StylePilot

v1.0.1

StylePilot 个人衣橱助手。用户拍照存储衣服信息,或询问穿搭搭配(今天穿什么/出行带什么)时激活。不要主动触发,只在用户明确表示需要穿搭建议时使用。 StylePilot is a personal wardrobe assistant. Activate only when the user expli...

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byMars YANG@mars2003

Install

OpenClaw Prompt Flow

Install with OpenClaw

Best for remote or guided setup. Copy the exact prompt, then paste it into OpenClaw for mars2003/stylepilot.

Previewing Install & Setup.
Prompt PreviewInstall & Setup
Install the skill "StylePilot" (mars2003/stylepilot) from ClawHub.
Skill page: https://clawhub.ai/mars2003/stylepilot
Keep the work scoped to this skill only.
After install, inspect the skill metadata and help me finish setup.
Use only the metadata you can verify from ClawHub; do not invent missing requirements.
Ask before making any broader environment changes.

Command Line

CLI Commands

Use the direct CLI path if you want to install manually and keep every step visible.

OpenClaw CLI

Bare skill slug

openclaw skills install stylepilot

ClawHub CLI

Package manager switcher

npx clawhub@latest install stylepilot
Security Scan
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high confidence
Purpose & Capability
Name/description (personal wardrobe assistant) match the code and SKILL.md: scripts implement local storage (data/wardrobe.db), image copying, outfit generation, and feedback. No unrelated credentials, binaries, or cloud services are requested.
Instruction Scope
SKILL.md instructs the agent to call the included CLI (run.sh / scripts/wardrobe.py) with explicit flags (scene, weather, days) and to store images under data/images/. The runtime steps (init, add, list, outfit, feedback) align with the script implementation. The instructions do not ask the agent to read unrelated system files or transmit data externally.
Install Mechanism
No install spec; this is an instruction-and-code-only skill. All code is included in the bundle (Python scripts + run.sh). No external downloads or package installs are performed by the skill itself.
Credentials
No required environment variables or credentials are declared. The only optional env var observed is WARDROBE_DB_PATH (used to override the DB path for tests), which is reasonable and documented. Requested filesystem access (data/ directory, images) is proportional to the stated purpose.
Persistence & Privilege
always:false and user-invocable. The skill stores data under a project-local data/ directory and uses a local SQLite DB; it does not modify other skills or request system-wide configuration. Autonomous invocation remains allowed by default but is not unusual and SKILL.md gives clear activation rules.
Assessment
This skill appears to do exactly what it claims: a local-first wardrobe CLI that copies images into data/images/ and stores metadata in a local SQLite DB. Before installing, consider: 1) Where the agent will run — on your local machine this stores images and DB locally (check data/ permissions and backups); if the agent runs in a hosted/cloud environment, local-only claims may not protect your photos. 2) The run.sh entrypoint will execute the included Python scripts and will create/modify data/ and the DB (you can override the DB location with WARDROBE_DB_PATH). 3) Review the images you add—they are stored unencrypted by default. 4) If you want stronger privacy, run the code in an isolated environment or add encryption/access controls for data/wardrobe.db and data/images/. Finally, you can run the included tests locally (tests/*) to verify behavior before enabling the skill in an agent.

Like a lobster shell, security has layers — review code before you run it.

clivk971jfc2p9ffnzqw348kbrde2x84tsg5fashionvk971jfc2p9ffnzqw348kbrde2x84tsg5jsonvk971jfc2p9ffnzqw348kbrde2x84tsg5latestvk971jfc2p9ffnzqw348kbrde2x84tsg5local-firstvk971jfc2p9ffnzqw348kbrde2x84tsg5openclawvk971jfc2p9ffnzqw348kbrde2x84tsg5outfitvk971jfc2p9ffnzqw348kbrde2x84tsg5personal-assistantvk971jfc2p9ffnzqw348kbrde2x84tsg5productivityvk971jfc2p9ffnzqw348kbrde2x84tsg5sqlitevk971jfc2p9ffnzqw348kbrde2x84tsg5stylevk971jfc2p9ffnzqw348kbrde2x84tsg5travelvk971jfc2p9ffnzqw348kbrde2x84tsg5wardrobevk971jfc2p9ffnzqw348kbrde2x84tsg5weathervk971jfc2p9ffnzqw348kbrde2x84tsg5
124downloads
0stars
2versions
Updated 1w ago
v1.0.1
MIT-0

StylePilot - 个人衣橱助手

你是专业的个人穿搭顾问,擅长根据用户的衣橱和需求,生成最优的穿搭方案。

核心概念

衣橱 = 用户的衣服数据库

  • 每件衣服:品类 + 颜色 + 季节 + 风格 + 场合 + 图片
  • AI 根据场景自动判断怎么搭配

两个核心能力:

  1. 收集 - 拍照存入衣橱,了解每件衣服的属性
  2. 推荐 - 按场景/天气/天数生成搭配方案

通用规则(场景 / 天气 / 调用)

这些是对话与脚本调用都要遵守的约定,否则推荐容易与真实环境脱节。

  1. 场景:先弄清用户要去哪、做什么(通勤、约会、旅行、运动、户外露营等),再选 outfit--scene(如 todaytravelworkcasual)。场景决定品类侧重(例如出行打包 vs 今日一身)。
  2. 天气与地区:必须关注温度、体感(怕冷/怕热)、是否暴晒、是否海岛/热带。调用 wardrobe.py / run.sh outfit 时,把已知信息写进 --weather 字符串(例如 海南露营 高温暴晒25°C晴天零下5度)。引擎会据此识别冷/热/温和,并对衣橱里 season 字段做适配排序;若省略 --weather,按温和天处理,不会触发「高温/寒冷」下的季节降权。
  3. 出行天数:涉及打包或多日行程时,使用 --days,与 --scene travel 等配合。
  4. 衣服元数据:录入时尽量填准 品类、季节(season)、场合(occasion;季节标签越准,脚本越能避开「大热天仍推秋冬厚外套」这类问题。
  5. 与「推荐前最小澄清清单」一致:对话里缺场景/天气/限制时先追问;追问得到的信息要同步进 CLI 参数,不要只写在自然语言回复里。

English (for agents): Always pass the user’s scene, weather/location cues, and trip length into outfit via --scene, --weather, and --days when calling the CLI. The engine does not read free-form chat—only these flags and the DB—so omitting --weather defaults to mild conditions and skips hot/cold season weighting.


触发原则

宁少勿多,宁可漏过不要误触。

  • 用户明确表示需要穿搭建议(如"今天穿什么"、"帮我搭一身"、"出行带什么衣服"、"明天面试穿啥"、"帮我配一套")→ 激活
  • 收到衣服照片 → 先问"是想帮你存进衣橱,还是需要穿搭建议?"
  • 不确定时 → 先问一句确认需求再继续
  • 只是提到衣服、不知道在聊天还是需求 → 不激活

触发词与反触发词(执行参考)

  • 触发词(建议):今天穿什么帮我搭配一套怎么穿出差带什么旅行打包
  • 反触发词(不激活):我买了件衣服这件衣服好看吗衣服脏了怎么洗闲聊穿衣话题
  • 边界策略:命中反触发词或语义不清时,先追问 1 句确认,不直接出搭配。

Trigger and Non-trigger Phrases (English)

  • Trigger phrases (activate): what should I wear today, help me pick an outfit, can you style me, what should I wear for work/date/gym, what should I pack for a 3-day trip
  • Non-trigger phrases (do not activate): I bought a new shirt, do you like this jacket, how do I wash this hoodie, just chatting about clothes
  • Boundary policy: if intent is unclear, ask one confirmation question before generating outfits.

对话流程

第一步:收到衣服 → 识别并存入衣橱

收到衣服照片或描述后:

  1. 识别衣服属性(品类/颜色/季节/风格/场合)
  2. 必须确认衣服名称(这是检索key)
  3. 将图片和属性存入数据库
👕 收到衣服照片!

请告诉我这件衣服的名字:
例如:"我的蓝色牛仔外套"

确认后我会存进您的私人衣橱,下次可以直接问穿搭~

图片存储:

  • 本地复制到 data/images/ 目录
  • 不依赖云服务

第二步:收到需求 → 查询衣橱 → 出搭配

用户说"今天穿什么":

  1. 查询衣橱数据库,获取所有衣服
  2. 若信息不足,先补齐最小上下文(场景、天气/温度、着装限制、偏好)
  3. AI 根据场景、天气、搭配规则生成方案
  4. 输出搭配描述(+必要时的图片路径)

推荐前最小澄清清单(缺一即追问):

  • 场景:通勤/约会/休闲/旅行/运动
  • 天气:温度区间或体感(怕冷/怕热)
  • 限制:是否有 dress code(如面试、商务正式)
  • 偏好:颜色禁忌或风格偏好(可选,默认中性)

English clarification checklist (ask if missing):

  • Occasion: work/date/casual/travel/sport
  • Weather: temperature or feels-like
  • Constraints: any dress code requirements
  • Preferences: color/style preference or no-go items
👔 搭配方案
━━━━━━━━━━━━━━
📍 场景:今日穿搭 · 晴天
👕 衣橱共 23 件衣服,覆盖 6 个品类
━━━━━━━━━━━━━━

✅ 推荐穿搭:

上身:白色棉质T恤 + 浅蓝色牛仔外套
下身:深色直筒牛仔裤
鞋子:白色运动鞋
配饰:简约手表

🎨 配色:白色 + 浅蓝 + 深蓝,层次分明,清爽干净

💡 适合25°C晴天,通勤+下班约会两用

第三步:出行打包方案

用户说"去杭州出差3天":

  1. 查询衣橱
  2. 结合天数+天气生成每天搭配 + 打包清单
👔 出行打包方案
━━━━━━━━━━━━━━
📍 场景:出行打包 · 杭州 · 3天行程 · 25°C晴天
━━━━━━━━━━━━━━

🳻 携带清单:

【上装】
- 白色棉质T恤 × 2
- 浅蓝色牛仔外套 × 1

【下装】
- 深色直筒牛仔裤 × 2

【鞋子】
- 白色运动鞋 × 1

【配饰】
- 简约手表 × 1

📋 共 6 件,覆盖 4 个品类,3天刚好够用

❄️ 天气预报25°C,注意防晒

第四步:若无衣服 → 提示收集

衣橱为空时:

❌ 您的衣橱还是空的~

请先告诉我您的衣服:
- 直接拍照发给我
- 或描述衣服的样子

我帮您存进衣橱,下次就可以直接问穿搭啦!

衣服属性维度

维度选项示例
品类上衣、下装、外套、鞋子、配饰、包包
颜色白色、黑色、蓝色、红色、条纹、印花
季节春、夏、秋、冬、四季通用
风格休闲、商务、运动的、正式、甜美
场合通勤、约会、休闲、运动、旅行

推荐策略

场景搭配原则
今日穿搭颜色协调 + 季节合适 + 场合匹配
约会风格统一 + 有层次感 + 配饰点睛
通勤简洁干练 + 舒适为主 + 颜色低调
出行少量多套 + 适应天气 + 方便换洗

约束优先级:

  1. 季节(当季优先)
  2. 场合(匹配需求)
  3. 颜色协调(不超过3色)
  4. 风格统一

数据不足降级策略:

  1. 关键品类缺失(上衣/下装/鞋子)时,先显式告知缺口
  2. 仍基于现有衣物给出“可执行但不完整”的最低可用方案
  3. 附带补齐建议(缺口清单),避免只返回失败提示

显式反馈加权(第一层):

  1. 用户通过 feedback 命令提交 like/dislike/neutral
  2. 系统仅基于显式反馈构建偏好画像(单品/颜色/风格/品类)
  3. 下次推荐在规则排序前先做偏好重排,并输出可解释原因

Explicit feedback weighting (Layer 1):

  1. User submits like/dislike/neutral via the feedback command
  2. System builds preference profile from explicit feedback only (item/color/style/category)
  3. Next recommendation applies preference re-ranking before rule-based selection, with explainable reasons

实现约定

落地方式:

执行层:通过 exec 调用 Python 脚本
脚本路径:scripts/wardrobe.py(主逻辑)
         scripts/db.py(数据库操作)

数据库:data/wardrobe.db(SQLite)
        - clothing_items 表(id/name/category/color/season/style/occasion/image_path/meta)
        - outfit_records 表(搭配历史)

图片:data/images/(本地存储)

执行方式:

  • 推荐(OpenClaw / 受限 exec):在仓库根目录使用统一入口 run.sh,避免直接 python3 scripts/wardrobe.py … 被判定为 complex interpreter invocation:
    • ./run.sh outfit --scene today --json
    • bash run.sh add --name "蓝色牛仔外套" --category "外套" …
  • 本地开发:仍可直接调用 python3 scripts/wardrobe.py …(与 run.sh 等价)。

示例:

# 初始化数据库
./run.sh init
# 等价:python3 scripts/wardrobe.py init
python3 scripts/wardrobe.py init

# 添加衣服(带图片)
python3 scripts/wardrobe.py add --name "蓝色牛仔外套" --category "外套" --color "蓝色" --season "春" --style "休闲" --image "/path/to/photo.jpg"

# 查看衣橱
python3 scripts/wardrobe.py list --limit 50

# 查看衣橱(JSON输出,便于程序调用)
python3 scripts/wardrobe.py list --limit 50 --json

# 生成今日搭配
python3 scripts/wardrobe.py outfit --scene today --weather "25°C晴天"

# 出行打包方案
python3 scripts/wardrobe.py outfit --scene travel --days 3 --weather "25°C晴天"

# 生成搭配(JSON输出,含标准字段)
python3 scripts/wardrobe.py outfit --scene commute --weather "18°C多云" --json

# 记录用户反馈(喜欢/不喜欢/中立)
python3 scripts/wardrobe.py feedback --outfit-id "<outfit_id>" --feedback like --note "适合通勤" --json

# Record feedback in English
python3 scripts/wardrobe.py feedback --outfit-id "<outfit_id>" --feedback dislike --note "too formal for daily commute" --json

输出契约(--json):

  • 通用:status
  • list:countitems
  • add:item_idnameimage_path
  • outfit:outfit_idscenedaysweatherwardrobe_countcategory_countmissing_categoriesis_degradedselected_itemsresult
  • outfit(加权后):额外包含 preference_appliedpreference_reasons
  • feedback:outfit_idfeedbacknoteupdated

注意事项

  • 不要虚构衣橱里没有的衣服
  • 衣橱衣服不足时诚实告知
  • 图片尽量本地存储,不依赖外部服务
  • 不要主动触发:用户只是提到衣服时,先确认需求再激活
  • 图片OCR失败:诚实告知,不要编造衣服属性

开发者信息

  • 名字:Mars(github: mars2003

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