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https://www.zhengdianxue.com/wp-content/uploads/skills/arc-zend--carton-pallet-calculator.zip将提示词发送给你的 AI 安装该 skills
请根据 https://skillhub.cn/install/skillhub.md，安装 @arc-zend/carton-pallet-calculator。根据产品、外箱和托盘尺寸及重量，计算外箱 CBM、不同计泡系数下的体积重、轴向装箱上限、每层箱数、托盘高度和重量容量、每托盘件数及空间利用率。
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概述
Carton and Pallet Calculator
Produce a reproducible packing estimate with units, dimensional conventions, and physical constraints shown explicitly.
Workflow
- Confirm that all dimensions use the same unit and distinguish inner carton dimensions from outer shipping dimensions.
- Read [references/packing-model.md](references/packing-model.md) for required fields and model limits.
- Require the carrier's volumetric divisor when volumetric weight is requested. Do not silently choose 5000 or 6000.
- Copy [references/example-input.json](references/example-input.json), normalize dimensions to centimeters and weights to kilograms, then run
scripts/calculate_carton_pallet.py. - Review the proposed orientation, height-limited capacity, weight-limited capacity, and the final binding constraint.
Deliverable
Provide:
- normalized carton and optional product or pallet inputs;
- carton CBM, gross density, and requested volumetric weights;
- best axis-aligned product fit when inner dimensions are supplied;
- cartons and units per pallet by layer, height, and weight limits;
- the binding constraint and utilization indicators; and
- practical allowances still needed for dividers, compression, tolerances, pallet wrap, and warehouse rules.
Boundaries
The script tests rectangular, axis-aligned layouts and uniform carton orientation per layer. It does not model mixed-orientation mosaics, overhang, load stability, compression strength, hazardous-goods separation, or carrier rounding rules. Validate final packaging with physical samples and the actual carrier or warehouse specification.
