translation update: Hash algorithms #1667
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Pull Request Overview
This PR updates the English translation of the hash algorithms documentation to improve clarity and terminology consistency.
- Capitalized and rephrased section headers and titles
- Updated descriptive texts and code comments for clearer explanations and consistency in examples
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| In pracical, hash algorithms are not only used to implement hash tables but are also widely applied in other fields. | ||
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The word 'pracical' appears to be a misspelling; it should be 'practically'.
Suggested change
| In pracical, hash algorithms are not only used to implement hash tables but are also widely applied in other fields. | |
| In practically, hash algorithms are not only used to implement hash tables but are also widely applied in other fields. |
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The copliot review is not reliable for now.
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What about building an n8n AI agent workflow?
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| If the input `key` follow an arithmetic sequence, the hash values will cluster, increasing the likelihood of hash collisions. Now, if we replace the modulus with the prime number $13$, the lack of common factors between the `key` and the `modulus` significantly improves the uniformity of the hash values. | ||
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The phrase 'if the input key follow' should be corrected to 'if the input key follows' for proper subject-verb agreement.
Suggested change
| If the input `key` follow an arithmetic sequence, the hash values will cluster, increasing the likelihood of hash collisions. Now, if we replace the modulus with the prime number $13$, the lack of common factors between the `key` and the `modulus` significantly improves the uniformity of the hash values. | |
| If the input `key` follows an arithmetic sequence, the hash values will cluster, increasing the likelihood of hash collisions. Now, if we replace the modulus with the prime number $13$, the lack of common factors between the `key` and the `modulus` significantly improves the uniformity of the hash values. |
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