Natural Plant Dye Making Basics
Turn common wild plants, garden scraps, and kitchen waste into rich, light-fast, wash-fast natural dyes for yarn, clothing, rugs, or high-value trade goods using only a pot, water, and your hands. No synthetic chemicals required — just foraged color and simple mordants. The agent owns all plant identification, mordant math, extraction formulas, and timeline tracking; you own the physical harvesting, chopping, simmering, and dyeing that turns everyday growth into lasting color.
INLINECODE0
When to Use
Deploy this skill when:
- - Commercial fabric dyes or colored thread become expensive, scarce, or you refuse chemical dependence.
- You need custom colors for knitting, weaving, clothing repairs, or barter items that hold up to sun and washing.
- You have access to abundant dye plants (onion skins, black walnut, goldenrod, berries, leaves) and want a repeatable craft that produces zero-waste color.
- Existing textiles are fading and you want a renewable way to refresh or create new patterns.
- You want a repeatable micro-business or trade good (one well-dyed skein historically trades for hours of labor in many regions).
Do not use if you cannot safely identify plants or lack access to stainless steel or enamel pots. Agent will flag toxic or fugitive plants immediately.
Agent Role vs. Human Role (Clear Division of Labor)
Agent owns:
- - All plant-species identification and color-potential scoring from user photos/GPS.
- Mordant ratio calculations, pH adjustments, and extraction yield formulas.
- Automated harvest/extract/dye/fix schedules with photo checkpoints.
- Color-fastness test logging and escalation if dye fades.
- Barter templates, inventory cards, and “next-batch optimization” reports.
- Full safety protocol enforcement (boiling warnings, ventilation, glove reminders).
Human owns:
- - All physical contact with plants: harvesting, chopping, simmering, straining, mordanting, and dyeing.
- Sensory judgment of color depth, simmer readiness, and final shade on fabric.
- Manual stirring and real-world wash/light tests.
Step-by-Step Protocol (21-Day First Dye Batch Cycle)
Phase 0: Plant Survey & ID (Agent-led, 1 day)
- 1. Agent asks for GPS or nearest town plus photos of candidate plants.
- Agent cross-references safe high-yield dye species and issues a 5-question field checklist (color when crushed, abundance, season).
- Agent outputs top 3 plants with exact harvest volume needed (≈2–3 kg fresh for one 100 g yarn batch) and mordant recipe.
Phase 1: Harvesting & Prep (Human 1–2 hrs + Agent tracking, Day 1)
- - Human gathers and chops plant material; agent provides exact part-to-use guidelines (flowers, leaves, bark, roots).
- Agent requests photo of prepared material and logs weight.
Phase 2: Extraction (Agent reminders, Days 2–5)
- - Agent calculates simmer time and water ratio (typically 1:2 plant-to-water by weight).
- Human simmers in stainless pot; agent issues timed stir prompts and color-check reminders every 30 minutes.
- Agent flags readiness and advances to mordant phase.
Phase 3: Mordanting the Fiber (Human 60–90 min, Days 6–7)
Agent supplies three ready-to-use mordant options (alum, iron, copper — food-safe where possible).
Human pre-mordants yarn or fabric; agent times the soak and provides exact temperature windows.
Phase 4: Dyeing & Shifting (Human 2–3 hrs total, Days 8–10)
- - Human adds mordanted fiber to dye bath; agent issues timed simmer/stir schedule and pH adjustment prompts.
- Agent logs color development via photo and suggests modifiers (vinegar, soda ash) for shade shifts.
Phase 5: Rinsing, Fixing & Drying (Agent reminders, Days 11–14)
- - Human rinses and air-dries; agent sets 48–72 hour cure timer.
- Agent requests daily color photos and updates fastness log.
Phase 6: Testing & Finishing (Days 15–21)
- - Human performs wash test, light-fast test, and rub test; agent logs results.
- Agent generates “Next Batch Improvements” report.
Decision Tree (Agent Runs This Automatically)
Plant yields weak color?
- - Agent extends simmer time or switches to secondary species with stronger pigment.
Dye fades after wash test?
- - Agent adjusts mordant strength or adds tannin fixative.
Uneven color or spotting?
- - Agent triggers “even-stir protocol” or pre-wet fiber technique.
All tests pass (no bleeding after 3 washes, minimal light fade)?
- - Agent auto-generates inventory card + barter template: “100 g hand-dyed wool yarn — goldenrod yellow, light-fast, trade value ≈ 1 skein per 500 g rice or 1 hr labor.”
Ready-to-Use Templates & Scripts
Plant Harvest Field Report (Human fills, Agent processes)
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Dye Batch Progress Log (Agent maintains)
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Barter / Trade Script (Agent customizes)
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Progress Dashboard (Agent maintains in filesystem)
- - Total batches completed
- Average color fastness score
- Plant sources ranked by yield
- Next harvest window reminder
Success Metrics (Agent Tracks)
Minimum Viable Success (Week 3)
- - One 100 g yarn batch that passes 3-wash test and 2-week light test with no bleeding or significant fade
- Zero plant identification errors
- One dyed item used daily for 14 days with color intact
Master Level (Month 3)
- - 5+ batches across multiple plants and mordants with <5 % failure rate
- Ability to produce custom shades from any local plant user supplies
- 500+ g of dyed goods in active rotation or traded
- Modifier and over-dye variants produced on demand
Maintenance & Iteration
Agent runs a 30-day “Review & Scale” routine:
- - Asks human for real-world performance feedback (color vibrancy, wash durability, light exposure).
- Generates next-batch optimizations (e.g., “Double alum for deeper walnut brown”).
- Archives successful plant-mordant pairs as reusable templates.
- Suggests advanced variants (eco-printing, bundle dyeing, natural inks) only after three successful basic batches.
Rules / Safety Notes
- - Work outdoors or under strong ventilation — some plants release strong vapors during simmering.
- Wear gloves and apron; many dyes stain skin and clothes permanently.
- Never use aluminum or reactive metal pots (agent specifies stainless or enamel only).
- Test every new plant with a small 10 g sample before full batch.
- Children only under direct adult supervision; no hot-pot handling.
- Dispose of spent dye baths responsibly (agent supplies composting or garden-use instructions).
- Stop immediately if you feel respiratory irritation or skin reaction — agent will pause and trigger full safety reset.
Disclaimer
This skill encodes traditional natural plant dye techniques refined over centuries in cultures worldwide and cross-checked against historical textile references and modern natural-dyeing manuals. Results depend on plant freshness, mordant accuracy, and fiber type. Dyeing involves hot liquids and plant compounds that can cause staining, irritation, or allergic reactions if mishandled. No guarantees against color fade or material damage. Use at your own risk; improper technique carries burn, stain, and sensitivity hazards. Agent cannot physically harvest or simmer plants — all tactile, sensory, and safety decisions remain 100 % human. Consult local foraging regulations and perform a skin patch test with finished dyed items. Not a substitute for professional textile-dyeing or chemistry training.
天然植物染料制作基础
仅用一口锅、水和双手,将常见的野生植物、园艺废料和厨房垃圾转化为色彩浓郁、耐光耐洗的天然染料,可用于纱线、衣物、地毯或高价值交易商品。无需合成化学品——只需采集的色彩和简单的媒染剂。智能体负责所有植物识别、媒染剂计算、提取配方和时间线追踪;你负责实际的采集、切碎、熬煮和染色,将日常生长的植物转化为持久的色彩。
npx clawhub install natural-plant-dye-making-basics
使用时机
在以下情况下使用此技能:
- - 商业织物染料或彩色线变得昂贵、稀缺,或你拒绝依赖化学品。
- 你需要为针织、编织、衣物修补或易货物品定制色彩,且要求耐晒耐洗。
- 你可以获取丰富的染料植物(洋葱皮、黑胡桃、一枝黄花、浆果、树叶),并希望掌握一种可重复、零废弃的染色工艺。
- 现有纺织品褪色,你希望用可再生方式翻新或创造新图案。
- 你希望开展可重复的微型生意或制作交易商品(历史上,一束染色良好的绞纱在许多地区可换取数小时劳动)。
请勿使用,如果你无法安全识别植物或没有不锈钢或搪瓷锅。智能体会立即标记有毒或易褪色的植物。
智能体角色 vs. 人类角色(明确分工)
智能体负责:
- - 根据用户照片/GPS识别所有植物种类并评估色彩潜力。
- 计算媒染剂比例、pH值调整和提取率公式。
- 制定自动化的采集/提取/染色/固色时间表,并设置照片检查点。
- 记录色牢度测试日志,若染料褪色则升级处理。
- 生成交易模板、库存卡和“下一批次优化”报告。
- 执行完整的安全协议(煮沸警告、通风提醒、手套提示)。
人类负责:
- - 所有与植物的物理接触:采集、切碎、熬煮、过滤、媒染和染色。
- 对颜色深度、熬煮状态和织物最终色度的感官判断。
- 手动搅拌以及实际的洗涤和光照测试。
分步操作流程(首个染料批次21天周期)
阶段0:植物调查与识别(智能体主导,1天)
- 1. 智能体要求提供GPS或最近城镇信息,以及候选植物的照片。
- 智能体交叉参考安全高产的染料物种,并发布一份5题现场检查清单(压碎后的颜色、丰富度、季节)。
- 智能体输出排名前三的植物,包括所需精确采集量(约2-3公斤新鲜植物用于100克纱线批次)和媒染剂配方。
阶段1:采集与准备(人类1-2小时 + 智能体追踪,第1天)
- - 人类采集并切碎植物材料;智能体提供精确的使用部位指南(花、叶、树皮、根)。
- 智能体要求提供准备后材料的照片并记录重量。
阶段2:提取(智能体提醒,第2-5天)
- - 智能体计算熬煮时间和水比例(通常植物与水的重量比为1:2)。
- 人类在不锈钢锅中熬煮;智能体每30分钟发出定时搅拌提示和颜色检查提醒。
- 智能体标记准备就绪并进入媒染阶段。
阶段3:纤维媒染(人类60-90分钟,第6-7天)
智能体提供三种即用媒染剂选项(明矾、铁、铜——尽可能使用食品级)。
人类对纱线或织物进行预媒染;智能体计时浸泡并提供精确的温度窗口。
阶段4:染色与调色(人类总计2-3小时,第8-10天)
- - 人类将媒染后的纤维加入染浴;智能体发出定时熬煮/搅拌时间表和pH值调整提示。
- 智能体通过照片记录颜色发展,并建议使用改性剂(醋、苏打灰)进行色度调整。
阶段5:冲洗、固色与干燥(智能体提醒,第11-14天)
- - 人类冲洗并风干;智能体设置48-72小时的固化计时器。
- 智能体要求每天拍摄颜色照片并更新色牢度日志。
阶段6:测试与收尾(第15-21天)
- - 人类进行洗涤测试、耐光测试和摩擦测试;智能体记录结果。
- 智能体生成“下一批次改进”报告。
决策树(智能体自动运行)
植物颜色太淡?
- - 智能体延长熬煮时间或切换到色素更强的次要物种。
洗涤测试后染料褪色?
颜色不均或有斑点?
所有测试通过(3次洗涤后不褪色,光照褪色极小)?
- - 智能体自动生成库存卡和交易模板:“100克手染羊毛纱线——一枝黄花黄,耐光,交易价值≈每束换500克大米或1小时劳动。”
即用模板与脚本
植物采集现场报告(人类填写,智能体处理)
植物种类(疑似):
地点:[GPS或描述]
采集部位及重量:
压碎后颜色:
附照片:是
染料批次进度日志(智能体维护)
第X天 — 批次Y
已熬煮时间:
颜色深度(照片):
色牢度测试结果:
智能体备注:_小时后执行下一步操作
交易/易货脚本(智能体定制)
主题:手染天然纱线——植物基、耐光、可交易
采用本地[植物]和传统媒染方法制成。色彩浓郁,耐洗耐晒。交易价值≈每束换500克大米、200克纤维或1小时劳动。附照片和测试结果。
进度仪表盘(智能体在文件系统中维护)
- - 已完成批次总数
- 平均色牢度评分
- 按产量排序的植物来源
- 下次采集窗口提醒
成功指标(智能体追踪)
最低可行成功(第3周)
- - 一批100克纱线通过3次洗涤测试和2周光照测试,无褪色或明显掉色
- 零植物识别错误
- 一件染色物品连续使用14天,颜色完好
精通级别(第3个月)
- - 使用多种植物和媒染剂完成5个以上批次,失败率低于5%
- 能够根据用户提供的任何本地植物制作定制色度
- 500克以上染色物品处于活跃使用或交易状态
- 可按需生产改性剂和套染变体
维护与迭代
智能体运行30天“回顾与扩展”例行程序:
- - 向人类询问实际使用反馈(色彩鲜艳度、洗涤耐久性、光照暴露情况)。
- 生成下一批次优化方案(例如,“双倍明矾以获得更深胡桃棕”)。
- 将成功的植物-媒染剂组合存档为可复用模板。
- 仅在三个成功的基础批次后,才建议高级变体(生态印花、捆扎染色、天然墨水)。
规则/安全注意事项
- - 在室外或通风良好的地方操作——某些植物在熬煮时会释放强烈蒸汽。
- 佩戴手套和围裙;许多染料会永久性地染色皮肤和衣物。
- 切勿使用铝制或活性金属锅(智能体仅指定不锈钢或搪瓷锅)。
- 在整批染色前,先用10克小样测试每种新植物。
- 儿童必须在成人直接监督下操作;禁止接触热锅。
- 负责任地处理用过的染浴(智能体提供堆肥或花园使用说明)。
- 如感到呼吸道刺激或皮肤反应,立即停止——智能体会暂停并触发全面安全重置。
免责声明
本技能编码了全球各地文化中数百年提炼的传统天然植物染色技术,并对照历史纺织参考资料和现代天然染色手册进行了交叉验证。结果取决于植物新鲜度、媒染剂准确性和纤维类型。染色涉及热液体和植物化合物,处理不当可能导致染色、刺激或过敏反应。不对颜色褪色或材料损坏提供保证。使用风险自负;不当操作存在烫伤、染色和过敏风险。智能体无法物理采集或熬煮植物——所有触觉、感官和安全决策100%由人类负责。请咨询当地采集法规,并对完成的染色物品进行皮肤贴片测试。不能替代专业的纺织染色或化学培训。