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This skill should be used when generating OpenSCAD with threads.scad or threadlib, including metric threads, threaded holes, taps, bolts, nuts, screw connectors, bottle caps, pipe threads, and printable threaded mechanical interfaces.
Codex 또는 Claude로 설치 이 Prompt를 복사해 Codex, Claude 또는 다른 어시스턴트에 붙여 넣으면 Skill 페이지를 검토하고 설치를 진행할 수 있습니다.
SOC 직업 분류 기준
Work safely on the AgentSCAD codebase, especially skill/docs changes around the CAD pipeline. Use when editing AgentSCAD skills, docs, resolver guidance, or orchestration-adjacent notes while preserving runtime contracts and avoiding unrelated code changes.
Explain or modify OpenSCAD conversationally for AgentSCAD jobs, including code edits, manufacturing advice, parameter suggestions, and full replacement SCAD patches.
Generate new AgentSCAD CAD artifacts from natural-language requests by producing structured CAD intent and valid, editable OpenSCAD source.
Improve AgentSCAD generation quality from user edits, validation failures, repair outcomes, and learned SCAD patterns.
This skill should be used when generating OpenSCAD with BOSL2, using rounded solids, chamfers, anchors, attachments, transforms, arrays, masks, gears, screws, or higher-quality parametric geometry.
This skill should be used when generating OpenSCAD with MCAD, especially involute gears, bevel gears, motors, servos, regular shapes, nuts, bolts, and established mechanical primitives bundled with OpenSCAD.
| name | scad-library-threads |
| description | This skill should be used when generating OpenSCAD with threads.scad or threadlib, including metric threads, threaded holes, taps, bolts, nuts, screw connectors, bottle caps, pipe threads, and printable threaded mechanical interfaces. |
| triggers | ["use threads.scad","use threadlib","threaded holes","printable threads"] |
Use thread libraries when the runtime prompt lists threads.scad or threadlib and the requested design needs working threaded interfaces.
For classic threads.scad:
include <threads.scad>
For threadlib:
use <threadlib/threadlib.scad>
Use only the exact library listed as available by the runtime prompt.
Use metric_thread() when threads.scad is available and metric diameter/pitch are known:
include <threads.scad>
/* [Thread] */
thread_diameter = 20; // min: 4 max: 80 step: 0.5
thread_pitch = 2; // min: 0.5 max: 6 step: 0.1
thread_length = 12; // min: 3 max: 60 step: 0.5
metric_thread(thread_diameter, thread_pitch, thread_length);
Use bolt(), nut(), tap(), or thread() when threadlib is available:
use <threadlib/threadlib.scad>
/* [Thread] */
turns = 6; // min: 2 max: 20 step: 1
outer_diameter = 18; // min: 6 max: 60 step: 0.5
module threaded_hole_block() {
difference() {
cube([outer_diameter*2, outer_diameter*2, turns*1.5], center=true);
translate([0, 0, -turns])
tap("M12", turns=turns);
}
}
threaded_hole_block();