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home-3d-printing

النجوم٠

التفرعات٠

آخر تحديث١٠ يوليو ٢٠٢٦ في ١٦:٢٦

Slices models and drives a home Klipper/Moonraker 3D printer via the local printctl CLI — slice with OrcaSlicer, upload, arm, start, monitor, pause/cancel, e-stop — with hard temperature caps and an arm-before-heat gate. Works with any Klipper/Moonraker printer; the specific model, material and caps come from config (run `printctl doctor`). Use when the user wants to 3D-print at home, slice an STL/3MF, or check/control the printer. Do not use for CAD/mesh modeling, cloud/non-local printers, or non-Klipper firmware.

التثبيت

التثبيت باستخدام Codex أو Claude انسخ هذا Prompt والصقه في Codex أو Claude أو مساعد آخر ليراجع صفحة Skill ويثبّتها لك.

تشغيل في Manus

المصدر

larsboes

larsboes/Axon

فتح مستودع GitHub عرض مستودعات المنشئ

تنزيل

تشغيل في Manus

المهن ذات الصلةSOC

استنادا إلى تصنيف SOC المهني

تقنيو الهندسة الميكانيكيةمهن الهندسة المعمارية والهندسة·SOC 17-3027

مستكشف الملفات

4 ملفات

SKILL.md

readonly

name	home-3d-printing
description	Slices models and drives a home Klipper/Moonraker 3D printer via the local printctl CLI — slice with OrcaSlicer, upload, arm, start, monitor, pause/cancel, e-stop — with hard temperature caps and an arm-before-heat gate. Works with any Klipper/Moonraker printer; the specific model, material and caps come from config (run `printctl doctor`). Use when the user wants to 3D-print at home, slice an STL/3MF, or check/control the printer. Do not use for CAD/mesh modeling, cloud/non-local printers, or non-Klipper firmware.
allowed-tools	Read, Bash

Home 3D Printing

Drive the printer through $PC (printctl) — the source of truth; this skill is the runbook. Physical hardware that heats and moves: safety gates are not optional, and no step may route around them.

This setup is not hardcoded. Printer host, model, nozzle, material and safety caps all live in $AXON_PERSONAL_ROOT/config/printing.json and are surfaced (and, when the printer is on, live-discovered) by $PC doctor. Run $PC doctor first and read the real values off it — never assume a printer model or temp from this document.

Variables

var	value	notes
`$PC`	`scripts/printctl`	launcher → `$AXON_ROOT/capabilities/printing/printctl.py` (runs via uv)
`$HOST` `$MODEL` `$MATERIAL` `$NOZZLE_MAX` `$BED_MAX`	(from config)	host, printer model, loaded filament, hard temp caps — all read from the overlay config; `$PC doctor` prints them. Never inline them here.
`$STL`	—	model to slice (`.stl`/`.3mf`)
`$GCODE`	`${STL%.*}.gcode`	slice output, sits next to `$STL`
`$FN`	`$(basename $GCODE)`	filename as the printer sees it (arm/start key)
`$WALLS` / `$INFILL`	`4–6` / `40–50% gyroid`	generic strength-part guidance, not a fixed setting

Safety model — non-negotiable

Caps ($NOZZLE_MAX/$BED_MAX) enforced on sliced gcode and at arm. Above → refused.
Arm-before-heat: start/resume refuse unless $FN was armed. Arming IS the human "go"; after it, start+monitor run unattended within caps.
Runaway temp/motion → $PC estop immediately (halts Klipper; needs FIRMWARE_RESTART after).
Never curl the heat/move endpoints directly to skip the gate.

Preflight — gate on the output

$PC doctor, then branch:

moonraker: REACHABLE ✓ → continue.
moonraker: unreachable → printer off/asleep or off-LAN. Stop, ask the user to power it on. Do not retry blindly.
any preset shows (unset) or not found → headless slicing unconfigured. Read references/setup.md, stop at the one-time GUI step (needs the user).

Print workflow

- [ ] 1. doctor green (reachable + presets ✓)
- [ ] 2. slice   → $GCODE, temps ≤ caps
- [ ] 3. upload  → printer
- [ ] 4. arm     → state plan, get user go
- [ ] 5. start + monitor

$PC slice $STL → writes $GCODE, prints resolved nozzle/bed. Refuses over caps. "process not compatible with printer" → config points at system presets, not saved user presets → references/setup.md.
$PC upload $GCODE.
State part + $MATERIAL + expected temps to the user; on their go: $PC arm $FN --local $GCODE (re-checks temps).
$PC start $FN then $PC monitor. start REFUSED → $FN wasn't armed (gate working) → do step 3.

Other commands

$PC status (json) · $PC files · $PC pause · $PC resume $FN · $PC cancel · $PC estop. Ad-hoc Moonraker beyond printctl → references/moonraker-api.md.

Strength parts (mounts, brackets under load)

Strength process preset, $WALLS walls, $INFILL, $MATERIAL (PETG/ASA, not PLA), orient so layer lines are not parallel to the pull force, brim on small parts. Worked example (personal): $AXON_PERSONAL_ROOT/documents/vanmoof-s3-phone-mount-3d-print.md.

Provenance and maintenance

Verified 2026-07-09: printer at $HOST (overlay config), OrcaSlicer 2.4.2, $PC → $AXON_ROOT/capabilities/printing/printctl.py. Re-verify on drift:

reachable + config: $PC doctor
safety gates intact: $PC selftest (must end ALL PASS ✓)
printctl path: test -f "$AXON_ROOT/capabilities/printing/printctl.py" && echo ok
OrcaSlicer preset limitation is a standing constraint, not a bug → references/setup.md §3.

المزيد من هذا المستودع

نفس المستودع

academic-writing

larsboes/Axon

Drafts, critiques, and cite-checks academic writing (thesis chapters, conference/journal papers) across two genre profiles — empirical-CS/paper and DSR/qualitative-thesis — with a genuinely adversarial multi-skeptic critique pass and Quarto/BibTeX-aware citation tooling. Use when drafting a section from bullet points, running a flow/reverse-outline check on a draft, running a hard-critic or red-team review pass on a chapter or paper, or validating/resolving citations and checking citation-key coverage. Do not use for README/user docs, general non-academic prose, or as a ghostwriter — it produces sourced skeletons and critique, not net-new prose, unless the calling context explicitly grants an exception.

2026-07-110

cv-builder

larsboes/Axon

Builds a job-tailored CV PDF from a single profile-tagged master CV file, via the local `cv` CLI — pick the closest profile tag (or ask), pick a language, run the build, hand back the PDF path. Use when the user wants a CV/resume for a specific job application, role type, or language. Do not use for writing or editing CV content itself (that's the master file, edited by hand) or for any content-generation/AI-tailoring flow — this skill only filters and renders what's already in the master file.

2026-07-110

unslop-code

larsboes/Axon

Strips the tells that make source code read as AI-generated and forces code that fits the project instead of the model's default average. It does not write the code, and it has no preferred style. It removes the surface tells (leftover chat artifacts, placeholder comments, emoji, swallowed errors, narrating comments, generic placeholder names like process_data) AND surfaces the structural tells a linter passes: boilerplate / tutorial-shaped code, hallucinated APIs, over-engineering, and code that ignores the surrounding codebase. Grounded in a Reddit analysis of 11,906 posts and 11,306 comments across 55 AI, coding, and SaaS subreddits of what developers actually name as a giveaway. Use whenever writing, generating, reviewing, refactoring, or auditing code, and especially when the user wants it to not look AI-written or vibe-coded, says it "looks AI-generated," "reads like a tutorial," "is too generic," or "de-slop this." Trigger even if they never say "AI tell."

2026-07-100

unslop-text

larsboes/Axon

Strips the cues that make prose read as AI-generated and forces a deliberate human voice instead of the model's default register. It has no house style and does not draft prose. It removes the cited tells (the em dash, the "it's not just X, it's Y" cadence, assistant boilerplate, the delve/tapestry diction, listicle scaffolding, the "in conclusion" wrap-up) and warns against the over-corrected "trying not to sound like AI" register that swaps one default for another. Grounded in a Reddit analysis of 89,239 posts (7,984 on-topic) across roughly 50 AI, writing, and SaaS subreddits of what people name as a giveaway. Use when writing, drafting, editing, rewriting, reviewing, or auditing any prose for a reader (a post, email, essay, README, or marketing copy), and especially when the user wants it to sound human rather than AI, or says it "sounds like ChatGPT," "reads like AI," "is too polished," "de-slop this," or "make it sound like me." Trigger even if they never say "AI tell."

2026-07-100

unslop-ui

larsboes/Axon

Strips the cues that make a website read as AI-generated and forces a deliberate, project-specific design choice instead of the model's default. It does not impose a look or hand out taste. It removes tells (default shadcn/Tailwind, AI-purple gradients, gradient heading text, unprompted neon glow, emoji-as-icons, the centered hero plus three feature cards) AND the newer cream-plus-serif-plus-sage "tasteful default" that trading one default for another creates. Grounded in a 47-subreddit, 3.2M-post Reddit analysis of what people flag as AI slop. Use whenever building, styling, reviewing, refactoring, or auditing any website, landing page, web app UI, dashboard, or front-end component, especially when the user wants a site to look custom or human rather than AI-generated, or mentions AI slop, looks AI-made, generic, vibe-coded, Tailwind, or shadcn. Trigger even if they never say vibe-coded.

2026-07-100

writing-skills

larsboes/Axon

Authors, structures, and audits Claude agent skills (SKILL.md + scripts/references/assets) to Anthropic best-practices, the agentskills.io spec, and local Claude Code conventions. Use when creating a new skill, refactoring one for progressive disclosure, or auditing a skill's metadata/structure. Do not use for README/user docs, non-agentic library code, or MCP-server implementation — for a runbook-style domain skill, model it on a sibling under `.claude/skills/`.

2026-07-100

name	home-3d-printing
description	Slices models and drives a home Klipper/Moonraker 3D printer via the local printctl CLI — slice with OrcaSlicer, upload, arm, start, monitor, pause/cancel, e-stop — with hard temperature caps and an arm-before-heat gate. Works with any Klipper/Moonraker printer; the specific model, material and caps come from config (run `printctl doctor`). Use when the user wants to 3D-print at home, slice an STL/3MF, or check/control the printer. Do not use for CAD/mesh modeling, cloud/non-local printers, or non-Klipper firmware.
allowed-tools	Read, Bash

Home 3D Printing

Variables

var	value	notes
`$PC`	`scripts/printctl`	launcher → `$AXON_ROOT/capabilities/printing/printctl.py` (runs via uv)
`$HOST` `$MODEL` `$MATERIAL` `$NOZZLE_MAX` `$BED_MAX`	(from config)	host, printer model, loaded filament, hard temp caps — all read from the overlay config; `$PC doctor` prints them. Never inline them here.
`$STL`	—	model to slice (`.stl`/`.3mf`)
`$GCODE`	`${STL%.*}.gcode`	slice output, sits next to `$STL`
`$FN`	`$(basename $GCODE)`	filename as the printer sees it (arm/start key)
`$WALLS` / `$INFILL`	`4–6` / `40–50% gyroid`	generic strength-part guidance, not a fixed setting

Safety model — non-negotiable

Caps ($NOZZLE_MAX/$BED_MAX) enforced on sliced gcode and at arm. Above → refused.
Arm-before-heat: start/resume refuse unless $FN was armed. Arming IS the human "go"; after it, start+monitor run unattended within caps.
Runaway temp/motion → $PC estop immediately (halts Klipper; needs FIRMWARE_RESTART after).
Never curl the heat/move endpoints directly to skip the gate.

Preflight — gate on the output

$PC doctor, then branch:

moonraker: REACHABLE ✓ → continue.
moonraker: unreachable → printer off/asleep or off-LAN. Stop, ask the user to power it on. Do not retry blindly.
any preset shows (unset) or not found → headless slicing unconfigured. Read references/setup.md, stop at the one-time GUI step (needs the user).

Print workflow

- [ ] 1. doctor green (reachable + presets ✓)
- [ ] 2. slice   → $GCODE, temps ≤ caps
- [ ] 3. upload  → printer
- [ ] 4. arm     → state plan, get user go
- [ ] 5. start + monitor

$PC slice $STL → writes $GCODE, prints resolved nozzle/bed. Refuses over caps. "process not compatible with printer" → config points at system presets, not saved user presets → references/setup.md.
$PC upload $GCODE.
State part + $MATERIAL + expected temps to the user; on their go: $PC arm $FN --local $GCODE (re-checks temps).
$PC start $FN then $PC monitor. start REFUSED → $FN wasn't armed (gate working) → do step 3.

Other commands

$PC status (json) · $PC files · $PC pause · $PC resume $FN · $PC cancel · $PC estop. Ad-hoc Moonraker beyond printctl → references/moonraker-api.md.

Strength parts (mounts, brackets under load)

Provenance and maintenance

Verified 2026-07-09: printer at $HOST (overlay config), OrcaSlicer 2.4.2, $PC → $AXON_ROOT/capabilities/printing/printctl.py. Re-verify on drift:

reachable + config: $PC doctor
safety gates intact: $PC selftest (must end ALL PASS ✓)
printctl path: test -f "$AXON_ROOT/capabilities/printing/printctl.py" && echo ok
OrcaSlicer preset limitation is a standing constraint, not a bug → references/setup.md §3.