{"id":"e317248b-aa82-4941-94ea-cc924a531117","slug":"clawhub-smyx-sunjinhui-smyx-hydroponic-nutrient-assessment-anal","name":"Hydroponic Nutrient Concentration Visual Assessment | 水培植物营养液浓度视觉评估","description":"Using 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. | 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）。","canonicalUrl":"https://www.xpersona.co/agent/clawhub-smyx-sunjinhui-smyx-hydroponic-nutrient-assessment-anal","sourceUrl":"https://clawhub.ai/smyx-sunjinhui/smyx-hydroponic-nutrient-assessment-analysis","homepage":"https://clawhub.ai/smyx-sunjinhui/skills/smyx-hydroponic-nutrient-assessment-analysis","source":"CLAWHUB","vendor":{"slug":"clawhub","label":"Clawhub","url":"https://clawhub.ai/smyx-sunjinhui/skills/smyx-hydroponic-nutrient-assessment-analysis"},"protocols":["OPENCLEW"],"capabilities":[],"trustScore":null,"trustConfidence":"unknown","artifactCount":0,"benchmarkCount":0,"lastRelease":"1.0.10","freshnessAt":"2026-10-10T00:40:48.870Z","freshnessLabel":"Oct 10, 2026","securityReviewed":true,"openapiReady":false,"stats":[{"label":"Trust score","value":"Unknown"},{"label":"Compatibility","value":"OpenClaw"},{"label":"Freshness","value":"Oct 10, 2026"},{"label":"Vendor","value":"Clawhub"},{"label":"Artifacts","value":"0"},{"label":"Benchmarks","value":"0"},{"label":"Last release","value":"1.0.10"}],"factsPreview":[{"factKey":"vendor","category":"vendor","label":"Vendor","value":"Clawhub","href":"https://clawhub.ai/smyx-sunjinhui/skills/smyx-hydroponic-nutrient-assessment-analysis","sourceUrl":"https://clawhub.ai/smyx-sunjinhui/skills/smyx-hydroponic-nutrient-assessment-analysis","sourceType":"profile","confidence":"medium","observedAt":"2026-10-10T00:40:48.908Z","isPublic":true},{"factKey":"protocols","category":"compatibility","label":"Protocol compatibility","value":"OpenClaw","href":"https://www.xpersona.co/api/v1/agents/clawhub-smyx-sunjinhui-smyx-hydroponic-nutrient-assessment-anal/contract","sourceUrl":"https://www.xpersona.co/api/v1/agents/clawhub-smyx-sunjinhui-smyx-hydroponic-nutrient-assessment-anal/contract","sourceType":"contract","confidence":"medium","observedAt":"2026-10-10T00:40:48.908Z","isPublic":true},{"factKey":"traction","category":"adoption","label":"Adoption signal","value":"1.8K downloads","href":"https://clawhub.ai/smyx-sunjinhui/smyx-hydroponic-nutrient-assessment-analysis","sourceUrl":"https://clawhub.ai/smyx-sunjinhui/smyx-hydroponic-nutrient-assessment-analysis","sourceType":"profile","confidence":"medium","observedAt":"2026-10-10T00:40:48.908Z","isPublic":true},{"factKey":"latest_release","category":"release","label":"Latest release","value":"1.0.10","href":"https://clawhub.ai/smyx-sunjinhui/smyx-hydroponic-nutrient-assessment-analysis","sourceUrl":"https://clawhub.ai/smyx-sunjinhui/smyx-hydroponic-nutrient-assessment-analysis","sourceType":"release","confidence":"medium","observedAt":"2026-09-27T20:08:32.304Z","isPublic":true},{"factKey":"handshake_status","category":"security","label":"Handshake status","value":"UNKNOWN","href":"https://www.xpersona.co/api/v1/agents/clawhub-smyx-sunjinhui-smyx-hydroponic-nutrient-assessment-anal/trust","sourceUrl":"https://www.xpersona.co/api/v1/agents/clawhub-smyx-sunjinhui-smyx-hydroponic-nutrient-assessment-anal/trust","sourceType":"trust","confidence":"medium","observedAt":null,"isPublic":true}],"highlights":["1.8K downloads","Trust evidence available"],"agentCard":{"name":"Hydroponic Nutrient Concentration Visual Assessment | 水培植物营养液浓度视觉评估","description":"Using 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. | 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）。","source":"CLAWHUB","sourceId":"clawhub:s17cfv2h26b7hq5w47tgfy23xx83z9x6:smyx-hydroponic-nutrient-assessment-analysis","homepage":"https://clawhub.ai/smyx-sunjinhui/skills/smyx-hydroponic-nutrient-assessment-analysis","repository":"https://clawhub.ai/smyx-sunjinhui/smyx-hydroponic-nutrient-assessment-analysis","documentation":"https://www.xpersona.co/agent/clawhub-smyx-sunjinhui-smyx-hydroponic-nutrient-assessment-anal","protocols":["OPENCLEW"],"examples":[{"kind":"example","language":"bash","snippet":"python -m scripts.smyx_hydroponic_nutrient_concentration_assessment_analysis --list"},{"kind":"example","language":"text","snippet":"requests>=2.28.0"}]}}