The most accurate natural language detection library for Go, excelling with short text and mixed-language content.
Lingua is a natural language detection library for the Go programming language. It identifies the language of a given text, solving the problem of accurately determining language from short or mixed-language content where other libraries often fail. It's designed as a lightweight, offline alternative to larger NLP frameworks for this specific task.
Go developers building natural language processing applications, text analysis tools, or systems that require language identification as a preprocessing step, such as for content filtering, routing, or localization.
Developers choose Lingua for its superior accuracy on short text and mixed-language content compared to alternatives like Whatlanggo and CLD3, its offline capability, and its simplicity as a focused library without the overhead of full NLP frameworks.
The most accurate natural language detection library for Go, suitable for short text and mixed-language text
Lingua consistently outperforms competitors like Whatlanggo and CLD3 on single words and phrases, as shown in accuracy plots where it achieves higher scores for languages like English (55% vs 17% for single words).
Supports 75 languages from Afrikaans to Zulu with a quality-over-quantity approach, ensuring reliable detection for common and less common languages, as listed in the README.
Works completely offline without external APIs, making it ideal for privacy-focused applications or environments with limited connectivity, as emphasized in the library's philosophy.
Effectively detects text containing multiple languages, a highlighted feature that addresses shortcomings in other libraries like Whatlanggo.
Detection accuracy varies significantly; for example, Bosnian has only 35% accuracy in high-accuracy mode, much lower than languages like Chinese or Greek, as shown in the detailed statistics table.
High-accuracy mode may be slower and more resource-intensive, which could impact latency-sensitive applications, though a low-accuracy mode is offered for faster operation.
As a focused library, it lacks broader natural language processing capabilities, requiring integration with other tools for tasks like translation or syntax analysis, which might add complexity.
Open-Awesome is built by the community, for the community. Submit a project, suggest an awesome list, or help improve the catalog on GitHub.