Sandflow / Everyday

001C43072B9C408Fbf35346A2Ff8A816 (Sand3D Program)

Hosted on Hugging Face · Runtime not tested

Source: Sandflow ↗
License: CC-BY-4.0 · Unknown
Format: PY, USDA, GLB
Files: 2
Size: 0.018 MiB
Checked: November 6, 2026

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3D-as-Code (Python Program)

Sand3D vShape Accuracy (F-Score): 100.0%Rigid Body

Constructive parametric Python program with declared components, dimensions, and materials.

Python / PyTorch

import sand3d as s3d


def towel_rail():
    bar = s3d.at(round_bar(), y=-67.83, z=-5)
    support = s3d.at(bent_support(), x=285.5, y=-42.915, z=-8)
    image = s3d.transform(s3d.copy(support), mirror=class="tok-string">"x")
    return s3d.assembly(class="tok-string">"towel_rail", bar, support, image)


def round_bar(w=540, d=10):
    solid = s3d.at(s3d.cylinder(class="tok-string">"bar", d=d, h=w), x=-w/2, z=d/2, ry=90)
    s3d.material(solid, class="tok-string">"brushed_steel", color=class="tok-string">"class="tok-comment">#a4a6a8")
    return s3d.group(class="tok-string">"round_bar", solid)


def bent_support(w=43, d=65.83, h=16):
    stem = s3d.at(s3d.box(class="tok-string">"stem", w=h, d=d, h=h), x=(w-h)/2)
    turn = s3d.at(s3d.box(class="tok-string">"return", w=w, d=h, h=h), y=-(d-h)/2)
    solid = s3d.join(stem, turn)
    s3d.material(solid, class="tok-string">"brushed_steel", color=class="tok-string">"class="tok-comment">#a4a6a8")
    plate = s3d.at(mounting_plate(), x=(w-h)/2, y=d/2+4.5, z=-18)
    return s3d.group(class="tok-string">"bent_support", solid, plate)


def mounting_plate(w=52, d=11, h=52):
    solid = s3d.box(class="tok-string">"plate", w=w, d=d, h=h)
    s3d.material(solid, class="tok-string">"brushed_steel", color=class="tok-string">"class="tok-comment">#a4a6a8")
    return s3d.group(class="tok-string">"mounting_plate", solid)

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Attribution

Sandflow Sand3D Library; CC-BY-4.0

CC-BY-4.0 ↗

Source

Hosted on Hugging Face: SZFSPC/techidaily-resources
ba1baf9d89ddf57433d7c47cb461f6d8883067a1

Revision: ba1baf9d89ddf57433d7c47cb461f6d8883067a1

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import sand3d as s3d def towel_rail(): bar = s3d.at(round_bar(), y=-67.83, z=-5) support = s3d.at(bent_support(), x=285.5, y=-42.915, z=-8) image = s3d.transform(s3d.copy(support), mirror=class="tok-string">"x") return s3d.assembly(class="tok-string">"towel_rail", bar, support, image) def round_bar(w=540, d=10): solid = s3d.at(s3d.cylinder(class="tok-string">"bar", d=d, h=w), x=-w/2, z=d/2, ry=90) s3d.material(solid, class="tok-string">"brushed_steel", color=class="tok-string">"class="tok-comment">#a4a6a8") return s3d.group(class="tok-string">"round_bar", solid) def bent_support(w=43, d=65.83, h=16): stem = s3d.at(s3d.box(class="tok-string">"stem", w=h, d=d, h=h), x=(w-h)/2) turn = s3d.at(s3d.box(class="tok-string">"return", w=w, d=h, h=h), y=-(d-h)/2) solid = s3d.join(stem, turn) s3d.material(solid, class="tok-string">"brushed_steel", color=class="tok-string">"class="tok-comment">#a4a6a8") plate = s3d.at(mounting_plate(), x=(w-h)/2, y=d/2+4.5, z=-18) return s3d.group(class="tok-string">"bent_support", solid, plate) def mounting_plate(w=52, d=11, h=52): solid = s3d.box(class="tok-string">"plate", w=w, d=d, h=h) s3d.material(solid, class="tok-string">"brushed_steel", color=class="tok-string">"class="tok-comment">#a4a6a8") return s3d.group(class="tok-string">"mounting_plate", solid)