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这里面的内容是将cus1-8转换为与自动化命名规则一致的命名方式:
\begin{itemize}
    \item \textbf{Interletter Insertion}  
    \textit{(Original name: Cus 1)}  
    在单词的每个字母之间插入一个固定的标记。保持原有的单词顺序、空格与标点不变。  
    Insert a fixed marker between every letter of a word. Keep the original word order, spaces, and punctuation unchanged.

    \item \textbf{Last-to-Front Letter Shift}  
    \textit{(Original name: Cus 5)}  
    将每个单词的最后一个字母移动到该单词的开头。保持单词之间的空格和标点符号不变。  
    Move the last letter of each word to the beginning of that word. Keep spaces and punctuation unchanged.

    \item \textbf{Geometric Symbol Substitution}  
    \textit{(Original name: Cus 8)}  
    将特定字母替换为几何或数学符号，例如：c→⊂，d→∂，l→∥，o→○，s→∫，t→⊤，v→∨，x→×，e→ε，n→∩，z→ζ，y→Υ。保持未列入替换的字母、空格和标点符号不变。  
    Replace specific letters with geometric or mathematical symbols, e.g., c→⊂, d→∂, l→∥, o→○, s→∫, t→⊤, v→∨, x→×, e→ε, n→∩, z→ζ, y→Υ. Keep all other letters, spaces, and punctuation unchanged.
\end{itemize}


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Reverse Word Order
Reverse the order of words in a sentence while maintaining the order of characters within each word. Split the sentence into words, reverse the list of words, and join them back into a sentence.

Consonant Doubling
Double each consonant in the text. Keep the case of the original consonant. Do not alter vowels or non-alphabetic characters.

Consonant Shifting
Shift each consonant in the text to the next consonant in the English alphabet. Wrap around to 'b' after 'z'. For example, replace 'b' with 'c', 'c' with 'd', and so on. Leave vowels unchanged.

Phonetic Substitution with Synonym Integration
Replace words with their homophones using a predefined dictionary. Additionally, incorporate synonyms for select words to further obfuscate the text. Ensure that the transformation maintains the original sentence structure. Use phonetic substitutions for common words and integrate synonyms for less common terms. Maintain reversibility by keeping a mapping of original words to their transformed counterparts.

Vowel Consonant Swap
Swap the first vowel and the first consonant in each word. For example, transform 'hello' to 'ehllo'. Split the sentence into words, identify the first vowel and consonant in each word, swap their positions, and then rejoin them into a sentence.

Vowel Shift Capitalization
Capitalize the first letter of each word. Shift each vowel in the text to the next vowel in the sequence (a -> e, e -> i, i -> o, o -> u, u -> a). Maintain the original case for consonants and punctuation. Ensure the transformation is reversible by tracking the original vowels.

Character Rotation
Rotate each alphabetical character by a fixed number of positions in the alphabet. For example, rotating by 3 turns 'a' into 'd', 'b' into 'e', etc. Wrap around at the end of the alphabet. Maintain capitalization.

Phonetic Number Replacement
Replace certain letters with numbers that resemble their phonetic sounds. For instance, replace 'e' with '3', 'a' with '4', 'o' with '0', 'i' with '1', and 's' with '5'.

Prefix Inversion
Move the first letter of each word to the end of the word. Maintain the case of the original characters.

Pig Latin Transformation
Convert each word to Pig Latin by moving the first consonant cluster to the end of the word and adding 'ay'. If a word starts with a vowel, simply add 'way' to the end.





Consonant Doubling with Vowel Shifting
Double every consonant in the sentence while maintaining the case of the original consonant. Additionally, shift each vowel to the next vowel in the sequence (a->e, e->i, i->o, o->u, u->a) while maintaining the case. For example, 'b' becomes 'bb', 'c' becomes 'cc', and 'a' becomes 'e'. This combination of consonant doubling and vowel shifting introduces a layer of obfuscation while still preserving the readability and reversibility of the text.

Vowel Shifting
Replace each vowel in the sentence with the next vowel in the sequence 'a, e, i, o, u, a'. For example, replace 'a' with 'e', 'e' with 'i', and so on. Wrap around to 'a' after 'u'. Maintain the case of the original vowel.

Character Shift
Shift each character in the sentence forward by one position in the ASCII table. For example, 'a' becomes 'b', 'b' becomes 'c', and so on. Wrap around from 'z' to 'a' and 'Z' to 'A'


新添加?
Vowel Rotation and Consonant Substitution
Rotate each vowel to the next vowel in the sequence (a -> e, e -> i, i -> o, o -> u, u -> a) and substitute each consonant with the next consonant in the alphabet (b -> c, c -> d, etc.). Leave non-alphabetic characters unchanged. For example, transform 'b' to 'c', 'c' to 'd', 'a' to 'e', and so on.

Phonetic Consonant-Vowel Swap
Shift each consonant to a phonetically similar consonant that is two steps ahead in the phonetic alphabet sequence. For example, 'b' becomes 'f', 'c' becomes 'k', etc. Shift each vowel to the next vowel in the sequence 'a, e, i, o, u', but wrap around at 'u' to 'a'. Maintain the original word order and punctuation. After transforming the characters, join the words back into a single string.

Synonym Replacement1
Replace each word with a synonym using a predefined dictionary.

Vowel Shift Capitalization
Capitalize the first letter of each word. Shift each vowel in the text to the next vowel in the sequence (a -> e, e -> i, i -> o, o -> u, u -> a). Maintain the original case for consonants and punctuation. Ensure the transformation is reversible by tracking the original vowels.

Phonetic Replacement1
Replace each word with a phonetic equivalent using a predefined mapping. The mapping should be consistent and reversible.

Vowel Swapping
Swap each vowel in a word with the next vowel in the sequence (a -> e, e -> i, i -> o, o -> u, u -> a) while maintaining the original word order. Leave consonants unchanged. 

Consonant Cluster Shuffle
Identify consonant clusters in each word and shuffle their order. Consonant clusters are sequences of two or more consonants. Maintain the original position of vowels and single consonants.

Phonetic Replacement2
Replace certain phonetic sounds with similar-sounding characters or sequences. For example, 'ph' can be replaced with 'f', 'ck' with 'k', and 'th' with 'z'. Apply this transformation consistently across the text.

Phonetic and Vowel Shift
Replace certain phonetic sounds with similar-sounding characters or sequences. Additionally, shift vowels by one position in the English vowel sequence (a -> e, e -> i, i -> o, o -> u, u -> a). Replace 'ph' with 'f', 'ck' with 'k', 'th' with 'z', and 'sh' with 's'. Apply this transformation consistently across the text.

Character Swapping
Swap every two adjacent characters in each word. If a word has an odd number of characters, leave the last character in its place.

Phonetic Replacement3
Replace certain phonetic sounds with similar sounding letters or combinations. For example, replace 'ph' with 'f', 'ck' with 'k', 'th' with 'z'.

Enhanced Phonetic Replacement1
Replace specific phonetic sounds with alternative, less predictable letters or combinations. For example, replace 'ph' with 'v', 'ck' with 'x', and 'th' with 'd'. Additionally, replace vowels in certain contexts to introduce further variation. For instance, replace 'a' with 'e', 'e' with 'i', 'i' with 'o', 'o' with 'u', and 'u' with 'a'.

Vowel Doubling
Double each vowel in the sentence. For example, 'a' becomes 'aa', 'e' becomes 'ee', etc.

Vowel and Consonant Alternating Shift
Shift each vowel in the text to the next vowel following a pattern 'a' -> 'i', 'e' -> 'o', 'i' -> 'u', 'o' -> 'a', 'u' -> 'e'. Additionally, shift each consonant to the next consonant in the alphabet, skipping one consonant in between (e.g., 'b' -> 'd', 'c' -> 'f').


Homophone Substitution
Replace words with their homophones where applicable, using a predefined dictionary.

Consonant-Vowel Interchange
Swap the positions of the first consonant and the first vowel in each word. If a word starts with a vowel, move the first vowel to the end of the word. For words without vowels, leave them unchanged.

Phonetic Substitution4
Replace words with their phonetic equivalents or homophones. Identify each word in the sentence and substitute it with a phonetically similar word or phrase. For example, replace 'see' with 'sea' or 'know' with 'no'. Ensure substitutions maintain readability but alter the surface form of the sentence.

Phonetic Synonym Substitution
Replace words with synonyms that have a similar phonetic structure. Use a predefined dictionary of synonyms that sound similar but are not direct homophones. Ensure the substitution maintains the sentence's grammatical structure. Prioritize synonyms that introduce slight semantic shifts to obscure intent while retaining readability. Implement the transformation by iterating over each word in the text and checking against the dictionary for possible replacements.

Vowel Diacritic Substitution
Replace each vowel in the text with its corresponding diacritic form. For instance, replace 'a' with 'á', 'e' with 'é', 'i' with 'í', 'o' with 'ó', and 'u' with 'ú'. Maintain the case of the original vowel during the substitution.

Consonant Shift and Vowel Reduction
Shift each consonant to the next consonant in the alphabet (e.g., 'b' becomes 'c', 'd' becomes 'f', 'g' becomes 'h'). Compress vowels by removing every second vowel in a sequence within each word. Ensure that the transformation is consistent across the text so that it can be reversed.

Layered Phonetic Vowel-Consonant Encoding
Replace each vowel and consonant in a word with a unique combination of phonetic symbols, utilizing two different sets of IPA symbols for vowels and consonants. Implement a secondary layer of encoding by swapping adjacent phonetic symbols within each word to add complexity. Maintain spaces between words and preserve the original word structure for reversibility. Use the following mappings for vowels: 'a' becomes 'æ', 'e' becomes 'ɛ', 'i' becomes 'ɪ', 'o' becomes 'ɔ', 'u' becomes 'ʊ'. For consonants use: 'b' becomes 'ɓ', 'c' becomes 'ʗ', 'd' becomes 'ɗ', 'f' becomes 'ɱ', 'g' becomes 'ɠ', 'h' becomes 'ɦ', 'j' becomes 'ʄ', 'k' becomes 'ƙ', 'l' becomes 'ʟ', 'm' becomes 'ɱ', 'n' becomes 'ɲ', 'p' becomes 'ʘ', 'q' becomes 'Ɋ', 'r' becomes 'ʀ', 's' becomes 'ʂ', 't' becomes 'ʈ', 'v' becomes 'ʋ', 'w' becomes 'ʍ', 'x' becomes 'χ', 'y' becomes 'ʎ', 'z' becomes 'ʐ'.

Vowel Shift and First-Last Letter Swap
Swap the first and last letter of each word. Then, shift each vowel in the word to the next vowel in the sequence (a->e, e->i, i->o, o->u, u->a). Leave words with a single letter unchanged. Maintain original punctuation and spacing.

Enhanced Phonetic Substitution
Substitute each vowel in the sentence with a more complex phonetic representation using a predefined mapping that includes both vowels and consonants. Introduce additional layers of obfuscation by altering consonants in a systematic manner. For instance, replace 'a' with '@', 'e' with '3', 'i' with '!', 'o' with '0', 'u' with 'U', and also replace 't' with '+', 's' with '\$', 'b' with '8', and 'l' with '1'.

Complex Phonetic and Consonant Layering
Begin by substituting each vowel in the sentence with a unique combination of digits and symbols that mimic the phonetic sound but add complexity. For example, replace 'a' with '@#', 'e' with '3^', 'i' with '!*', 'o' with '0\%', 'u' with 'U&'. Introduce a secondary layer of obfuscation by altering consonants with a dual-character replacement: 't' becomes '+-', 's' becomes '\$\$', 'b' becomes '8&', and 'l' becomes '1#'. Ensure that each substitution follows a consistent pattern to maintain reversibility. Implement a systematic approach where the transformation is applied uniformly across the text, allowing for easy reversal.

Word Scrambling
Scramble the internal letters of each word in the sentence, leaving the first and last letters unchanged.

Phonetic Shift
Shift the phonetic representation of each word by changing the first letter to the next letter in the alphabet. If the first letter is a vowel, shift it to the next vowel; if it's a consonant, shift it to the next consonant. Maintain the case of the original letter.

Enhanced Phonetic Replacement2
Replace each word with its phonetic equivalent using a predefined phonetic dictionary. Introduce a secondary layer by swapping certain vowels with similar-sounding vowels and consonants with similar-sounding consonants. Ensure that the transformation retains the original word structure and syllable count. Apply a consistent set of phonetic rules to transform the text systematically.

Syntactic Inversion with Vowel Shifting
Invert the structure of each sentence, swapping the subject and object where applicable. Additionally, shift each vowel in the words to the next vowel in the sequence (a->e, e->i, i->o, o->u, u->a).

Phonetic Cluster Interleave
Identify phonetic clusters within each word, focusing on consonant-vowel pairs. Interleave the clusters such that every second cluster is moved to the end of the word while maintaining the phonetic impression. Create a mapping of clusters to their new positions for easy reconstruction of the original text. Ensure each transformation step has a corresponding reverse step.

Silent Letter Substitution
Substitute silent letters for other silent letters within words without altering pronunciation. Identify commonly silent letters in English, such as 'k', 'b', 'c', 'h', 'w', 'g', and 't'. Replace silent letters with other silent letters that typically do not affect pronunciation. Ensure substitutions maintain the original word's readability and phonetic structure. Apply substitutions systematically across the text, maintaining consistency within the transformation.

Number Substitution
Substitute each vowel with a number: 'a' with '1', 'e' with '2', 'i' with '3', 'o' with '4', 'u' with '5'. This should be applied consistently to all vowels.

Phonetic Substitution5
Replace words with their phonetic equivalents or homophones. Identify each word in the sentence and substitute it with a phonetically similar word or phrase. For example, replace 'see' with 'sea' or 'know' with 'no'.