Converts any input string to a SHA hash to consistently produce the same SVG pattern and color, ensuring reproducibility as stated in the README's description of hash-driven generation.
Offers 16 built-in pattern types like chevrons, hexagons, and plaid, providing aesthetic variety without manual design, as listed with examples in the README.
Allows setting a base color or specific background color via arguments, influencing the hue deterministically based on the hash, as shown in the API section.
Provides functions to output as raw SVG string, Base64 encoded, or data URI, facilitating easy integration into web applications, documented in the README's API.
Limited to 16 pre-defined pattern types with no built-in mechanism for creating or adding custom geometric designs, restricting creative flexibility beyond what's listed.
As a Go port, it's only usable within Go ecosystems, making it unsuitable for projects in other languages without additional bridging work, unlike the original Ruby version.
Relies on go-colorful for color space conversion, adding an external dependency that might complicate maintenance or updates, as noted in the Dependencies section.