Does an infrared-gating band tuned for one person and clothing level still work for other clothing and body sizes?
research/garment-twonodeperson
Tunes both infrared gates on one person and clothing level and scores them on other clothing and body sizes; clothing matters, body size barely does
What it found
A stylised, preliminary follow-up to garment-twonodewide. Both gates are tuned on one person (0.5 clo, 70 kg) and scored unchanged on other clothing levels and body sizes. Body size barely matters (retuning gains at most 0.002 C), clothing does: retuning an on/off band for 1.2 clo gains up to 0.375 C, while the proportional gate's gap stays at most 0.075 C. Proportional wins every cell except three at 0.3 clo and penalty 0.1. Mass and height enter the model only through body area and heat capacity; simulated comfort, not a claim about any real garment.
A figure from its own output
Paper, code and results
More in Engineered clothing
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- What does a degree of comfort cost in fabric?Joins
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garment-comfortcost's fabric levers by wearing time and adds a gated infrared lever: a fixed infrared-transparent shell pays only with a warm-room majority (above 75.5% of time against the cool room), white never harms, and the gate is chosen only when it costs about the fixed shell's premium or less. Stylised; premiums and wearing shares assumed. - How many home-sewn coats before the labour cost per coat settles?How many home-sewn replica coats until labour cost settles? On a Wright learning curve (assumed first coat 4× an experienced operator, rate 0.85) it takes 20 coats to get within 2× of factory time; the first coat stays under $50 only if your time is valued at ≤$1.45/h. Learning parameters assumed. Stylised.
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Produced with AI assistance (Claude). Results are from the code in this repository and are simulated or stylised unless the abstract says otherwise; nothing here implies affiliation with or endorsement by any lab, researcher or company cited. MIT licensed.