Install
openclaw skills install smyx-hydroponic-nutrient-assessment-analysisUsing fixed cameras on a hydroponic growing rack to capture high-resolution images of plant roots (in transparent containers) and leaves (young and old), AI vision analysis identifies root color (white = healthy, yellow = early stress, brown = severe stress, black = rotting) and leaf morphology (tip burn, leaf-margin scorch, yellowing, curling) to judge whether the nutrient solution is too concentrated or too dilute, and outputs adjustment advice (dilute with fresh water or add concentrated nutrient solution). This skill lets hydroponic growers quickly assess nutrient solution status without an EC meter. Application scenarios: hydroponic growing racks, home hydroponic vegetables, plant factories, research hydroponic systems. The system periodically (e.g., weekly) captures root and leaf images, automatically analyzes them and pushes alerts (e.g., 'roots are turning yellow, leaf tips are burned, nutrient concentration may be too high, suggest adding fresh water to dilute'). Skill features: hydroponic beginners often suffer from burnt seedlings or nutrient deficiency due to wrong nutrient concentration. AI visual assessment lets users judge quickly without instruments, lowering the learning curve. Can be integrated into hydroponic racks or mobile apps to improve user experience and success rate. | 通过水培种植架的固定摄像头拍摄植物根系(透明容器)和叶片(新叶、老叶)的高清图像,利用AI视觉分析技术识别根须颜色(白色健康、黄色初期胁迫、褐色严重胁迫、黑色腐烂)、叶片形态(叶尖灼伤、叶缘焦枯、叶片黄化、卷曲)等特征,判断营养液浓度是否过浓或过稀,并输出调整建议(增加清水稀释或补充浓缩营养液)。该技能帮助水培种植者在不使用EC计的情况下,快速评估营养液状态。应用场景:水培种植架、家庭水培蔬菜、植物工厂、科研水培装置。系统定期(如每周)拍摄根部和叶部图像,自动分析并推送提醒(如'根系变黄,叶尖灼伤,营养液浓度可能过高,建议加入清水稀释')。技能特点:水培新手常因营养液浓度不当导致烧苗或缺素。通过AI视觉评估,用户无需仪器即可快速判断,降低种植门槛。该技能可集成到水培种植架或手机APP中,提升用户体验和成功率。
openclaw skills install smyx-hydroponic-nutrient-assessment-analysisUsing fixed cameras on a hydroponic growing rack to capture high-resolution images of plant roots (in transparent containers) and leaves (young and old), AI vision analysis identifies root color (white = healthy, yellow = early stress, brown = severe stress, black = rotting) and leaf morphology (tip burn, leaf-margin scorch, yellowing, curling) to judge whether the nutrient solution is too concentrated or too dilute, and outputs adjustment advice (dilute with fresh water or add concentrated nutrient solution). This skill lets hydroponic growers quickly assess nutrient solution status without an EC meter. Application scenarios: hydroponic growing racks, home hydroponic vegetables, plant factories, research hydroponic systems. The system periodically (e.g., weekly) captures root and leaf images, automatically analyzes them and pushes alerts (e.g., 'roots are turning yellow, leaf tips are burned, nutrient concentration may be too high, suggest adding fresh water to dilute'). Skill features: hydroponic beginners often suffer from burnt seedlings or nutrient deficiency due to wrong nutrient concentration. AI visual assessment lets users judge quickly without instruments, lowering the learning curve. Can be integrated into hydroponic racks or mobile apps to improve user experience and success rate.
通过水培种植架的固定摄像头拍摄植物根系(透明容器)和叶片(新叶、老叶)的高清图像,利用AI视觉分析技术识别根须颜色(白色健康、黄色初期胁迫、褐色严重胁迫、黑色腐烂)、叶片形态(叶尖灼伤、叶缘焦枯、叶片黄化、卷曲)等特征,判断营养液浓度是否过浓或过稀,并输出调整建议(增加清水稀释或补充浓缩营养液)。该技能帮助水培种植者在不使用EC计的情况下,快速评估营养液状态。应用场景:水培种植架、家庭水培蔬菜、植物工厂、科研水培装置。系统定期(如每周)拍摄根部和叶部图像,自动分析并推送提醒(如'根系变黄,叶尖灼伤,营养液浓度可能过高,建议加入清水稀释' )。技能特点:水培新手常因营养液浓度不当导致烧苗或缺素。通过AI视觉评估,用户无需仪器即可快速判断,降低种植门槛。该技能可集成到水培种植架或手机APP中,提升用户体验和成功率。
假设你是一个专业的水培植物营养 AI。你的任务是分析水培植物的根系图像(透明容器内)和叶片图像,识别根须颜色、根尖状态、叶片灼伤和黄化等特征,判断营养液浓度是否适宜,输出调整建议。不要提供具体的 EC 值或 ppm 数值,仅基于视觉特征给出定性结论与方向性调整建议。
python -m scripts.smyx_hydroponic_nutrient_concentration_assessment_analysis --list --open-id 参数调用
API
查询云端的历史报告数据requests>=2.28.0
在执行水培营养液浓度视觉评估前,必须按以下优先级顺序获取 open-id:
第 1 步:【最高优先级】检查技能所在目录的配置文件(优先)
路径:skills/smyx_common/scripts/config.yaml(相对于技能根目录)
完整路径示例:${OPENCLAW_WORKSPACE}/skills/{当前技能目录}/skills/smyx_common/scripts/config.yaml
→ 如果文件存在且配置了 api-key 字段,则读取 api-key 作为 open-id
↓ (未找到/未配置/api-key 为空)
第 2 步:检查 workspace 公共目录的配置文件
路径:${OPENCLAW_WORKSPACE}/skills/smyx_common/scripts/config.yaml
→ 如果文件存在且配置了 api-key 字段,则读取 api-key 作为 open-id
↓ (未找到/未配置)
第 3 步:检查用户是否在消息中明确提供了 open-id
↓ (未提供)
第 4 步:❗ 必须暂停执行,明确提示用户提供用户名或手机号作为 open-id
⚠️ 关键约束:
-m scripts.smyx_hydroponic_nutrient_concentration_assessment_analysis 处理输入(**必须在技能根目录下运行脚本
**)--input: 本地水培根系/叶片图像或视频文件路径--url: 网络水培根系/叶片图像或视频 URL 地址(API 服务自动下载)--pet-type: 类别标识,水培植物场景默认 other--open-id: 当前用户的 open-id(必填,按上述流程获取)--list: 显示水培营养液浓度评估历史分析报告列表清单(可以输入起始日期参数过滤数据范围)--api-key: API 访问密钥(可选)--api-url: API 服务地址(可选,使用默认值)--detail: 输出详细程度(basic/standard/json,默认 json)--output: 结果输出文件路径(可选)必要脚本:见 scripts/smyx_hydroponic_nutrient_concentration_assessment_analysis.py( 用途:调用 API 进行水培营养液浓度视觉评估分析,本地文件上传,网络 URL 由 API 服务自动下载)
水培营养液浓度评估报告-{记录id}形式拼接, "
点击查看"
列使用
[🔗 查看报告](reportImageUrl)
格式的超链接,用户点击即可直接跳转到对应的完整报告页面。| 报告名称 | 水培作物 | 分析时间 | 点击查看 |
|---|---|---|---|
| 水培营养液浓度评估报告-20260312172200001 | 生菜 | 2026-03-12 17:22: | |
| 00 | 🔗 查看报告 |
# 分析本地水培根系/叶片图像或视频(以下只是示例,禁止直接使用openclaw-control-ui 作为 open-id)
python -m scripts.smyx_hydroponic_nutrient_concentration_assessment_analysis --input /path/to/hydroponic_root.jpg --open-id your-open-id
# 分析网络水培图像/视频(以下只是示例,禁止直接使用openclaw-control-ui 作为 open-id)
python -m scripts.smyx_hydroponic_nutrient_concentration_assessment_analysis --url https://example.com/hydroponic_root.jpg --open-id your-open-id
# 显示历史评估报告/营养液浓度评估清单(自动触发关键词:查看水培营养液历史报告、营养液浓度评估清单等)
python -m scripts.smyx_hydroponic_nutrient_concentration_assessment_analysis --list --open-id your-open-id
# 输出精简报告
python -m scripts.smyx_hydroponic_nutrient_concentration_assessment_analysis --input root.jpg --open-id your-open-id --detail basic
# 保存结果到文件
python -m scripts.smyx_hydroponic_nutrient_concentration_assessment_analysis --input root.jpg --open-id your-open-id --output result.json