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Chinese

Language Evolution: Linguistic Development Skill

语言演化：语言发展技能

You help writers create realistic language systems that evolve over time and reflect cultural history. This goes beyond conlang phonology to address how languages change, branch, and interact across generations and geographies.
你可以帮助创作者构建随时间演化、能体现文化历史的真实语言系统。这不止于人工语言（conlang）的音系设计，还涉及语言如何在代际和地域间发生变化、分支与互动。

Core Principles

核心原则

  1. Historical Continuity: Languages evolve from previous forms rather than appearing fully formed
  2. Contact Modification: Languages change through interaction with other languages
  3. Functional Adaptation: Language structures evolve to serve communication needs
  4. Cultural Reflection: Languages encode values, environment, and practices of speakers
  5. Cognitive Constraints: Development is shaped by human cognitive limitations
  6. Register Variation: Languages develop specialized forms for different contexts
  7. Innovation-Conservation Balance: Languages contain both innovative and conservative elements
  8. Geographic Divergence: Physical separation leads to linguistic divergence over time
  9. Sociolinguistic Stratification: Language varies across social groups
  10. Writing System Independence: Spoken and written forms evolve semi-independently
  1. 历史延续性：语言由先前的形式演化而来，并非完全成型后突然出现
  2. 接触性改变：语言会因与其他语言互动而发生变化
  3. 功能性适配：语言结构会演化以满足沟通需求
  4. 文化映射：语言承载着使用者的价值观、生存环境与行为习惯
  5. 认知约束：语言发展受人类认知局限影响
  6. 语域差异：语言会针对不同场景发展出特定形式
  7. 创新与保守平衡：语言同时包含创新元素与保守元素
  8. 地域分化：地理隔绝会随时间导致语言分化
  9. 社会语言分层：语言在不同社会群体间存在差异
  10. 书面与口语独立演化：口语与书面语的演化相对独立

Parameter Categories

参数类别

1. Environmental Parameters

1. 环境参数

ParameterWhat It Affects
Geographic DistributionMountain ranges, rivers affecting spread
Climate InfluenceWeather and seasonal vocabulary
Resource AvailabilityLocal materials in terminology
Fauna and FloraTaxonomic complexity for important species
Topographical MarkingLandscape feature naming patterns
参数影响范围
地理分布山脉、河流对语言传播的影响
气候影响与天气、季节相关的词汇
资源可得性与当地物产相关的术语
动植物群重要物种的分类复杂性
地形标识地貌特征的命名模式

2. Cultural-Historical Parameters

2. 文化历史参数

ParameterWhat It Affects
Migration PatternsPopulation movements creating contact
Conquest HistoryDominant-subordinate language relationships
Trade NetworksCommercial contact creating exchange
Technological DevelopmentNew terminology requirements
Religious TraditionsAbstract concepts and sacred language
参数影响范围
迁徙模式人口流动带来的语言接触
征服历史主导语言与从属语言的关系
贸易网络商业接触引发的语言交流
技术发展新术语的需求
宗教传统抽象概念与神圣语言

3. Sociolinguistic Parameters

3. 社会语言参数

ParameterWhat It Affects
Social StratificationClass-based language variation
Occupational SpecializationProfessional jargons
Gender DifferentiationGender-based language patterns
Age GradingGenerational change markers
Group Identity MarkingIn-group terminology and pronunciation
参数影响范围
社会分层基于阶级的语言差异
职业专业化专业行话
性别差异基于性别的语言模式
年龄层级代际变化的标识
群体身份标识内部术语与发音特征

4. Communication Context Parameters

4. 沟通场景参数

ParameterWhat It Affects
Formality LevelsSituational appropriateness markers
Medium AdaptationSpoken vs. written vs. digital
Specialist DiscourseTechnical, legal, scientific evolution
Artistic ExpressionPoetic, narrative, performance forms
Privacy/SecrecyCoded communication and euphemisms
参数影响范围
正式程度场景适配性标识
媒介适配口语、书面语与数字语言的差异
专业话语技术、法律、科学领域的语言演化
艺术表达诗歌、叙事、表演形式的语言
隐私/保密需求编码沟通与委婉语

Language Typologies

语言类型学

Morphological Types

形态类型

TypeCharacteristicsReal Examples
IsolatingMinimal word modificationMandarin Chinese
AgglutinativeClear morpheme boundariesTurkish, Japanese
FusionalMultiple meanings in single morphemesLatin, Russian
PolysyntheticMany morphemes per wordInuktitut, Mohawk
类型特征现实案例
孤立语单词形态变化极少汉语普通话
黏着语语素边界清晰土耳其语、日语
屈折语单个语素包含多重含义拉丁语、俄语
多式综合语单个单词包含多个语素因纽特语、莫霍克语

Word Order Types

语序类型

TypePatternExamples
SVOSubject-Verb-ObjectEnglish, Mandarin
SOVSubject-Object-VerbJapanese, Turkish
VSOVerb-Subject-ObjectIrish, Classical Arabic
VOSVerb-Object-SubjectMalagasy
OVSObject-Verb-SubjectHixkaryana
OSVObject-Subject-VerbRare
类型模式案例
SVO主语-动词-宾语英语、汉语
SOV主语-宾语-动词日语、土耳其语
VSO动词-主语-宾语爱尔兰语、古典阿拉伯语
VOS动词-宾语-主语马达加斯加语
OVS宾语-动词-主语希卡利亚纳语
OSV宾语-主语-动词罕见

Writing System Types

书写系统类型

TypeHow It WorksExamples
LogographicCharacter per word/morphemeChinese
SyllabicCharacter per syllableJapanese kana
AlphabeticCharacter per phonemeLatin, Cyrillic
AbjadConsonants primarilyArabic, Hebrew
AbugidaConsonant-vowel unitsDevanagari
FeaturalCharacters represent featuresKorean Hangul
类型运作方式案例
表意文字字符对应单词/语素汉字
音节文字字符对应音节日语假名
字母文字字符对应音素拉丁字母、西里尔字母
辅音音素文字（Abjad）以辅音为主阿拉伯语、希伯来语
元音附标文字（Abugida）字符对应辅音-元音单元天城文
特征文字字符代表发音特征朝鲜语谚文

Language Evolution Mechanisms

语言演化机制

Sound Change Types

语音变化类型

TypeDescription
LenitionWeakening of consonants
FortitionStrengthening of consonants
Vowel ShiftSystematic vowel changes
PalatalizationConsonants shift toward palate
AssimilationSounds become more similar
MetathesisSound order swaps
类型描述
弱化（Lenition）辅音发音弱化
强化（Fortition）辅音发音强化
元音推移系统性的元音变化
腭化辅音发音向腭部偏移
同化发音变得更为相似
换位发音顺序互换

Grammatical Evolution

语法演化

TypeDescription
GrammaticalizationLexical words become grammatical
Analogical LevelingIrregular forms become regular
Case System SimplificationLoss of case distinctions
Tense/Aspect DevelopmentNew temporal distinctions
Evidentiality EmergenceSource marking becomes grammatical
类型描述
语法化实义词演变为语法词
类推平整不规则形式变为规则形式
格系统简化格区分的消失
时态/体的发展新的时间区分方式
传信范畴的出现信息来源标记语法化

Contact Effects

语言接触影响

TypeDescription
Lexical BorrowingVocabulary adoption (most common)
Phonological InfluenceSound system adjustments
Syntactic ConvergenceSentence structure alignment
Morphological SimplificationComplexity reduction in contact
CalquingLoan translation with native words
Code-SwitchingAlternation between languages
类型描述
词汇借用词汇引入（最常见）
语音影响音系系统调整
句法趋同句子结构趋近
形态简化接触场景下的复杂度降低
仿译用本土词汇进行借译
语码转换语言间的交替使用

Language Family Construction

语系构建

Step 1: Proto-Language Design

步骤1：原始语设计

  • Create core vocabulary (200-500 words)
  • Establish basic phoneme inventory
  • Define grammatical skeleton
  • Set morphological type
  • 构建核心词汇（200-500词）
  • 确立基础音系库
  • 定义语法框架
  • 设定形态类型

Step 2: Sound Change Rules

步骤2：语音变化规则

  • Define systematic sound shifts
  • Apply changes to create daughter languages
  • Track which changes apply where
  • Create regular correspondences
  • 定义系统性的语音推移
  • 应用规则生成子语言
  • 追踪规则的适用范围
  • 建立规则对应关系

Step 3: Grammatical Divergence

步骤3：语法分化

  • Develop distinct innovations per branch
  • Create unique grammatical features
  • Track loss and gain of categories
  • Design independent evolution paths
  • 为各分支发展独特的创新特征
  • 创造独特的语法特性
  • 追踪语法范畴的得失
  • 设计独立的演化路径

Step 4: Vocabulary Divergence

步骤4：词汇分化

  • Track cognate relationships
  • Add unique vocabulary per branch
  • Create borrowings from contact
  • Develop semantic shifts
  • 追踪同源词关系
  • 为各分支添加独特词汇
  • 引入语言接触带来的借词
  • 构建语义演变

Step 5: Contact Zone Development

步骤5：接触区域发展

  • Map where languages meet
  • Create contact effects
  • Develop pidgins/creoles if appropriate
  • Design bilingual phenomena
  • 绘制语言接触地图
  • 构建接触影响
  • 必要时设计洋泾浜语/克里奥尔语
  • 设计双语现象

Common Evolution Sequences

常见演化序列

Tonal Development

声调发展

  • Consonant distinctions lost → Pitch compensates → Tones stabilize
  • 辅音区分消失 → 音调补偿 → 声调稳定

Case System Simplification

格系统简化

  • Full case → Reduced case → Prepositions → Fixed word order
  • 完整格系统 → 简化格系统 → 前置词 → 固定语序

Creolization

克里奥尔化

  • Pidgin → Expanded pidgin → Creole with native speakers
  • 洋泾浜语 → 扩展洋泾浜语 → 母语化克里奥尔语

Dialect to Language

方言到语言

  • Single language → Regional varieties → Political division → "Separate languages"
  • 单一语言 → 地域变体 → 政治分化 → 成为“独立语言”

Setting-Specific Adaptations

场景特定适配

Fantasy Settings

奇幻场景

  • Elven Language Family: Ancient, conservative, prestige
  • Dwarven Isolation: Mountain-separated dialects
  • Human Diversity: Rapid change and adaptation
  • Magical Terminology: Specialized arcane vocabulary
  • Dead Language Remnants: Ritual preservation
  • 精灵语系：古老、保守、具有权威性
  • 矮人语的隔绝性：山脉隔绝导致的方言分化
  • 人类语言多样性：快速变化与适应
  • 魔法术语：专门的奥术词汇
  • 死语残留：仪式性的保留

Science Fiction Settings

科幻场景

  • Post-Earth Divergence: Colony isolation effects
  • Alien-Human Pidgins: Contact language development
  • Universal Translator Implications: Technology effects
  • Digital-Augmented Communication: Tech-language interface
  • Xenolinguistic Principles: Non-human cognition
  • 地球后的分化：殖民地隔绝的影响
  • 外星-人类洋泾浜语：接触语言的发展
  • 通用翻译器的影响：技术对语言的作用
  • 数字增强沟通：技术与语言的交互
  • 外星语言学原则：非人类认知模式

Post-Apocalyptic Settings

后启示录场景

  • Linguistic Fragmentation: Isolation creating new dialects
  • Technological Vocabulary Loss: Terms for lost tech
  • Specialized Jargon: New environmental challenges
  • Writing System Degradation: Literacy decline effects
  • Pre-Collapse Remnants: Preserved texts, misunderstandings
  • 语言碎片化：隔绝产生新方言
  • 技术词汇流失：已消失技术的术语
  • 专业行话：针对新环境挑战的词汇
  • 书写系统退化：识字率下降的影响
  • 灾前残留：保存的文本与误解

Sociolinguistic Variation

社会语言变异

Register Levels

语域层级

RegisterContextFeatures
FrozenCeremonies, oathsFixed phrases, archaic forms
FormalOfficial, professionalComplete sentences, technical
ConsultativeTeacher-student, expert-clientStandard grammar
CasualFriends, familySlang, ellipsis
IntimateClose relationshipsPrivate vocabulary
语域场景特征
冻结语域仪式、誓言固定短语、古旧形式
正式语域官方、专业场合完整句式、专业术语
咨询语域师生、专家-客户标准语法
随意语域朋友、家人俚语、省略句式
亲密语域亲密关系私人词汇

Dialect Markers

方言标识

TypeWhat Varies
PhonologicalPronunciation differences
LexicalVocabulary differences
GrammaticalStructure differences
PragmaticUsage differences
类型变异内容
语音变异发音差异
词汇变异词汇差异
语法变异结构差异
语用变异使用方式差异

Implementation Checklist

实施检查清单

  • Define language family relationships
  • Create proto-language skeleton
  • Design sound change rules
  • Develop grammatical divergence
  • Map sociolinguistic variation
  • Create writing system (if any)
  • Design contact zone effects
  • Build register variation
  • Document sample texts
  • Create naming conventions integration
  • 定义语系关系
  • 构建原始语框架
  • 设计语音变化规则
  • 发展语法分化
  • 绘制社会语言变异图谱
  • 设计书写系统（如有需要）
  • 构建接触区域影响
  • 设计语域变异
  • 记录示例文本
  • 整合命名规则

Case Study Examples

案例研究

Tolkien's Languages

托尔金的语言

  • Proto-Eldarin as common ancestor
  • Quenya: conservative, prestige (Latin analog)
  • Sindarin: evolved, everyday (Romance analog)
  • Systematic sound changes documented
  • Cultural-linguistic integration
  • 原始埃尔达林语作为共同祖先
  • 昆雅语：保守、权威（类似拉丁语）
  • 辛达林语：演化后的日常用语（类似罗曼语族）
  • 系统性的语音变化有文档记录
  • 文化与语言深度融合

Klingon

克林贡语

  • Distinctive phonology matching warrior culture
  • Grammar reflecting cultural values
  • Vocabulary emphasizing important domains
  • Writing system matching technology level
  • 与战士文化匹配的独特音系
  • 反映文化价值观的语法
  • 重点领域的词汇丰富
  • 与技术水平匹配的书写系统

Valyrian (Game of Thrones)

瓦雷利亚语（《权力的游戏》）

  • High Valyrian as classical, learned language
  • Daughter languages showing realistic divergence
  • Contact effects with other languages
  • 高等瓦雷利亚语作为古典学术语言
  • 子语言呈现真实的分化
  • 与其他语言的接触影响

Output Persistence

输出持久化

Output Discovery

输出位置查找

  1. Check for 
    context/output-config.md
    in the project
  2. If found, look for this skill's entry
  3. If not found, ask user: "Where should I save language evolution work?"
  4. Suggest: 
    worldbuilding/languages/
    or 
    explorations/worldbuilding/
  1. 检查项目中的
    context/output-config.md
  2. 若存在，查找本技能的条目
  3. 若不存在，询问用户：“语言演化相关成果应保存至何处？”
  4. 建议路径：
    worldbuilding/languages/
    或 
    explorations/worldbuilding/

Primary Output

主要输出

  • Language family tree - Proto-language and daughter branches
  • Sound change rules - Systematic transformations per branch
  • Grammatical divergence - How branches differ structurally
  • Contact zone effects - Borrowings, pidgins, convergence
  • Sociolinguistic variation - Registers, dialects, markers
  • 语系树 - 原始语与子分支
  • 语音变化规则 - 各分支的系统性变化
  • 语法分化 - 分支间的结构差异
  • 接触区域影响 - 借词、洋泾浜语、趋同现象
  • 社会语言变异 - 语域、方言、标识

File Naming

文件命名规则

Pattern: 
{language-family}-evolution-{date}.md
格式：
{language-family}-evolution-{date}.md

Verification (Oracle)

验证（Oracle）

What This Skill Can Verify

本技能可验证内容

  • Sound change consistency - Do rules apply systematically? (High confidence)
  • Typological plausibility - Does combination of features exist in real languages? (Medium confidence)
  • Evolution logic - Do changes follow from contact/isolation patterns? (High confidence)
  • 语音变化一致性 - 规则是否系统应用？（高可信度）
  • 类型学合理性 - 特征组合是否在现实语言中存在？（中等可信度）
  • 演化逻辑 - 变化是否符合接触/隔绝模式？（高可信度）

What Requires Human Judgment

需要人类判断的内容

  • Aesthetics - Does the language sound right for the culture?
  • Story fit - Does linguistic variation serve narrative?
  • Reader accessibility - Will readers parse invented words?
  • 美学感受 - 语言是否符合文化的“感觉”？
  • 故事适配性 - 语言变异是否服务于叙事？
  • 读者易读性 - 读者能否理解创造的词汇？

Oracle Limitations

Oracle的局限性

  • Cannot assess whether language feels "right" for fictional culture
  • Cannot predict reader pronunciation assumptions
  • 无法评估语言是否符合虚构文化的“调性”
  • 无法预测读者对发音的假设

Feedback Loop

反馈循环

Session Persistence

会话持久化

  • Output location: See 
    context/output-config.md
  • What to save: Family tree, sound changes, grammatical features, contact effects
  • Naming pattern: 
    {language-family}-evolution-{date}.md
  • 输出位置： 参见
    context/output-config.md
  • 保存内容： 语系树、语音变化、语法特征、接触影响
  • 命名格式： 
    {language-family}-evolution-{date}.md

Cross-Session Learning

跨会话学习

  • Check for prior language work in this world
  • Ensure new languages maintain family consistency
  • Failed sound changes inform anti-patterns
  • 检查该虚构世界的过往语言成果
  • 确保新语言保持语系一致性
  • 失败的语音变化可作为反模式参考

Design Constraints

设计约束

This Skill Assumes

本技能的假设前提

  • Setting has languages that evolved (not created ex nihilo)
  • Writer wants historical depth, not just vocabulary
  • Some linguistic diversity exists
  • 场景中的语言是演化而来的（而非凭空创造）
  • 创作者需要的是历史深度，而非仅词汇
  • 存在一定的语言多样性

This Skill Does Not Handle

本技能不处理的内容

  • Detailed phonology - Route to: conlang
  • Cultural texture - Route to: memetic-depth
  • Generational society change - Route to: multi-order-evolution
  • Naming conventions - Route to: character-naming
  • 详细音系设计 - 转至：conlang技能
  • 文化质感 - 转至：memetic-depth技能
  • 代际社会变化 - 转至：multi-order-evolution技能
  • 命名规则 - 转至：character-naming技能

Degradation Signals

退化信号

  • English grammar with substituted words (relexification)
  • Languages too regular without exceptions
  • No sociolinguistic variation within languages
  • 将英语语法中的单词替换为其他词汇（换壳）
  • 语言过于规则，无例外
  • 语言内部无社会语言变异

Reasoning Requirements

推理要求

Standard Reasoning

标准推理

  • Single sound change application
  • Basic grammatical divergence
  • Simple dialect variation
  • 单一语音变化应用
  • 基础语法分化
  • 简单方言变异

Extended Reasoning (ultrathink)

扩展推理（深度思考）

  • Full language family design - [Why: sound changes compound across branches]
  • Contact zone synthesis - [Why: multiple languages interacting]
  • Deep historical development - [Why: tracing evolution across centuries]
Trigger phrases: "design the language family", "how did these languages diverge", "linguistic history"
  • 完整语系设计 - [原因：语音变化在分支间会复合]
  • 接触区域综合设计 - [原因：涉及多语言互动]
  • 深度历史发展 - [原因：跨世纪的演化追踪]
触发短语： "设计语系"、"这些语言如何分化"、"语言历史"

Execution Strategy

执行策略

Sequential (Default)

顺序执行（默认）

  • Proto-language before daughter languages
  • Sound changes before applying to vocabulary
  • Family structure before contact effects
  • 先设计原始语，再设计子语言
  • 先定义语音变化规则，再应用于词汇
  • 先设计语系结构，再处理接触影响

Parallelizable

可并行执行

  • Designing independent language branches
  • Researching different linguistic analogs
  • 独立语言分支的设计
  • 不同语言类型的研究

Subagent Candidates

候选子代理

TaskAgent TypeWhen to Spawn
Linguistic researchgeneral-purposeWhen modeling on real language families
Conlang phonologygeneral-purposeWhen needing detailed sound inventory
任务代理类型触发时机
语言学研究通用型以现实语系为模板时
Conlang音系设计通用型需要详细音系库时

Context Management

上下文管理

Approximate Token Footprint

大致Token占用

  • Skill base: ~3k tokens (parameters + mechanisms)
  • With typologies: ~4k tokens
  • With case studies: ~5k tokens
  • 技能基础内容： ~3k Token（参数+机制）
  • 包含类型学： ~4k Token
  • 包含案例研究： ~5k Token

Context Optimization

上下文优化

  • Focus on relevant evolution mechanisms
  • Typologies are reference, load on-demand
  • Case studies optional examples
  • 聚焦相关的演化机制
  • 类型学作为参考，按需加载
  • 案例研究为可选示例

When Context Gets Tight

上下文紧张时的处理

  • Prioritize: Current evolution mechanism, active family branch
  • Defer: Full typology tables, all mechanisms not in use
  • Drop: Case studies, setting-specific adaptations
  • 优先保留：当前演化机制、活跃的语系分支
  • 延迟加载：完整类型学表格、未使用的机制
  • 移除：案例研究、场景特定适配

Anti-Patterns

反模式

1. Relexification

1. 换壳英语

Pattern: Creating "alien language" by substituting words into English grammar and syntax—"Klaatu barada nikto" as sentence structure. Why it fails: Language families don't work this way. Different languages have different grammatical structures, word orders, and morphological patterns. English-with-different-words feels fake. Fix: Choose a typological profile different from English. An SOV language with agglutinative morphology will feel genuinely foreign even with limited vocabulary.
模式： 通过将英语单词替换为其他词汇来创建“外星语言”——比如“Klaatu barada nikto”这种符合英语句子结构的例子。 问题所在： 语系并非如此运作。不同语言有不同的语法结构、语序和形态模式。“换词英语”会显得虚假。 修复方案： 选择与英语不同的类型学特征。即使词汇有限，采用SOV语序的黏着语也会显得真正具有异域感。

2. Perfect Regularity

2. 绝对规则化

Pattern: Languages with no exceptions, no irregular verbs, no spelling inconsistencies—logically constructed rather than evolved. Why it fails: Real languages accumulate irregularities through history. The most common words resist change, preserving older forms. Constructed perfection signals artificial origin. Fix: Add irregularity to high-frequency elements. "To be" equivalents should be irregular. Common plurals should have exceptions. Spelling should preserve historical pronunciations.
模式： 语言无例外、无不规则动词、无拼写不一致——逻辑构建而非演化而来。 问题所在： 真实语言在历史中会积累不规则性。最常用的词汇往往抗拒变化，保留古老形式。完美的规则化会暴露其人工起源。 修复方案： 为高频元素添加不规则性。“存在动词”的对应形式应不规则。常见复数形式应有例外。拼写应保留历史发音特征。

3. Frozen Languages

3. 冻结语言

Pattern: Languages unchanged for millennia, spoken identically by ancient elves and their modern descendants. Why it fails: All spoken languages change. Geographic separation creates dialects. Prestige languages like Latin fossilize as literary forms while spoken vernacular evolves. Fix: Create at least archaic and modern registers. Show dialect variation across regions. Have characters note "old-fashioned" speech patterns.
模式： 语言数千年不变，古代精灵与现代后裔的发音完全相同。 问题所在： 所有口语都会变化。地理隔绝会产生方言。像拉丁语这样的权威语言会作为书面语固化，而口语会持续演化。 修复方案： 至少创建古旧语域与现代语域。体现地域方言差异。让角色提及“过时”的说话方式。

4. Contact Without Effect

4. 接触无影响

Pattern: Languages existing side by side for centuries without borrowing, convergence, or pidginization. Why it fails: Language contact always produces change. Trade brings vocabulary. Conquest brings grammatical influence. Bilingualism creates code-switching patterns. Fix: Map where languages meet. Identify domains where borrowing occurs (technology, trade goods, governance). Create contact phenomena appropriate to relationship type.
模式： 语言共存数百年却无借词、趋同或洋泾浜语产生。 问题所在： 语言接触必然会带来变化。贸易会引入词汇。征服会带来语法影响。双语现象会产生语码转换模式。 修复方案： 绘制语言接触地图。确定借词发生的领域（技术、贸易品、治理）。根据语言关系类型设计合适的接触现象。

5. Monolingual Societies

5. 单语社会

Pattern: Everyone in a kingdom speaking exactly one language with no regional variation, no professional jargon, no class markers. Why it fails: Real societies are linguistically diverse. Merchants develop trade pidgins. Scholars use classical languages. Nobility marks status through speech. Regions develop dialects. Fix: Design at least three registers (formal, common, intimate). Add professional jargons for important groups. Include at least one prestige/classical language.
模式： 王国中所有人都说完全相同的语言，无地域差异、无专业行话、无阶级标识。 问题所在： 真实社会的语言具有多样性。商人会发展贸易洋泾浜语。学者使用古典语言。贵族通过语言彰显身份。地域会发展出方言。 修复方案： 至少设计三种语域（正式、通用、亲密）。为重要群体添加专业行话。至少包含一种权威/古典语言。

Integration

集成

Inbound (feeds into this skill)

输入（为该技能提供信息）

SkillWhat it provides
worldbuildingGeographic and historical context for language spread
multi-order-evolutionGenerational timescales for language change
governance-systemsPolitical boundaries affecting language standardization
技能提供内容
worldbuilding语言传播的地理与历史背景
multi-order-evolution语言变化的代际时间尺度
governance-systems影响语言标准化的政治边界

Outbound (this skill enables)

输出（该技能赋能的内容）

SkillWhat this provides
conlangHistorical context for phonology choices
character-namingNaming conventions following language patterns
dialogueRegister variation for character voice
memetic-depthLinguistic markers for cultural texture
技能提供内容
conlang音系选择的历史背景
character-naming符合语言模式的命名规则
dialogue用于角色语音的语域变异
memetic-depth用于文化质感的语言标识

Complementary

互补技能

SkillRelationship
conlangLanguage-evolution provides macro history; conlang provides micro phonology. Use together for deep linguistic worldbuilding
memetic-depthLanguage-evolution tracks structural change; memetic-depth uses linguistic markers for cultural texture
技能关系
conlang语言演化提供宏观历史；Conlang提供微观音系设计。两者结合可实现深度的语言世界构建
memetic-depth语言演化追踪结构变化；memetic-depth利用语言标识体现文化质感