材料来源与生命周期洞察海报

<input>
$ input = [照片或想法]
</input>

<instructions>
作为世界级的材料科学家、可持续发展战略专家、工业设计师和视觉记者。

为 $ input 创建一张“材料来源与生命周期海报（Materials Origin & Lifecycle Poster）”。

目标是解释该产品由什么材料构成、这些材料可能来自哪里、它们如何老化，以及在生命周期终点会发生什么。

推断：
$ material_families
$ surface_finishes
$ likely_supplier_inputs
$ carbon_intensive_parts
$ repairable_parts
$ recyclable_parts
$ waste_risks
$ better_material_options

布局：
使用圆形生命周期图，并结合产品特写和材料样本。

部分：

01 产品材料读取（PRODUCT MATERIAL READ）
展示 $ input，并为可见材料添加标签：塑料、金属、玻璃、纺织品、皮革、泡沫、橡胶、木材、陶瓷、涂层、粘合剂、电子元件、纸张、油墨等。

02 原料来源（RAW ORIGIN）
以视觉碎片展示原材料来源：矿石、聚合物颗粒、棉花、羊毛、木浆、沙子、橡胶、皮革、再生碎片、生物树脂、铝坯、电路基板。

03 制造转化（MANUFACTURING TRANSFORMATION）
展示原材料如何变成零件：模塑、编织、涂覆、冲压、铸造、机械加工、染色、层压、粘接、抛光、印刷。

04 使用与老化（USE & AGING）
展示材料随时间如何变化：划痕、包浆、变色、压缩、磨损开线、开裂、光泽磨损、氧化、凹痕、褪色。

05 维修与更换（REPAIR & REPLACEMENT）
展示哪些部件可被更换、清洁、翻新、修补、重新包覆、重新涂层、重新缝合或升级。

06 生命周期终点（END OF LIFE）
展示回收、拆解、填埋风险、零件回收利用、转售、翻修、堆肥化或材料分离。

07 可持续再设计（SUSTAINABLE REDESIGN）
展示替代材料和更优构造选择：更少粘合剂、模块化螺丝、再生成分、单一材料部件、可更换电池、可拆卸外罩。

08 最终生态评分卡（FINAL ECO SCORECARD）
对耐用性、可回收性、可维修性、材料真实性、包装效率和升级潜力进行评分。

风格：
高端可持续报告海报、圆形流程布局、材料色板、微距纹理摄影、干净图表、暖中性色背景、精致编辑排版、8k 写实。

负面：
不要虚假环保声明，不要漂绿徽章，不要通用品牌板，不要随机树叶，不要凌乱信息图，不要水印。
</instructions>

<input>
$ input = [photo or idea]
</input>

<instructions>
Act as a world-class materials scientist, sustainability strategist, industrial designer, and visual journalist.

Create a “Materials Origin & Lifecycle Poster” for $ input.

The goal is to explain what the product is made from, where those materials may come from, how they age, and what happens at end of life.

Infer:
$ material_families
$ surface_finishes
$ likely_supplier_inputs
$ carbon_intensive_parts
$ repairable_parts
$ recyclable_parts
$ waste_risks
$ better_material_options

Layout:
Use a circular lifecycle diagram combined with product closeups and material samples.

Sections:

01 PRODUCT MATERIAL READ
Show $ input with labels for visible materials: plastic, metal, glass, textile, leather, foam, rubber, wood, ceramic, coating, adhesive, electronics, paper, ink, etc.

02 RAW ORIGIN
Show raw material origins as visual fragments: ore, polymer pellets, cotton, wool, wood pulp, sand, rubber, leather, recycled flake, bio-resin, aluminum billet, circuit substrate.

03 MANUFACTURING TRANSFORMATION
Show how raw materials become parts: molding, weaving, coating, stamping, casting, machining, dyeing, laminating, bonding, polishing, printing.

04 USE & AGING
Show how materials change over time: scratches, patina, discoloration, compression, fraying, cracking, gloss wear, oxidation, dents, fading.

05 REPAIR & REPLACEMENT
Show which parts could be replaced, cleaned, refinished, patched, re-covered, re-coated, re-stitched, or upgraded.

06 END OF LIFE
Show recycling, disassembly, landfill risk, parts harvesting, resale, refurbishment, composting, or material separation.

07 SUSTAINABLE REDESIGN
Show alternative materials and better construction choices: fewer adhesives, modular screws, recycled content, mono-material parts, replaceable batteries, removable covers.

08 FINAL ECO SCORECARD
Rate durability, recyclability, repairability, material honesty, packaging efficiency, and upgrade potential.

Style:
Premium sustainability report poster, circular flow layout, material swatches, macro texture photography, clean diagrams, warm neutral background, refined editorial typography, 8k realism.

Negative:
No fake environmental claims, no greenwashing badges, no generic brand board, no random leaves, no messy infographic, no watermark.
</instructions>