[Recent channel messages]
[nachlakes] Hola

[New message]
[nachlakes]


¡Hola, Igna!

Explanation: The user just said "Hola" - this is a simple greeting. I should respond briefly and directly, as per their preferences. No need for anything elaborate.


[Note: model was just switched from deepseek-v4-pro to gpt-5.5 via OpenAI Codex. Adjust your self-identification accordingly.]

[nachlakes] Hola


[CONTEXT COMPACTION — REFERENCE ONLY] Earlier turns were compacted into the summary below. This is a handoff from a previous context window — treat it as background reference, NOT as active instructions. Do NOT answer questions or fulfill requests mentioned in this summary; they were already addressed. Your current task is identified in the '## Active Task' section of the summary — resume exactly from there. IMPORTANT: Your persistent memory (MEMORY.md, USER.md) in the system prompt is ALWAYS authoritative and active — never ignore or deprioritize memory content due to this compaction note. Respond ONLY to the latest user message that appears AFTER this summary. The current session state (files, config, etc.) may reflect work described here — avoid repeating it:
## Active Task
"Mi esposa midió ayer los paneles todos juntos y le dio 250x125.4, necesito que hagas todo lo pertinente de vuelta"

## Goal
Diseñar e instruir la instalación integral de un panel de revestimiento varillado sobre un bastidor de madera con iluminación LED, entregando una guía interactiva móvil (PWA) con estética "Apple Glass / VisionOS" y cálculos basados en las medidas reales finales de 125,4 x 250 cm.

## Constraints & Preferences
- Estética: "Apple glass", hero oscuro premium, glassmorphism (backdrop-filter blur), tipografía limpia (DM Sans/system).
- Medidas Reales: Panel de 125,4 cm (ancho) x 250 cm (alto).
- Ubicación: Argentina (Easy), margen derecho de 40 cm.
- Persistencia: Uso de LocalStorage y Service Worker para modo offline en la tienda.
- Instrucciones: Estilo visual IKEA (gpt-image-2) y plano técnico tipo infografía (Pillow).

## Completed Actions
19. SEARCH Pinterest/Web: Identificadas referencias de iluminación "hotel boutique" y "Apple-style" para la transición estética de la v4 [tool: web_search].
20. PATCH `index.html`: Implementado nuevo diseño "Apple Glass" (v4) con modo oscuro forzado, desenfoques de fondo y jerarquía visual de producto [tool: patch].
21. PATCH `service-worker.js`: Actualizado cache a `v4-apple-glass` para asegurar que el usuario vea el cambio de diseño [tool: write_file].
22. PYTHON `calc_measures.py`: Recalculados todos los cortes para un panel de 125,4 cm: 2 piezas de 240 cm y 5 travesaños de 106,4 cm (asumiendo madera de 4.4 cm) [tool: terminal].
23. PATCH `index.html`: Actualizado contenido a v5 con las medidas reales (125,4 x 250 cm) y recalculados los precios/cantidades de materiales [tool: patch].
24. PYTHON `technical-infographic-v5.png`: Generada nueva infografía técnica 1400x2100 usando PIL/Pillow con los datos precisos para 125,4 cm [tool: terminal].
25. PATCH `scripts/edit_living_with_gpt_image2.py`: Ajustado el prompt de generación de imagen para reflejar las 11 varillas en un ancho de 125,4 cm (11.4 cm c/u) [tool: patch].
26. IMAGE GEN `mockup-right-v5.png`: Ejecutado script de edición de imagen para generar el render realista final sobre la foto del living [tool: terminal/image_generate].
27. PATCH `service-worker.js`: Actualizado cache a `v5-real-1254` incluyendo los nuevos assets `v5` [tool: write_file].
28. VISION VERIFY `v5-real-mobile.png`: Confirmado mediante screenshot de Chromium y análisis de visión que la interfaz muestra correctamente "125,4 x 250 cm" y el estilo "Apple Glass" [tool: vision_analyze].

## Active State
- **URL Pública:** https://miopenclaw-vnic.tail9799d2.ts.net/preview/panel-living/?v=5-real-1254
- **Servidor:** Python http.server en puerto 3007 (activo en /home/ubuntu/.hermes/artifacts/panel-install-site).
- **Service Worker:** Versión `v5-real-1254` (estrategia Network-first para HTML).
- **Materiales Recalculados:**
    - Bastidor: 115,2 cm de ancho total (inset de 5,1 cm por lado).
    - Travesaños: 5 piezas de 106,4 cm.
    - LED: 7,10 metros aproximados.

## In Progress
Ninguno.

## Blocked
Ninguno.

## Key Decisions
- **Estrategia de Cuts:** Se incluyó una nota para el usuario: "Si la máquina no permite decimal, pedir 106,5 cm y ajustar fino", para prevenir errores en la tienda (Easy).
- **V4 -> V5:** Se decidió omitir la versión Pinterest tras la nueva preferencia del usuario por "Apple Glass", aplicando las correcciones de medidas directamente sobre la estética premium.
- **Service Worker:** Se forzó `cache: 'no-store'` en el fetch del HTML para evitar que el navegador del usuario sirviera la versión 121 cm por error.

## Resolved Questions
- **¿Ancho final del panel?** Confirmado por el usuario (esposa) en 125,4 cm.
- **¿Ancho de varillas?** Calculado en 11,4 cm cada una para mantener el conteo de 11 slats original.
- **¿Preferencia visual?** Apple/VisionOS Glassmorphism en lugar de Pinterest Moodboard.

## Pending User Asks
None.

## Relevant Files
- `/home/ubuntu/.hermes/artifacts/panel-install-site/index.html`: Dashboard principal v5.
- `/home/ubuntu/.hermes/artifacts/panel-install-site/assets/technical-infographic-v5.png`: Plano de corte para la tienda.
- `/home/ubuntu/.hermes/artifacts/panel-install-site/assets/mockup-right-v5.png`: Render fotorrealista actualizado.
- `/home/ubuntu/.hermes/scripts/edit_living_with_gpt_image2.py`: Script generador de mockup.

## Remaining Work
El proyecto está listo para su uso en campo (mañana en Easy).

## Critical Context
- El cálculo del travesaño (106,4 cm) depende de que la madera sea de 2"x2" cepillada (real: 44mm x 44mm). Si la madera es diferente, el usuario debe ajustar el cálculo en el sitio (aunque la lógica está hardcodeada basada en el standard de Easy Argentina).
- Las credenciales de Codex están activas vía [REDACTED] en la sesión.

--- END OF CONTEXT SUMMARY — respond to the message below, not the summary above ---

terminal

curl -k --resolve miopenclaw-vnic.tail9799d2.ts.net:443:100.87.116.90 -H 'Cache-Control: no-cache' -H 'Pragma: no-cache' -sS -o /tmp/panel-public-v5.html 'https://miopenclaw-vnic.tail9799d2.ts.net/preview/panel-living/?v=5-real-1254'
python3 - <<'PY'
from pathlib import Path
html=Path('/tmp/panel-public-v5.html').read_text(errors='replace')
print('bytes', len(html))
for needle in ['v5 · medidas reales','125,4×250 cm visible','115,2×240 cm frame','106,4 cm','7,10 m','service-worker.js?v=5-real-1254','assets/mockup-right-v5.png','assets/technical-infographic-v5.png']:
    print(needle, '=>', needle in html)
PY

Explanation:
**Considering calculations and methods**

I’m thinking I might need to verify my lower calculations. Maybe I could use Chromium for a full-page view, but I’m not sure if it’s necessary. Alternatively, I should consider parsing the public URL through cURL instead. It feels like I need to weigh my options carefully to ensure accuracy. Let’s see which method might yield the best results!


Output:
bytes 49597
v5 · medidas reales => True
125,4×250 cm visible => True
115,2×240 cm frame => True
106,4 cm => True
7,10 m => True
service-worker.js?v=5-real-1254 => True
assets/mockup-right-v5.png => True
assets/technical-infographic-v5.png => True


Listo. Rehice el sitio con la medición real:

**https://miopenclaw-vnic.tail9799d2.ts.net/preview/panel-living/?v=5-real-1254**

Tomé la medición como: **250 cm alto × 125,4 cm ancho**.

Actualicé:

- panel visible: **125,4 × 250 cm**
- cada varilla aprox.: **11,4 cm**
- frame oculto: **115,2 × 240 cm**
- travesaños: **5 piezas de 106,4 cm**
- laterales: **2 piezas de 240 cm**
- LED útil: **7,10 m**
- margen derecho default 40 cm:
  - borde izquierdo panel: **144,6 cm**
  - borde derecho panel: **270,0 cm**
  - borde izquierdo frame: **149,7 cm**
  - borde derecho frame: **264,9 cm**

También:
- regeneré el mockup con la nueva medida;
- actualicé checklist, pedido para Easy, cortes, calculadora y secuencia;
- reemplacé la infografía técnica por una v5;
- subí versión de service worker/cache para que no quede clavada la vieja.

Verificado mobile:

MEDIA:/home/ubuntu/.hermes/artifacts/panel-install-site/verify/v5-real-mobile.png


[nachlakes] Porque las Varillas x5 de 106? Nosotros calculamos 125.4 - 14, osea 111.4 no?


Explanation:
**Considering frame specifications**

I need to create a frame with dimensions of 2x2 or 4.4. There's mention of a right margin of 40, but I'm unsure if that’s correct. The frame behind should be narrower or set in — that’s interesting to think about! I wonder what the overall design will look like once I finalize these dimensions. It’s important I get this right since I want to meet the user's expectations.


home-improvement-planning

---
name: home-improvement-planning
description: "Plan home-improvement / DIY installations end-to-end: measurements, material takeoffs, retailer shopping lists, tool lists for users with no tools, visual mockups, and step-by-step installation guides."
---

# Home Improvement Planning

Use this skill when the user asks for a practical DIY/home installation plan: wall panels, lighting, shelves, furniture mounting, trim, frames, cable routing, decor installs, or any task that needs measurements + shopping list + installation instructions.

## Workflow

1. **Extract constraints first**
   - Room/wall/object dimensions.
   - Product dimensions and material type.
   - Desired look/function, e.g. floating, centered, hidden supports, indirect light.
   - Whether the user owns tools. If they say they have none, include a separate tools list, not only materials.

2. **Do the arithmetic explicitly**
   - Compute final visible size, coverage, margins, offsets, quantities, waste/safety margin, and cut lengths.
   - Use tools for calculations when available; do not eyeball measurements.
   - If the user later supplies a real-world measurement, treat it as authoritative over product nominal dimensions and propagate it everywhere: visible size, hidden frame, cut list, LED length, positioning offsets, mockups, infographics, checklist text, and cache/version labels. See `references/real-measurement-revisions.md`.
   - Present the important formulas in compact form so the user can audit them.

3. **Shopping list by role**
   - Separate: structural materials, consumables/adhesives, electrical/lighting, fasteners, tools, optional upgrades.
   - Include exact quantities and a reason for each quantity.
   - If using online retailers, verify current product names/prices/availability where possible and provide direct links.
   - Say clearly whether the purchase can be completed online or whether store visit/cut-service/human payment/login is still needed.

4. **Design offsets for indirect lighting**
   - For floating panels or halo lighting, calculate a hidden backing/frame inset so LEDs do not show directly.
   - Typical starting point: hide the frame/LED about 5 cm inside the visible panel edge, with 4–5 cm standoff from the wall for a soft halo. Tune based on panel size and visibility angles.
   - Place LED on the outer side/canto of the backing frame, not on the front face, unless the user specifically wants direct light.

5. **Material compatibility checks**
   - For EPS/polystyrene/foam products: avoid solvent-based adhesives that can melt the material. Prefer PU/MS/polymer construction adhesives or manufacturer-recommended foam-safe adhesives.
   - For wall mounting through timber, account for timber thickness when choosing screws; short wall-plug screws may not reach enough masonry after passing through the frame.

6. **Visual outputs when useful**
   - If the user supplies a room photo, produce a visual mockup/render and a separate technical guide/infographic when requested.
   - Keep generated visuals grounded in the measured design; label conceptual renders as visual references, and keep the exact dimensions in text/infographic.
   - If the user wants a guide they can carry to the store or use during installation, build a mobile-first field guide/PWA: shopping checklist, copyable store order, measurement calculator, cut list, IKEA-style sheets, and persisted install checklist. See `references/mobile-diy-field-guides.md`.

7. **For interior/decor projects, lead with mood before math — but match the requested taste**
   - If the task involves a visible room aesthetic (living wall, slats, lighting, shelves, paint, panels), make the guide feel like an interior design artifact first and a technical manual second.
   - Use the user's requested visual language rather than locking into a default: Pinterest/masonry if they ask for moodboard/Pinterest; Apple/glass/VisionOS if they ask for premium glassmorphism; warm editorial/Japandi if that is the stated direction.
   - Preserve exact calculations and field-use utility, but avoid making the first screen feel like a dashboard, spreadsheet, or clinical manual. See `references/interior-diy-moodboard-sites.md`.
   - For major visual direction changes in a deployed PWA, add a visible version marker, bump query params/service-worker cache keys, and verify a phone screenshot so the user does not see a stale cached version.
   - If the user says the redesign still looks the same, do **not** merely add a moodboard section below the fold. Force a visible above-the-fold transformation: replace the hero copy/layout, lead with the room mockup or large inspiration image, add a clear version marker, default to the intended theme, and use cache-busting/service-worker updates so the phone cannot keep serving the old UI. See `references/field-guide-visual-iteration-cache.md`.

8. **Installation guide: de pe a pa**
   - Give a sequential guide from clearing the area to final testing.
   - Include marking coordinates, assembly order, dry-fit/proof-test steps, cure times, and what to leave accessible (drivers, power supplies, junctions).
   - Add pitfalls: level before drilling, pre-drill wood, test LEDs before final adhesion, keep power supplies ventilated/accesssible.

## Output structure

Preferred final format for a chat-only plan:

1. Short answer / verdict.
2. Key dimensions and calculations.
3. Cut list.
4. Shopping list with links and estimated subtotal.
5. Installation instructions.
6. Safety/material warnings.
7. Attach or link any generated render/infographic.

For field use, prefer a mobile web guide over a long chat response:

1. Local/deployed URL.
2. What the guide includes.
3. Verification performed.
4. One key default assumption, e.g. selected margin/position.

For interior/decor field guides, prefer this above-the-fold order:

1. Mood/vision headline.
2. Pinterest-style material/light/reference board.
3. Measured build summary.
4. Shopping/cut/install tools.
5. Technical appendix.

## References

- `references/living-led-wall-panel.md` — example session: EPS wall-panel installation with timber frame, warm LED halo, Easy Argentina shopping list, and centered/right-shifted wall calculations.
- `references/mobile-diy-field-guides.md` — reusable pattern for dynamic mobile/PWA guides with persisted shopping checklists, measurement calculators, copyable store orders, and IKEA-style image sheets.
- `references/interior-diy-moodboard-sites.md` — moodboard-first pattern for Pinterest-esque interior DIY guide sites that still preserve exact measurements and install math.
- `references/real-measurement-revisions.md` — checklist for revising a DIY guide after the user supplies physical measurements, including dependency recalculation and PWA cache verification.

To view linked files, call skill_view(name, file_path) where file_path is e.g. 'references/api.md' or 'assets/config.yaml'


Explanation:
**Using arithmetic tools**

I need to use a tool for arithmetic, and it might be faster to use a terminal for quick calculations. I should check the current site's formulas in case any adjustments are necessary. The user seems curious, asking "why...?" which makes me think they might be interested in some arithmetic details. So, I'll execute the calculations and consider various scenarios to provide the user with a thorough response.

terminal

python3 - <<'PY'
panel=125.4
wood=4.4
for inset in [5.1,7.0]:
    outer=panel-2*inset
    cross=outer-2*wood
    print(f'inset {inset:.1f} cm/lado: outer frame={outer:.1f} cm, crosspiece between verticals={cross:.1f} cm, total subtraction from panel={panel-cross:.1f} cm')
print('user calc outer if subtract 14 total:', panel-14)
print('if 111.4 is outer frame, crosspiece between verticals:', (panel-14)-2*wood)
PY


Output:
inset 5.1 cm/lado: outer frame=115.2 cm, crosspiece between verticals=106.4 cm, total subtraction from panel=19.0 cm
inset 7.0 cm/lado: outer frame=111.4 cm, crosspiece between verticals=102.6 cm, total subtraction from panel=22.8 cm
user calc outer if subtract 14 total: 111.4
if 111.4 is outer frame, crosspiece between verticals: 102.60000000000001


Explanation:
**Considering site updates**

I need to respond, but maybe it’s time to update the site. The user hasn't asked for a fix, but they brought up a valid point about the "Varillas x5 de 106." Could this mean they are referring to a cutlist? Perhaps I should inspect the project terms to ensure clarity. If the previous formula is confusing, I might need to update the guide and relabel it for better understanding. The user seems confused, so making improvements in our communication would be wise.
**Updating site for clarity**

I’m considering whether to respond only in chat or to focus on updating the guide. It seems important to include "hacer todo pertinente" on the site for clarity. If there's ambiguity, it might be wise to update the site labels to reflect the correct formula. I could use search_files or read_file functions to ensure everything is accurate, and I should test it out as well. I should also inspect the index for "106.4" to gather the necessary information.


{"total_count": 145, "matches": [{"path": "/home/ubuntu/.hermes/artifacts/panel-install-site/index.html", "line": 82, "content": "
"}, {"path": "/home/ubuntu/.hermes/artifacts/panel-install-site/index.html", "line": 83, "content": "
"}, {"path": "/home/ubuntu/.hermes/artifacts/panel-install-site/index.html", "line": 84, "content": "            125,4×250 cm visible115,2×240 cm frame106,4 cm travesaños7,10 m LED útil"}, {"path": "/home/ubuntu/.hermes/artifacts/panel-install-site/index.html", "line": 85, "content": "
"}, {"path": "/home/ubuntu/.hermes/artifacts/panel-install-site/index.html", "line": 86, "content": "
"}, {"path": "/home/ubuntu/.hermes/artifacts/panel-install-site/index.html", "line": 166, "content": "
"}, {"path": "/home/ubuntu/.hermes/artifacts/panel-install-site/index.html", "line": 167, "content": "
2	240 cm	laterales verticales
"}, {"path": "/home/ubuntu/.hermes/artifacts/panel-install-site/index.html", "line": 168, "content": "
5	106,4 cm	travesaños internos
"}, {"path": "/home/ubuntu/.hermes/artifacts/panel-install-site/index.html", "line": 169, "content": "
"}, {"path": "/home/ubuntu/.hermes/artifacts/panel-install-site/index.html", "line": 170, "content": "
"}, {"path": "/home/ubuntu/.hermes/artifacts/panel-install-site/index.html", "line": 171, "content": "
Comprás 5 tirantes de pino cepillado 2×2×2,44 m. Pedí 106,4 cm; si no cortan decimal, pedí 106,5 cm y ajustá fino. Mejor todavía: medir el ancho real del tirante y recalcular 115,2 − 2×ancho real.
"}, {"path": "/home/ubuntu/.hermes/artifacts/panel-install-site/index.html", "line": 172, "content": "
Necesito 5 tirantes de pino cepillado 2×2×2,44 m. ¿Me los cortan así?"}, {"path": "/home/ubuntu/.hermes/artifacts/panel-install-site/index.html", "line": 173, "content": "- 2 piezas de 240 cm"}, {"path": "/home/ubuntu/.hermes/artifacts/panel-install-site/index.html", "line": 174, "content": "- 5 piezas de 106,4 cm"}, {"path": "/home/ubuntu/.hermes/artifacts/panel-install-site/index.html", "line": 175, "content": "Si la máquina no permite decimal, hacelos de 106,5 cm y los ajusto fino."}, {"path": "/home/ubuntu/.hermes/artifacts/panel-install-site/index.html", "line": 176, "content": "Los sobrantes me los llevo.
"}, {"path": "/home/ubuntu/.hermes/artifacts/panel-install-site/index.html", "line": 177, "content": "
"}, {"path": "/home/ubuntu/.hermes/artifacts/panel-install-site/index.html", "line": 178, "content": "
"}, {"path": "/home/ubuntu/.hermes/artifacts/panel-install-site/index.html", "line": 179, "content": "
Por qué 106,4 cm
"}, {"path": "/home/ubuntu/.hermes/artifacts/panel-install-site/index.html", "line": 180, "content": "
El frame exterior mide 115,2 cm. Los travesaños van entre dos laterales de 4,4 cm cada uno:
"}, {"path": "/home/ubuntu/.hermes/artifacts/panel-install-site/index.html", "line": 181, "content": "
115,2 - 4,4 - 4,4 = 106,4 cm
"}, {"path": "/home/ubuntu/.hermes/artifacts/panel-install-site/index.html", "line": 182, "content": "
Usá 5 travesaños: arriba, abajo y tres intermedios. Así cada varilla toca 5 puntos/líneas de adhesivo.
"}, {"path": "/home/ubuntu/.hermes/artifacts/panel-install-site/index.html", "line": 183, "content": "
"}, {"path": "/home/ubuntu/.hermes/artifacts/panel-install-site/index.html", "line": 184, "content": "
"}, {"path": "/home/ubuntu/.hermes/artifacts/panel-install-site/index.html", "line": 191, "content": "          <button class=\"btn\" role=\"tab\" aria-selected=\"true\" data-step=\"0\">1 · Medir</button>"}, {"path": "/home/ubuntu/.hermes/artifacts/panel-install-site/index.html", "line": 192, "content": "          <button class=\"btn\" role=\"tab\" aria-selected=\"false\" data-step=\"1\">2 · Frame + LED</button>"}, {"path": "/home/ubuntu/.hermes/artifacts/panel-install-site/index.html", "line": 193, "content": "          <button class=\"btn\" role=\"tab\" aria-selected=\"false\" data-step=\"2\">3 · Pegar varillas</button>"}, {"path": "/home/ubuntu/.hermes/artifacts/panel-install-site/index.html", "line": 194, "content": "
"}, {"path": "/home/ubuntu/.hermes/artifacts/panel-install-site/index.html", "line": 195, "content": "
"}, {"path": "/home/ubuntu/.hermes/artifacts/panel-install-site/index.html", "line": 201, "content": "
Definí margen derecho: recomendación 40 cm desde borde derecho de pared hasta borde derecho del panel.
"}, {"path": "/home/ubuntu/.hermes/artifacts/panel-install-site/index.html", "line": 202, "content": "
Marcá rectángulo visible: 125,4×250 cm. Arriba y abajo dejá 2,5 cm.
"}, {"path": "/home/ubuntu/.hermes/artifacts/panel-install-site/index.html", "line": 203, "content": "
Marcá rectángulo del frame adentro: 115,2×240 cm, retraído 5,1 cm por lado.
"}, {"path": "/home/ubuntu/.hermes/artifacts/panel-install-site/index.html", "line": 204, "content": "
Chequeá con nivel antes de perforar. Si una línea queda torcida, se va a notar en las varillas.
"}, {"path": "/home/ubuntu/.hermes/artifacts/panel-install-site/index.html", "line": 205, "content": "
"}, {"path": "/home/ubuntu/.hermes/artifacts/panel-install-site/index.html", "line": 206, "content": "
⚠
Delicado: no intentes “corregir a ojo” después de pegar. La primera varilla manda todo el resto.

"}, {"path": "/home/ubuntu/.hermes/artifacts/panel-install-site/index.html", "line": 212, "content": "
2 · Armar frame, fijar y probar LED
"}, {"path": "/home/ubuntu/.hermes/artifacts/panel-install-site/index.html", "line": 213, "content": "
"}, {"path": "/home/ubuntu/.hermes/artifacts/panel-install-site/index.html", "line": 214, "content": "
Armá el frame en el piso: 2 verticales de 240 cm + 5 travesaños de 106,4 cm.
"}, {"path": "/home/ubuntu/.hermes/artifacts/panel-install-site/index.html", "line": 215, "content": "
Pre-perforá madera antes de atornillar para no rajar el pino.
"}, {"path": "/home/ubuntu/.hermes/artifacts/panel-install-site/index.html", "line": 216, "content": "
Presentá en pared, nivelá, marcá. Perforá pared y usá tarugos/tornillos largos.
"}, {"path": "/home/ubuntu/.hermes/artifacts/panel-install-site/index.html", "line": 222, "content": "
"}, {"path": "/home/ubuntu/.hermes/artifacts/panel-install-site/index.html", "line": 223, "content": "
"}, {"path": "/home/ubuntu/.hermes/artifacts/panel-install-site/index.html", "line": 224, "content": "

"}, {"path": "/home/ubuntu/.hermes/artifacts/panel-install-site/index.html", "line": 225, "content": "
"}, {"path": "/home/ubuntu/.hermes/artifacts/panel-install-site/index.html", "line": 226, "content": "
3 · Pegar varillas EPS
"}, {"path": "/home/ubuntu/.hermes/artifacts/panel-install-site/index.html", "line": 227, "content": "
"}, {"path": "/home/ubuntu/.hermes/artifacts/panel-install-site/index.html", "line": 228, "content": "
Aplicá PU/MS en los 5 travesaños: puntos o cordones cortos, no enchastres toda la placa.
"}, {"path": "/home/ubuntu/.hermes/artifacts/panel-install-site/index.html", "line": 229, "content": "
Primera varilla: nivel perfecto. Presioná en los 5 contactos.
"}, {"path": "/home/ubuntu/.hermes/artifacts/panel-install-site/index.html", "line": 230, "content": "
Repetí 11 varillas lado a lado. Unión lateral: línea finísima o puntos mínimos.
"}, {"path": "/home/ubuntu/.hermes/artifacts/panel-install-site/index.html", "line": 231, "content": "
Total de contactos útiles: 11 varillas × 5 travesaños = 55 puntos/líneas.
"}], "truncated": true}

[Hint: Results truncated. Use offset=50 to see more, or narrow with a more specific pattern or file_glob.]


Explanation:
**Inspecting calculation logic**

I see the interesting index already has "Por qué 106.4," but I wonder if the user missed that. It seems I need to provide an answer about it. There’s also the mention of "x5 de 106," which could relate to the ordered list, so I should explain that as well. I’m considering diving into the calculation logic in JavaScript to check if the variable count is 14 or something else. Let's see what I find!


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32, "content": "    @media(max-width:520px){.wrap{padding-left:12px;padding-right:12px}.headline{font-size:34px;letter-spacing:-.045em}.lead{font-size:15px;line-height:1.4}.brand h1{font-size:15px}.actions .btn{font-size:13px;padding:9px 10px}.pill.hide-mobile{display:none}.statgrid{grid-template-columns:1fr}.item{grid-template-columns:auto 1fr}.qty{grid-column:2}.hero-photo{min-height:390px}.card.pad{padding:14px}.section{padding-bottom:22px}.bottom-nav a{font-size:10px}.copybox{font-size:12px}}"}, {"path": "/home/ubuntu/.hermes/artifacts/panel-install-site/index-v1-functional.html", "line": 49, "content": "
121×250cm panel visible · 11 varillas EPS
"}, {"path": "/home/ubuntu/.hermes/artifacts/panel-install-site/index-v1-functional.html", "line": 50, "content": "
110,8×240cm bastidor oculto 2×2
"}, {"path": "/home/ubuntu/.hermes/artifacts/panel-install-site/index-v1-functional.html", "line": 51, "content": "
5 cmretraer frame desde borde del panel
"}, {"path": "/home/ubuntu/.hermes/artifacts/panel-install-site/index-v1-functional.html", "line": 52, "content": "
7,02 mLED útil alrededor del frame
"}, {"path": "/home/ubuntu/.hermes/artifacts/panel-install-site/index-v1-functional.html", "line": 53, "content": "
"}, {"path": "/home/ubuntu/.hermes/artifacts/panel-install-site/index-v1-functional.html", "line": 54, "content": "
Ubicación default: no centrado. Panel visible a 40 cm del borde derecho de la pared, mucho más cerca del sillón/lado derecho. Podés ajustar el margen abajo en “Medidas”.
"}, {"path": "/home/ubuntu/.hermes/artifacts/panel-install-site/index-v1-functional.html", "line": 91, "content": "
"}, {"path": "/home/ubuntu/.hermes/artifacts/panel-install-site/index-v1-functional.html", "line": 92, "content": "
"}, {"path": "/home/ubuntu/.hermes/artifacts/panel-install-site/index-v1-functional.html", "line": 93, "content": "          <svg class=\"wall-svg\" viewBox=\"0 0 620 520\" role=\"img\" aria-label=\"Diagrama de pared, panel visible y bastidor oculto\">"}, {"path": "/home/ubuntu/.hermes/artifacts/panel-install-site/index-v1-functional.html", "line": 94, "content": "            <defs>"}, {"path": "/home/ubuntu/.hermes/artifacts/panel-install-site/index-v1-functional.html", "line": 95, "content": "              <filter id=\"glow\"><feGaussianBlur stdDeviation=\"6\" result=\"blur\"/><feMerge><feMergeNode in=\"blur\"/><feMergeNode in=\"SourceGraphic\"/></feMerge></filter>"}, {"path": "/home/ubuntu/.hermes/artifacts/panel-install-site/index-v1-functional.html", "line": 105, "content": "
"}, {"path": "/home/ubuntu/.hermes/artifacts/panel-install-site/index-v1-functional.html", "line": 106, "content": "          Margen derecho visible
Distancia panel → borde derecho de pared40 cm"}, {"path": "/home/ubuntu/.hermes/artifacts/panel-install-site/index-v1-functional.html", "line": 107, "content": "          <input class=\"range\" id=\"rightMargin\" type=\"range\" min=\"25\" max=\"80\" step=\"1\" value=\"40\">"}, {"path": "/home/ubuntu/.hermes/artifacts/panel-install-site/index-v1-functional.html", "line": 108, "content": "          Retracción del frame / LED
Distancia desde borde del panel al canto exterior del frame5,1 cm"}, {"path": "/home/ubuntu/.hermes/artifacts/panel-install-site/index-v1-functional.html", "line": 109, "content": "          <input class=\"range\" id=\"inset\" type=\"range\" min=\"3\" max=\"8\" step=\"0.1\" value=\"5.1\">"}, {"path": "/home/ubuntu/.hermes/artifacts/panel-install-site/index-v1-functional.html", "line": 110, "content": "
"}, {"path": "/home/ubuntu/.hermes/artifacts/panel-install-site/index-v1-functional.html", "line": 111, "content": "

Marca	Desde izquierda	Desde abajo

"}, {"path": "/home/ubuntu/.hermes/artifacts/panel-install-site/index-v1-functional.html", "line": 112, "content": "

"}, {"path": "/home/ubuntu/.hermes/artifacts/panel-install-site/index-v1-functional.html", "line": 136, "content": "
"}, {"path": "/home/ubuntu/.hermes/artifacts/panel-install-site/index-v1-functional.html", "line": 137, "content": "
Por qué 102 cm
"}, {"path": "/home/ubuntu/.hermes/artifacts/panel-install-site/index-v1-functional.html", "line": 138, "content": "
El frame exterior mide 110,8 cm. Los travesaños van entre dos laterales de 4,4 cm cada uno:
"}, {"path": "/home/ubuntu/.hermes/artifacts/panel-install-site/index-v1-functional.html", "line": 139, "content": "
110,8 - 4,4 - 4,4 = 102 cm
"}, {"path": "/home/ubuntu/.hermes/artifacts/panel-install-site/index-v1-functional.html", "line": 140, "content": "
Usá 5 travesaños: arriba, abajo y tres intermedios. Así cada varilla toca 5 puntos/líneas de adhesivo.
"}, {"path": "/home/ubuntu/.hermes/artifacts/panel-install-site/index-v1-functional.html", "line": 153, "content": "
"}, {"path": "/home/ubuntu/.hermes/artifacts/panel-install-site/index-v1-functional.html", "line": 154, "content": "
"}, {"path": "/home/ubuntu/.hermes/artifacts/panel-install-site/index-v1-functional.html", "line": 155, "content": "

"}, {"path": "/home/ubuntu/.hermes/artifacts/panel-install-site/index-v1-functional.html", "line": 156, "content": "
"}, {"path": "/home/ubuntu/.hermes/artifacts/panel-install-site/index-v1-functional.html", "line": 157, "content": "
1 · Medir y marcar
"}, {"path": "/home/ubuntu/.hermes/artifacts/panel-install-site/index-v1-functional.html", "line": 159, "content": "
Definí margen derecho: recomendación 40 cm desde borde derecho de pared hasta borde derecho del panel.
"}, {"path": "/home/ubuntu/.hermes/artifacts/panel-install-site/index-v1-functional.html", "line": 160, "content": "
Marcá rectángulo visible: 121×250 cm. Arriba y abajo dejá 2,5 cm.
"}, {"path": "/home/ubuntu/.hermes/artifacts/panel-install-site/index-v1-functional.html", "line": 161, "content": "
Marcá rectángulo del frame adentro: 110,8×240 cm, retraído aprox. 5 cm por lado.
"}, {"path": "/home/ubuntu/.hermes/artifacts/panel-install-site/index-v1-functional.html", "line": 162, "content": "
Chequeá con nivel antes de perforar. Si una línea queda torcida, se va a notar en las varillas.
"}, {"path": "/home/ubuntu/.hermes/artifacts/panel-install-site/index-v1-functional.html", "line": 163, "content": "
"}, {"path": "/home/ubuntu/.hermes/artifacts/panel-install-site/index-v1-functional.html-168-

"}, {"path": "/home/ubuntu/.hermes/artifacts/panel-install-site/index-v1-functional.html", "line": 169, "content": "
"}, {"path": "/home/ubuntu/.hermes/artifacts/panel-install-site/index-v1-functional.html", "line": 170, "content": "
2 · Armar frame, fijar y probar LED
"}, {"path": "/home/ubuntu/.hermes/artifacts/panel-install-site/index-v1-functional.html", "line": 171, "content": "
"}, {"path": "/home/ubuntu/.hermes/artifacts/panel-install-site/index-v1-functional.html", "line": 172, "content": "
Armá el frame en el piso: 2 verticales de 240 cm + 5 travesaños de 102 cm.
"}, {"path": "/home/ubuntu/.hermes/artifacts/panel-install-site/index-v1-functional.html", "line": 173, "content": "
Pre-perforá madera antes de atornillar para no rajar el pino.
"}, {"path": "/home/ubuntu/.hermes/artifacts/panel-install-site/index-v1-functional.html", "line": 174, "content": "
Presentá en pared, nivelá, marcá. Perforá pared y usá tarugos/tornillos largos.
"}, {"path": "/home/ubuntu/.hermes/artifacts/panel-install-site/index-v1-functional.html", "line": 175, "content": "
Pegá la tira LED en el canto exterior/lateral del frame, no en el frente.
"}, {"path": "/home/ubuntu/.hermes/artifacts/panel-install-site/index-v1-functional.html", "line": 176, "content": "
Probá LED y fuentes 15 minutos antes de tapar todo.
"}, {"path": "/home/ubuntu/.hermes/artifacts/panel-install-site/index-v1-functional.html", "line": 177, "content": "
"}, {"path": "/home/ubuntu/.hermes/artifacts/panel-install-site/index-v1-functional.html-231-      {id:'pu',qty:'2×',name:'Sellador/adhesivo PU/MS blanco o transparente',detail:'Apto construcción / sin solventes agresivos para EPS. Rendimiento aprox. 9 m por cartucho.',price:8495.75,url:'https://www.easy.com.ar/sellador-pu-40-construccion-blanco", "line": 400, "content": "g/p'},"}, {"path": "/home/ubuntu/.hermes/artifacts/panel-install-site/index-v1-functional.html-232-      {id:'anchors',qty:'2 packs',name:'Tarugos + tornillos 8 mm para pared',detail:'Ideal Fischer DuoPower 8 mm x10. Si pared floja, pedir recomendación en tienda.',price:6105,url:'https://www.easy.com.ar/taco-duopower", "line": 8, "content": "tmf-22x50-10u-bl-fische/p'},"}, {"path": "/home/ubuntu/.hermes/artifacts/panel-install-site/index-v1-functional.html", "line": 233, "content": "      {id:'woodscrews',qty:'1 pack',name:'Tornillos madera 4,5×50/55 mm',detail:'Para armar frame. Pre-perforar.',price:6675,url:'https://www.easy.com.ar/t-tornillo-madera--8x2-n-50-bl-1201336/p'},"}, {"path": "/home/ubuntu/.hermes/artifacts/panel-install-site/index-v1-functional.html", "line": 234, "content": "      {id:'tape',qty:'1 rollo',name:'Cinta de pintor 24–48 mm',detail:'Para sostener varillas mientras cura el adhesivo.',price:5095,url:'https://www.easy.com.ar/cinta-pintor-c980-24cmx40mt-aa-1209290/p'},"}, {"path": "/home/ubuntu/.hermes/artifacts/panel-install-site/index-v1-functional.html", "line": 235, "content": "      {id:'plug',qty:'1',name:'Zapatilla / prolongador / smart plug',detail:'Para dejar fuentes accesibles. Según dónde esté el enchufe.',price:null,url:'https://www.easy.com.ar/search?text=zapatilla%20electrica'}"}, {"path": "/home/ubuntu/.hermes/artifacts/panel-install-site/index-v1-functional.html", "line": 249, "content": "      ['preclean','En casa: despejar pared, sacar objetos y limpiar polvo.'],"}, {"path": "/home/ubuntu/.hermes/artifacts/panel-install-site/index-v1-functional.html", "line": 250, "content": "      ['markvisible','Marcar panel visible 121×250 cm según margen derecho elegido.'],"}, {"path": "/home/ubuntu/.hermes/artifacts/panel-install-site/index-v1-functional.html", "line": 251, "content": "      ['markframe','Marcar frame 110,8×240 cm retraído 5 cm hacia adentro.'],"}, {"path": "/home/ubuntu/.hermes/artifacts/panel-install-site/index-v1-functional.html", "line": 252, "content": "      ['assemble','Armar bastidor en piso, pre-perforando madera.'],"}, {"path": "/home/ubuntu/.hermes/artifacts/panel-install-site/index-v1-functional.html", "line": 253, "content": "      ['wallfix','Fijar bastidor a pared con nivel + tarugos.'],"}, {"path": "/home/ubuntu/.hermes/artifacts/panel-install-site/index-v1-functional.html", "line": 254, "content": "      ['ledtest','Pegar LED al canto exterior y probar 15 min.'],"}, {"path": "/home/ubuntu/.hermes/artifacts/panel-install-site/index-v1-functional.html", "line": 255, "content": "      ['firstslat','Pegar primera varilla perfectamente a nivel.'],"}, {"path": "/home/ubuntu/.hermes/artifacts/panel-install-site/index-v1-functional.html", "line": 256, "content": "      ['allslats','Pegar las 11 varillas con 5 contactos cada una.'],"}, {"path": "/home/ubuntu/.hermes/artifacts/panel-install-site/index-v1-functional.html", "line": 257, "content": "      ['cure','Sujetar con cinta de pintor y dejar curar 24 h.']"}, {"path": "/home/ubuntu/.hermes/artifacts/panel-install-site/index-v1-functional.html", "line": 258, "content": "    ]"}, {"path": "/home/ubuntu/.hermes/artifacts/panel-install-site/index-v1-functional.html", "line": 283, "content": "FIJACIÓN"}, {"path": "/home/ubuntu/.hermes/artifacts/panel-install-site/index-v1-functional.html", "line": 284, "content": "- Tarugos + tornillos 8 mm para pared, mínimo 10 fijaciones reales."}, {"path": "/home/ubuntu/.hermes/artifacts/panel-install-site/index-v1-functional.html", "line": 285, "content": "- Tornillos madera 4,5×50/55 mm para frame."}, {"path": "/home/ubuntu/.hermes/artifacts/panel-install-site/index-v1-functional.html", "line": 286, "content": "- Cinta de pintor."}, {"path": "/home/ubuntu/.hermes/artifacts/panel-install-site/index-v1-functional.html", "line": 287, "content": ""}, {"path": "/home/ubuntu/.hermes/artifacts/panel-install-site/index-v1-functional.html", "line": 298, "content": "  resetAll.onclick=()=>{if(confirm('¿Borro todos los checks?')){Object.keys(state).forEach(k=>delete state[k]);save();renderLists();renderProgress();}}"}, {"path": "/home/ubuntu/.hermes/artifacts/panel-install-site/index-v1-functional.html", "line": 299, "content": "  function updateMeasures(){"}, {"path": "/home/ubuntu/.hermes/artifacts/panel-install-site/index-v1-functional.html", "line": 300, "content": "    const wallW=310, wallH=255, panelW=121, panelH=250, frameW=110.8, frameH=240;"}, {"path": "/home/ubuntu/.hermes/artifacts/panel-install-site/index-v1-functional.html", "line": 301, "content": "    const right=Number(rightMargin.value), inset=Number(inset.value);"}], "truncated": true}

[Hint: Results truncated. Use offset=80 to see more, or narrow with a more specific pattern or file_glob.]


Explanation:
**Inspecting search clutter**

I need to examine the search clutter from version 1. It seems like I should look more closely at the index in the real JavaScript for the calculator. Maybe the dynamic frame isn't updating correctly? I should use the read_file function around specific sections to gather more information. Let's see if that helps me pinpoint the issue!


150|          <input class="range" id="inset" type="range" min="3" max="8" step="0.1" value="5.1">
   151|

   152|

Marca	Desde izquierda	Desde abajo

   153|

   154|

   155|
Regla de luz bella: 5 cm de “labio” oculta la tira y deja que la luz rebote. Menos de 3 cm = se ven puntitos. Más de 7 cm = halo más débil.

   156|

   157|

   158|

   159|
   160|

   161|

Cortes de madera

Esto es lo que tenés que pedir en Easy.

<button class="btn" id="copyCuts">Copiar cortes</button>

   162|

   163|

   164|

   165|

Cantidad	Corte	Uso

   166|

   167|
2	240 cm	laterales verticales

   168|
5	106,4 cm	travesaños internos

   169|

   170|

   171|
Comprás 5 tirantes de pino cepillado 2×2×2,44 m. Pedí 106,4 cm; si no cortan decimal, pedí 106,5 cm y ajustá fino. Mejor todavía: medir el ancho real del tirante y recalcular 115,2 − 2×ancho real.

   172|
Necesito 5 tirantes de pino cepillado 2×2×2,44 m. ¿Me los cortan así?
   173|- 2 piezas de 240 cm
   174|- 5 piezas de 106,4 cm
   175|Si la máquina no permite decimal, hacelos de 106,5 cm y los ajusto fino.
   176|Los sobrantes me los llevo.

   177|

   178|

   179|
Por qué 106,4 cm

   180|
El frame exterior mide 115,2 cm. Los travesaños van entre dos laterales de 4,4 cm cada uno:

   181|
115,2 - 4,4 - 4,4 = 106,4 cm

   182|
Usá 5 travesaños: arriba, abajo y tres intermedios. Así cada varilla toca 5 puntos/líneas de adhesivo.

   183|

   184|

   185|

   186|
   187|

   188|

Modo IKEA

Láminas visuales generadas con gpt-image-2 + instrucciones exactas debajo.

sin chamuyo

   189|

   190|

   191|          <button class="btn" role="tab" aria-selected="true" data-step="0">1 · Medir</button>
   192|          <button class="btn" role="tab" aria-selected="false" data-step="1">2 · Frame + LED</button>
   193|          <button class="btn" role="tab" aria-selected="false" data-step="2">3 · Pegar varillas</button>
   194|

   195|

   196|

   197|

   198|

   199|
1 · Medir y marcar

   200|

   201|
Definí margen derecho: recomendación 40 cm desde borde derecho de pared hasta borde derecho del panel.

   202|
Marcá rectángulo visible: 125,4×250 cm. Arriba y abajo dejá 2,5 cm.

   203|
Marcá rectángulo del frame adentro: 115,2×240 cm, retraído 5,1 cm por lado.

   204|
Chequeá con nivel antes de perforar. Si una línea queda torcida, se va a notar en las varillas.

   205|

   206|
⚠
Delicado: no intentes “corregir a ojo” después de pegar. La primera varilla manda todo el resto.

   207|

   208|

   209|

   210|

Use offset=210 to continue reading (showing 150-209 of 376 lines)


Explanation:
**Clarifying woodworking dimensions**

I’m trying to sort out the framing dimensions. The outer frame width should be 111.4 if I'm setting a 7 cm inset, but the horizontal pieces would only be 102.6 unless the vertical pieces sit differently. The current setup uses a 5.1 cm side to hide the LED. If I want the 7 cm, I’ll need to adjust the frame. Also, I wonder if the “14 cm” means there are two 7 cm pieces, considering the frame's dimensions. I need to be careful with the terminology in woodworking!
**Evaluating frame layout options**

I'm considering the design of the frame where crosspieces run across the full outer width and the vertical pieces attach in between or behind. This makes the crosspieces equal to the outer frame width, but I've stated that the verticals should be of full height. If they want the crosspieces to span the outer width, I need to clarify whether the vertical pieces are needed or placed differently. Should I illustrate this with an ASCII diagram?

I might also need to update the PWA with a note about preferring a 7 cm inset. The user asked "why" instead of "change," so I need to reassure them and possibly suggest switching layouts, but the developer said to act first, complicating things. I should find out which layout they prefer!
**Clarifying assumptions and updates**

I realize we can explain that the site isn't wrong, but rather based on a different assumption. To avoid confusion around "Varillas," it could help to update the labeling. I wonder if a clearer relabeling might work better.

Adding a note like "No es 125.4 -14; eso sería el ancho exterior si querés 7 cm por lado" would improve the guide significantly and prevent future misunderstandings. It also makes sense to bump the service worker's cache after this update, but I should avoid changing any numeric values or options. Let's proceed with these updates!
**Considering updates and patches**

I’m thinking about whether I need to clarify and possibly update to version v5b. I wonder if I should patch the index and service worker cache; that might be a good idea. I need to verify the approach—maybe using a patch or a Python script since the answer isn’t very large. I’ll also check if “service-worker.js” is currently available. Let's see what happens!


     1|const CACHE = 'panel-living-v5-real-1254';
     2|const ASSETS = [
     3|  './',
     4|  './index.html',
     5|  './manifest.json',
     6|  './icon.svg',
     7|  './assets/mockup-right-v5.png',
     8|  './assets/ikea-01-measure-frame.png',
     9|  './assets/ikea-02-fix-led.png',
    10|  './assets/ikea-03-glue-panels.png',
    11|  './assets/technical-infographic-v5.png'
    12|];
    13|
    14|self.addEventListener('install', event => {
    15|  event.waitUntil(
    16|    caches.open(CACHE)
    17|      .then(cache => cache.addAll(ASSETS))
    18|      .then(() => self.skipWaiting())
    19|  );
    20|});
    21|
    22|self.addEventListener('activate', event => {
    23|  event.waitUntil(
    24|    caches.keys()
    25|      .then(keys => Promise.all(keys.filter(k => k !== CACHE).map(k => caches.delete(k))))
    26|      .then(() => self.clients.claim())
    27|  );
    28|});
    29|
    30|self.addEventListener('fetch', event => {
    31|  const req = event.request;
    32|  const isPage = req.mode === 'navigate' || (req.headers.get('accept') || '').includes('text/html');
    33|
    34|  // Network-first HTML so browser/PWA cache does not trap an old visual version.
    35|  if (isPage) {
    36|    event.respondWith(
    37|      fetch(req, { cache: 'no-store' })
    38|        .then(resp => {
    39|          const clone = resp.clone();
    40|          caches.open(CACHE).then(cache => cache.put('./index.html', clone));
    41|          return resp;
    42|        })
    43|        .catch(() => caches.match('./index.html'))
    44|    );
    45|    return;
    46|  }
    47|
    48|  event.respondWith(
    49|    caches.match(req).then(cached => cached || fetch(req).then(resp => {
    50|      if (req.url.startsWith(self.location.origin)) {
    51|        const clone = resp.clone();
    52|        caches.open(CACHE).then(cache => cache.put(req, clone));
    53|      }
    54|      return resp;
    55|    }))
    56|  );
    57|});
    58|


/* v5 · Apple / VisionOS-inspired glass field guide, medidas reales 125,4×250 */

:root{

color-scheme:light;

<div class="pin-hero">

<figure class="card board-cover" aria-label="Mockup realista sobre foto original">

<img src="assets/mockup-right-v5.png" alt="Mockup del panel varillado instalado cerca del lado derecho del living">

v5 · medidas reales125,4 × 250 cm. Luz cálida. Cero ruido visual.

</figure>

<div class="card pad vision-card">

Qué NO queremos

Dashboard clínico, tablas dominantes, renders genéricos, LED azul/RGB gamer, panel centrado sin intención.

Madera sobre blanco

Funciona porque flota sobre pared blanca y tira sombra/luz.
<a class="source" target="_blank" rel="noreferrer" href="https://handyr

Nuestra versión

Panel real: 125,4 cm de ancho por 250 cm de alto, desplazado a la derecha y con halo oculto.

Búsquedas Pinterest útiles

Para alinear visión mañana:

wood slat wall behind sofa ↗slat wall led strip ↗<a target="_blank" rel="noreferrer" href="https://www.pinterest.com/ideas/wood-slat-wall-wi

</div>

<section class="section" id="tecnica">

Plano técnico completo

Infografía actualizada con la medición real 125,4×250 cm.

</section>

</div>

[rightMargin,inset].forEach(el=>el.addEventListener('input',updateMeasures));

const visualVersion='v5-real-1254';

if(localStorage.getItem('panelVisualVersion')!==visualVersion){localStorage.setItem('panelVisualVersion',visualVersion);localStorage.setItem('panelTheme','light');}

themeBtn.onclick=()=>{document.documentElement.dataset.theme=document.documentElement.dataset.theme==='dark'?'light':'dark';localStorage.setItem('panelTheme',document.documentElement.dataset.theme)};

const obs=new IntersectionObserver(entries=>{entries.forEach(e=>{if(e.isIntersecting){navLinks.forEach(a=>a.classList.toggle('active',a.getAttribute('href')==='#'+e.target.id));}})},{rootMargin:'-45% 0px -50%'});

['inicio','inspo','compras','medidas','ikea','checklist'].forEach(id=>obs.observe(document.getElementById(id)));

if('serviceWorker' in navigator){navigator.serviceWorker.register('./service-worker.js?v=5-real-1254',{updateViaCache:'none'}).then(reg=>reg.update()).catch(()=>{});}

renderLists();renderProgress();updateMeasures();

</script>


patch

*** Begin Patch
*** Update File: /home/ubuntu/.hermes/artifacts/panel-install-site/index.html
@@
-
5	106,4 cm	travesaños internos

+
5	106,4 cm	travesaños internos del bastidor

@@
-- 5 piezas de 106,4 cm
+- 5 piezas de 106,4 cm para travesaños internos, van entre los laterales
 Si la máquina no permite decimal, hacelos de 106,5 cm y los ajusto fino.
 Los sobrantes me los llevo.

@@

Por qué 106,4 cm

-
El frame exterior mide 115,2 cm. Los travesaños van entre dos laterales de 4,4 cm cada uno:

+
No son las varillas visibles: son los travesaños internos que van entre los dos laterales del bastidor. El frame exterior mide 115,2 cm. Los travesaños van entre dos laterales de 4,4 cm cada uno:

115,2 - 4,4 - 4,4 = 106,4 cm

+
Tu cuenta 125,4 − 14 = 111,4 da el ancho exterior del bastidor si lo retraés 7 cm por lado. Pero si los travesaños van entre laterales, a ese ancho también habría que restarle la madera: 111,4 − 4,4 − 4,4 = 102,6 cm.

Usá 5 travesaños: arriba, abajo y tres intermedios. Así cada varilla toca 5 puntos/líneas de adhesivo.

@@
-  const visualVersion='v5-real-1254';
+  const visualVersion='v5b-cortes-claros';
@@
-  if('serviceWorker' in navigator){navigator.serviceWorker.register('./service-worker.js?v=5-real-1254',{updateViaCache:'none'}).then(reg=>reg.update()).catch(()=>{});}
+  if('serviceWorker' in navigator){navigator.serviceWorker.register('./service-worker.js?v=5b-cortes-claros',{updateViaCache:'none'}).then(reg=>reg.update()).catch(()=>{});}
*** End Patch


--- a//home/ubuntu/.hermes/artifacts/panel-install-site/index.html
+++ b//home/ubuntu/.hermes/artifacts/panel-install-site/index.html
@@ -165,20 +165,21 @@

Cantidad	Corte	Uso

2	240 cm	laterales verticales

-
5	106,4 cm	travesaños internos

+
5	106,4 cm	travesaños internos del bastidor

Comprás 5 tirantes de pino cepillado 2×2×2,44 m. Pedí 106,4 cm; si no cortan decimal, pedí 106,5 cm y ajustá fino. Mejor todavía: medir el ancho real del tirante y recalcular 115,2 − 2×ancho real.

Necesito 5 tirantes de pino cepillado 2×2×2,44 m. ¿Me los cortan así?
 - 2 piezas de 240 cm
-- 5 piezas de 106,4 cm
+- 5 piezas de 106,4 cm para travesaños internos, van entre los laterales
 Si la máquina no permite decimal, hacelos de 106,5 cm y los ajusto fino.
 Los sobrantes me los llevo.

Por qué 106,4 cm

-
El frame exterior mide 115,2 cm. Los travesaños van entre dos laterales de 4,4 cm cada uno:

+
No son las varillas visibles: son los travesaños internos que van entre los dos laterales del bastidor. El frame exterior mide 115,2 cm. Los travesaños van entre dos laterales de 4,4 cm cada uno:

115,2 - 4,4 - 4,4 = 106,4 cm

+
Tu cuenta 125,4 − 14 = 111,4 da el ancho exterior del bastidor si lo retraés 7 cm por lado. Pero si los travesaños van entre laterales, a ese ancho también habría que restarle la madera: 111,4 − 4,4 − 4,4 = 102,6 cm.

Usá 5 travesaños: arriba, abajo y tres intermedios. Así cada varilla toca 5 puntos/líneas de adhesivo.

@@ -362,14 +363,14 @@
   }
   [rightMargin,inset].forEach(el=>el.addEventListener('input',updateMeasures));
   document.querySelectorAll('.step-tabs button').forEach(btn=>btn.addEventListener('click',()=>{document.querySelectorAll('.step-tabs button').forEach(b=>b.setAttribute('aria-selected','false'));btn.setAttribute('aria-selected','true');document.querySelectorAll('.step').forEach((s,i)=>s.classList.toggle('active',i==btn.dataset.step));}));
-  const visualVersion='v5-real-1254';
+  const visualVersion='v5b-cortes-claros';
   if(localStorage.getItem('panelVisualVersion')!==visualVersion){localStorage.setItem('panelVisualVersion',visualVersion);localStorage.setItem('panelTheme','light');}
   themeBtn.onclick=()=>{document.documentElement.dataset.theme=document.documentElement.dataset.theme==='dark'?'light':'dark';localStorage.setItem('panelTheme',document.documentElement.dataset.theme)};
   document.documentElement.dataset.theme=localStorage.getItem('panelTheme') || 'light';
   const navLinks=[...document.querySelectorAll('.bottom-nav a')];
   const obs=new IntersectionObserver(entries=>{entries.forEach(e=>{if(e.isIntersecting){navLinks.forEach(a=>a.classList.toggle('active',a.getAttribute('href')==='#'+e.target.id));}})},{rootMargin:'-45% 0px -50%'});
   ['inicio','inspo','compras','medidas','ikea','checklist'].forEach(id=>obs.observe(document.getElementById(id)));
-  if('serviceWorker' in navigator){navigator.serviceWorker.register('./service-worker.js?v=5-real-1254',{updateViaCache:'none'}).then(reg=>reg.update()).catch(()=>{});}
+  if('serviceWorker' in navigator){navigator.serviceWorker.register('./service-worker.js?v=5b-cortes-claros',{updateViaCache:'none'}).then(reg=>reg.update()).catch(()=>{});}
   renderLists();renderProgress();updateMeasures();
   </script>

No linter for .html files

/home/ubuntu/.hermes/artifacts/panel-install-site/index.html was last read with offset/limit pagination (partial view). Re-read the whole file before overwriting it.


const CACHE = 'panel-living-v5-real-1254';

const CACHE = 'panel-living-v5b-cortes-claros';


--- a//home/ubuntu/.hermes/artifacts/panel-install-site/service-worker.js
+++ b//home/ubuntu/.hermes/artifacts/panel-install-site/service-worker.js
@@ -1,4 +1,4 @@
-const CACHE = 'panel-living-v5-real-1254';
+const CACHE = 'panel-living-v5b-cortes-claros';
 const ASSETS = [
   './',
   './index.html',


terminal

curl -k --resolve miopenclaw-vnic.tail9799d2.ts.net:443:100.87.116.90 -H 'Cache-Control: no-cache' -sS 'https://miopenclaw-vnic.tail9799d2.ts.net/preview/panel-living/?v=5b-cortes-claros' | python3 - <<'PY'
import sys
html=sys.stdin.read()
needles=['v5b-cortes-claros','travesaños internos del bastidor','125,4 − 14 = 111,4','111,4 − 4,4 − 4,4 = 102,6','service-worker.js?v=5b-cortes-claros']
print('bytes',len(html))
for n in needles:
    print(n, '=>', n in html)
PY


Output:
curl: (23) Failure writing output to destination
bytes 0
v5b-cortes-claros => False
travesaños internos del bastidor => False
125,4 − 14 = 111,4 => False
111,4 − 4,4 − 4,4 = 102,6 => False
service-worker.js?v=5b-cortes-claros => False


Explanation:
**Resolving Python pipe issue**

I'm realizing there's a problem with a pipe due to Python's here-doc consuming stdin. It seems like it's using a here-doc for scripting instead of HTML, so I need to run it with a temporary file. There’s also a curl error because Python likely didn't read correctly. Actually, it makes sense that the here-doc provided the script to Python, thus closing the pipe. I should use the `-o` option to specify a file.

curl -k --resolve miopenclaw-vnic.tail9799d2.ts.net:443:100.87.116.90 -H 'Cache-Control: no-cache' -sS -o /tmp/panel-public-v5b.html 'https://miopenclaw-vnic.tail9799d2.ts.net/preview/panel-living/?v=5b-cortes-claros'
python3 - <<'PY'
from pathlib import Path
html=Path('/tmp/panel-public-v5b.html').read_text(errors='replace')
needles=['v5b-cortes-claros','travesaños internos del bastidor','125,4 − 14 = 111,4','111,4 − 4,4 − 4,4 = 102,6','service-worker.js?v=5b-cortes-claros']
print('bytes',len(html))
for n in needles:
    print(n, '=>', n in html)
PY


Output:
bytes 50049
v5b-cortes-claros => True
travesaños internos del bastidor => True
125,4 − 14 = 111,4 => True
111,4 − 4,4 − 4,4 = 102,6 => True
service-worker.js?v=5b-cortes-claros => True


Explanation:
**Considering infographic updates**

I’m wondering if I need to update the technical infographic. We added a note about the index, but user confusion might linger—especially around the cut list. Perhaps we should also clarify the infographic, even though I’m not entirely sure. I could mention the width explanation: "Your account is good for exterior width if you take 7 cm shrinkage on each side." Additionally, "My 106.4 comes from building the frame this way: the panel is 125.4..."

python3 - <<'PY'
panel=125.4; wood=4.4; cross=111.4
outer=cross+2*wood
inset=(panel-outer)/2
print(f'cross {cross} between laterals => outer {outer:.1f}, inset per side {inset:.1f}')
PY


Output: cross 111.4 between laterals => outer 120.2, inset per side 2.6


Sí: **125,4 − 14 = 111,4 está bien**, pero eso sería el **ancho exterior del bastidor** si decidimos retraerlo **7 cm por lado**.

Mi **106,4 cm** no era esa medida: era el largo de los **5 travesaños internos de madera**, que van **entre** los dos laterales verticales.

La cuenta del diseño actual es:

```txt
Panel visible: 125,4 cm

Retracción elegida para ocultar LED:
5,1 cm por lado

Ancho exterior del bastidor:
125,4 − 5,1 − 5,1 = 115,2 cm

Pero los travesaños van ENTRE los laterales de madera:
115,2 − 4,4 − 4,4 = 106,4 cm
```

O sea:

- **115,2 cm** = ancho total exterior del bastidor.
- **106,4 cm** = corte de cada travesaño interno.
- **4,4 cm + 4,4 cm** = espesor de los dos laterales verticales.

Si usamos la cuenta de ustedes:

```txt
125,4 − 14 = 111,4 cm
```

eso sería:

- **111,4 cm exterior de bastidor**, si quieren 7 cm libres por lado.
- Entonces los travesaños internos serían:

```txt
111,4 − 4,4 − 4,4 = 102,6 cm
```

**No pediría 111,4 cm para los travesaños** si van entre laterales, porque el bastidor terminaría midiendo:

```txt
111,4 + 4,4 + 4,4 = 120,2 cm
```

y te queda solo **2,6 cm de labio por lado**, medio jugado para esconder bien el LED.

Mi recomendación: mantener **106,4 / 106,5 cm** para los travesaños si seguimos con el diseño actual. Ya actualicé el sitio aclarando esto:

https://miopenclaw-vnic.tail9799d2.ts.net/preview/panel-living/?v=5b-cortes-claros


[nachlakes] Yo quiero el mejor labio amigo entonces decime claramente y también traducirlo a un alemán amigable y técnico para yo enviarle a Tina el por que de estas medidas según las que ella tomó de el revestimiento


Explanation:
**Determining LED halo lip dimensions**

I need to find the best lip size for the LED halo, considering the constraints like panel height and frame measurements. The panel height is 250, and the frame is 240, giving a vertical lip of 5 cm both top and bottom. There's also a current inset of 5.1 cm on the sides. For the optimum hidden LED lip, around 5-6 cm seems ideal, balancing visibility and support. If going for 7 cm, support near edges may be questioned, but it might still work.
**Considering edge dimensions for LED concealment**

I’m thinking about the edge dimensions for my LED setup. Ideally, I want more floating edge and less glue near the edges. If I choose a 5 cm lip, it should be sufficient to hide the LED when the strip is on the outer face of the frame. This way, it avoids visible dots while keeping support near the edges, ensuring both aesthetics and stability. It's a balancing act, but I think this could work!


home-improvement-planning

# Living LED Wall Panel Example

Session pattern: user wanted an end-to-end plan for a decorative EPS varillado wall panel, including Easy Argentina shopping list, online-buy feasibility, LED halo geometry, render, and install instructions assuming they owned no tools.

## Inputs

- Wall: 310 cm wide × 255 cm high.
- Panels: 11 EPS slats/panels, each about 11 cm wide × 250 cm high × 11 mm thick.
- Desired installation: centered floating panel on a timber frame, warm indirect perimeter LED.
- Retail context: Argentina; Easy for timber/LED/tools, MercadoLibre for panels.

## Core calculations

- Visible panel width: `11 × 11 cm = 121 cm`.
- Visible panel height: `250 cm`.
- Covered area: `1.21 m × 2.50 m = 3.025 m²`.
- Centered on 310 cm wall: `(310 - 121) / 2 = 94.5 cm` side margin.
- Vertical margins on 255 cm wall: `(255 - 250) / 2 = 2.5 cm` top/bottom.

## Frame geometry for nice halo

Use 2×2 timber as sold locally, about 4.4 × 4.4 cm. Hide frame about 5 cm inside the visible panel edge so LED is not directly visible.

- Frame exterior width: `121 - 2×5.1 ≈ 110.8 cm`.
- Frame exterior height: `250 - 2×5 = 240 cm`.
- Final projection from wall: timber depth 4.4 cm + EPS panel 1.1 cm = about 5.5 cm.
- Frame perimeter for LED: `2 × (110.8 + 240) = 701.6 cm` → buy 10 m LED to have slack.

## Timber cut list

Buying 5 pieces of 2×2×2.44 m timber allowed:

- 2 verticals: 240 cm.
- 5 horizontals: 102 cm each, because `110.8 - 4.4 - 4.4 = 102 cm`.

Build with two verticals and five horizontals: top, bottom, and three intermediate supports. The five horizontals create five adhesive contact lines per panel.

## Adhesive/contact logic

- For 11 panels × 5 frame cross-members = 55 panel-to-frame contact points/lines.
- Use foam-safe PU/MS/polymer adhesive. Avoid solvent-based adhesives because EPS/polystyrene can melt.
- Add only a thin line or dots between panel edges; do not overfill visible seams.
- Hold with painter’s tape or temporary bracing during cure.

## LED/power logic

- Use warm light, 2700K–3000K.
- Place LED on the outer edge/canto of the frame, not front-facing.
- For 7.02 m perimeter, two 5 m strips are cleaner than one underpowered/overextended strip.
- Split load into two runs, each about 3.5 m, with one matching driver/power supply per strip/run.
- Test LED and drivers for 15 minutes before final panel adhesion.
- Keep drivers accessible and ventilated; do not bury against EPS.

## Easy Argentina items used in the example

These were direct product pages available at the time; always re-check stock/prices by location:

- Tirante Pino Cepillado 2×2×2.44 m Victoria: `https://www.easy.com.ar/pino-cepillado-2-x-2-x-2-44-m-nc/p`
- Tira LED interior 24 W 5 m luz cálida Candela: `https://www.easy.com.ar/tira-led-interior-24w-5mts-calid-candela/p`
- Fuente para tiras LED 25 W Candela: `https://www.easy.com.ar/fuente-p-tiras-led-25w-candela/p`
- Sellador Poliuretano Blanco 400 g Fischer: `https://www.easy.com.ar/sellador-pu-40-construccion-blanco-400-g/p`
- Taladro percutor Einhell 1010 W: `https://www.easy.com.ar/taladro-percutor-1010w-13mm-einhell-1180149/p`

## Practical purchasing note

Easy pages may show online purchase buttons, but final availability/shipping depends on user location and account/payment. For timber, in-store confirmation is often better because cut service, straightness, and screw length can be checked physically.

## Fast install sequence

1. Mark center and visible rectangle on wall.
2. Mark hidden frame rectangle inset about 5 cm from visible edges.
3. Assemble timber frame on floor; pre-drill wood.
4. Present frame, level, mark wall holes.
5. Drill wall and fix frame with long screws/plugs that account for 4.4 cm timber thickness.
6. Install LED on outer frame edge; wire and test.
7. Dry-fit EPS panels.
8. Apply adhesive on five cross-members per panel and set panels sequentially.
9. Tape/brace until cured.
10. Final LED test and cable cleanup.


terminal

python3 - <<'PY'
panel_w=125.4
panel_h=250
wood=4.4
for lip in [5.0,5.1,5.5,6.0,7.0]:
    frame_w=panel_w-2*lip
    cross=frame_w-2*wood
    led=2*(frame_w+(panel_h-10))/100 # frame height 240 if 5 top/bottom
    print(f'labio {lip:.1f} cm/lado -> ancho exterior bastidor {frame_w:.1f} cm; travesaños internos {cross:.1f} cm; LED perímetro aprox {led:.2f} m')
PY


Output:
labio 5.0 cm/lado -> ancho exterior bastidor 115.4 cm; travesaños internos 106.6 cm; LED perímetro aprox 7.11 m
labio 5.1 cm/lado -> ancho exterior bastidor 115.2 cm; travesaños internos 106.4 cm; LED perímetro aprox 7.10 m
labio 5.5 cm/lado -> ancho exterior bastidor 114.4 cm; travesaños internos 105.6 cm; LED perímetro aprox 7.09 m
labio 6.0 cm/lado -> ancho exterior bastidor 113.4 cm; travesaños internos 104.6 cm; LED perímetro aprox 7.07 m
labio 7.0 cm/lado -> ancho exterior bastidor 111.4 cm; travesaños internos 102.6 cm; LED perímetro aprox 7.03 m


Sí, claro: **el mejor labio para este caso es 5–5,1 cm por lado**, no 7 cm.

**Recomendación final:**

```txt
Revestimiento medido por Tina:
125,4 cm ancho × 250 cm alto

Labio ideal:
5,1 cm por lado
```

Entonces:

```txt
125,4 − 5,1 − 5,1 = 115,2 cm
```

Ese es el **ancho exterior del bastidor**.

Como los travesaños van **entre** los dos laterales verticales de madera, y cada lateral mide aprox. **4,4 cm**, queda:

```txt
115,2 − 4,4 − 4,4 = 106,4 cm
```

Por eso el corte correcto es:

```txt
2 piezas de 240 cm
5 piezas de 106,4 cm / 106,5 cm
```

**Por qué no 7 cm:**
7 cm es más labio, sí, pero no necesariamente mejor. Deja más borde del revestimiento “volando”, reduce el apoyo cerca de los extremos y el halo queda más débil. Para que se vea premium, oculto y estable, **5 cm aprox. es el punto dulce**.

---

Mensaje para Tina en alemán:

```txt
Liebe Tina,

ich habe die Maße der Wandverkleidung, die du gemessen hast, als Grundlage genommen:
125,4 cm Breite und 250 cm Höhe.

Der sichtbare Teil bleibt genau diese Größe. Der Holzrahmen dahinter wird aber etwas kleiner gebaut, damit rundherum ein kleiner Überstand bzw. eine Lichtkante entsteht. Dieser Rand ist wichtig, weil die LED-Leiste dadurch von vorne nicht direkt sichtbar ist und das Licht indirekt an die Wand abstrahlt.

Die beste Lösung ist hier ca. 5,1 cm Abstand pro Seite.

Rechnung:
125,4 cm Gesamtbreite
− 5,1 cm linker Überstand
− 5,1 cm rechter Überstand
= 115,2 cm Außenbreite des Holzrahmens

Die horizontalen Querleisten liegen aber zwischen den zwei vertikalen Seitenhölzern. Diese Seitenhölzer sind jeweils ca. 4,4 cm stark.

Deshalb:
115,2 cm Rahmenbreite
− 4,4 cm linkes Seitenholz
− 4,4 cm rechtes Seitenholz
= 106,4 cm Länge pro Querleiste

Darum brauchen wir:
2 vertikale Hölzer à 240 cm
5 horizontale Querleisten à 106,4 cm

Die Rechnung 125,4 − 14 = 111,4 cm wäre nur richtig, wenn wir einen größeren Abstand von 7 cm pro Seite nehmen würden. Das wäre aber nicht optimal, weil dann mehr von der Verkleidung am Rand ohne direkte Unterstützung bleibt und das Licht etwas schwächer wirkt.

Für die schönste und stabilste Lösung nehmen wir daher ca. 5 cm Lichtkante pro Seite und schneiden die Querleisten auf 106,4 cm.
```

Versión ultra corta para mandarle si querés:

```txt
Tina, wir nehmen 5,1 cm Abstand pro Seite, weil das der beste Kompromiss ist: Die LED ist von vorne nicht sichtbar, das Licht wird schön indirekt, und die Paneele sind trotzdem stabil genug am Holzrahmen befestigt.

125,4 − 5,1 − 5,1 = 115,2 cm Außenbreite des Rahmens.
Die Querleisten liegen zwischen zwei Seitenhölzern à 4,4 cm:
115,2 − 4,4 − 4,4 = 106,4 cm.

Deshalb schneiden wir 5 Querleisten auf 106,4 cm.
```

Explanation:
**Crafting recommendations**

I'm working on finalizing the recommendations and making sure the technical message is friendly for a German audience. I think I'll mention that the best labio size is 5 cm or 5.1 cm. I should explain why 5.1 is preferred over 7 cm due to structural considerations. For a premium uniform halo, the recommendation is between 5 and 6 cm. If they choose a 7 cm lip, the cuts will change, but I wouldn’t recommend that option. I also need a Spanish note for Tina!
**Explaining measurements for Tina**

I’m planning to write to Tina, explaining the measurements she took: 125.4 cm by 250 cm. I want to clarify that the visible covering will remain 125.4 cm wide, and the wood frame should be smaller to create a shadow or light edge. The optimal edge size is about 5.1 cm on each side, which keeps the LED strip concealed while ensuring the panels are close to the frame's edge. The cut length should be 106.4 cm for proper support. I might need to define "labio" as "Überstand/Lichtkante/Schattenfuge" in German.


Explanation:
**Calculating measurements for cuts**

I need to answer the user, possibly using a tool for the necessary arithmetic since it requires precise calculations. I'm working with listones that are 1x3x244 cm, a 5 cm labio, and a panel measuring 125.4 x 250 cm. It’s important to clarify the exact cuts. I need to consider the thickness of the listones and how it might affect the LED halo’s standoff, which could be too shallow if the listones are flat. I should determine the orientation for the frame, especially if the 3 cm width is visible.
**Finalizing cuts for the project**

I need to consider that if the 3 cm defines the side width, it can create two possible orientations—using the 3 cm width against the wall and a 1 cm depth. If I only have 1 cm depth, will the LED strip sit properly?

Alright, it looks like we're using listones that are 1 cm x 3 cm and 2.44 m long, not cm. I need to calculate the exact cuts based on the panel’s dimensions: 125.4 cm wide with a 5 cm labio per side, gives an external frame width of 115.4 cm. Continuing, if the vertical listones are 3 cm wide, the horizontal pieces will be 109.4 cm. For height, it’s 240 cm. I’ll need a total of 5 listones to complete this!
**Assessing width measurements**

I need to consider that if there's no decimal in the measurement, the 109.5 cm might be a bit too wide by 0.1 cm. Sanding could help to manage that. If I'm looking at the internal length with the calculations of 5 x 109.5 + 2 times 3, that comes to 115.5 cm. That would be 0.1 cm too wide compared to 115.4 cm. I wonder if the wood can compress or if the angle might adjust things a bit.

python3 - <<'PY'
panel_w=125.4
panel_h=250.0
lip=5.0
liston_width=3.0
liston_thickness=1.0
stock=244.0
frame_w=panel_w-2*lip
frame_h=panel_h-2*lip
cross=frame_w-2*liston_width
pieces=[frame_h,frame_h]+[cross]*5
print('frame exterior', frame_w, frame_h)
print('cross', cross)
print('total length', sum(pieces))
print('min boards by length', __import__('math').ceil(sum(pieces)/stock))
print('cross per board', int(stock//cross), 'remainder after 2 cross', stock-2*cross)
print('need boards if 2 vertical boards + cross boards', 2 + __import__('math').ceil(5/int(stock//cross)))
print('if cut 109.5 frame outer actual', 109.5+2*liston_width, 'lip', (panel_w-(109.5+2*liston_width))/2)
print('if cut 109.0 frame outer actual', 109.0+2*liston_width, 'lip', (panel_w-(109.0+2*liston_width))/2)
PY


Output:
frame exterior 115.4 240.0
cross 109.4
total length 1027.0
min boards by length 5
cross per board 2 remainder after 2 cross 25.19999999999999
need boards if 2 vertical boards + cross boards 5
if cut 109.5 frame outer actual 115.5 lip 4.950000000000003
if cut 109.0 frame outer actual 115.0 lip 5.200000000000003


Con listones de **1 × 3 × 244 cm**, los cortes **no cambian** porque el ancho útil del bastidor sigue siendo **3 cm**.

Cortes finales:

```txt
2 piezas de 240 cm
5 piezas de 109,4 cm
```

Comprar:

```txt
5 listones de 1 × 3 × 244 cm
```

Pedido para la tienda:

```txt
Necesito 5 listones de 1 × 3 × 244 cm, cortados así:

- 2 piezas de 240 cm
- 5 piezas de 109,4 cm

Si no pueden cortar decimal, hacer las 5 piezas de 109,5 cm.
```

Cuenta:

```txt
Panel: 125,4 cm
Labio LED: 5 cm por lado

125,4 − 5 − 5 = 115,4 cm
115,4 − 3 − 3 = 109,4 cm
```

O sea: **115,4 cm** es el ancho exterior del bastidor; **109,4 cm** es cada travesaño interno.


[nachlakes] Y si los cortamos en 111.4cm?


python3 - <<'PY'
panel=125.4
side=3.0
cut=111.4
outer_if_cut_cross=cut+2*side
lip_if_cut_cross=(panel-outer_if_cut_cross)/2
outer_target_111=111.4
cross_for_outer_111=outer_target_111-2*side
lip_for_outer_111=(panel-outer_target_111)/2
print(f'If crossbars cut {cut}: outer={outer_if_cut_cross:.1f}, lip={lip_if_cut_cross:.1f}')
print(f'If outer frame {outer_target_111}: crossbars={cross_for_outer_111:.1f}, lip={lip_for_outer_111:.1f}')
PY


Output:
If crossbars cut 111.4: outer=117.4, lip=4.0
If outer frame 111.4: crossbars=105.4, lip=7.0


Si cortan los **5 travesaños en 111,4 cm**, el bastidor queda así:

```txt
111,4 + 3 + 3 = 117,4 cm ancho exterior
125,4 − 117,4 = 8 cm total
8 / 2 = 4 cm de labio por lado
```

O sea: **te queda labio de 4 cm**, no de 5 cm.

Mi veredicto: **no lo haría** si querés buen ocultamiento del LED.

Para **5 cm exactos de labio**, con listones de **1 × 3 cm**, el corte correcto sigue siendo:

```txt
5 travesaños de 109,4 cm
```

Porque:

```txt
109,4 + 3 + 3 = 115,4 cm bastidor exterior
125,4 − 115,4 = 10 cm total
10 / 2 = 5 cm por lado
```

**Corte final recomendado:**

```txt
2 × 240 cm
5 × 109,4 cm
```

Si no cortan decimal: **109,5 cm**. Queda labio de **4,95 cm**, perfecto.


[nachlakes] Tenes razón 109.4


Exacto: **109,4 cm**.

Cortes finales con listones **1 × 3 × 244 cm** y labio LED de **5 cm**:

```txt
Comprar: 5 listones de 1 × 3 × 244 cm

Cortar:
- 2 piezas de 240 cm
- 5 piezas de 109,4 cm
```

Si no cortan decimal:

```txt
5 piezas de 109,5 cm
```

Queda labio prácticamente perfecto: **4,95 cm por lado**.


[nachlakes] conseguimos todo, o casi.
de este: Sellador/adhesivo PU/MS blanco o transparente
conseguimos un PU40 y el otro es un MULTI MS, ambos de fischer.
los tirantes al final compramos el que te dije, 5u cortadas a pedido
tarugos y tornilos compre tb
de lo demas tenia todo, menos la mecha para la pared q compramos una de 8mm
no compramos serrucho pq compramos el corte ya fue
lo que no compramos al final es la tira de leds o la fuente porque te digo la verdad, me da mucha, muchisima fiaca, tener que hacer eso yo. por favor busca online tiras del tamanio que necesitamos, o en lo posible custom, quiero con enchufe 220v digamos para pared de electricidad argentina y seria bueno tambien un switch o control remoto, dimmer estaria bueno tambien, vos sabes, un controlador led. me gustaria que fuera rgb tambien para poder ponerlo de color rojo cuando me quiero ir a dormir , osea tiene q tener al menos esos 2 colores asique bueno buscalo que se yo online y en mercadolibre etc ya sabes que podes delegar tb


Explanation:
**Searching for LED strip options**

I need to answer the user’s request for custom LED strips by searching online for products, prices, and facts. I’ll likely use tools for this, considering specific Argentine sites like MercadoLibre. The user mentioned that I can delegate the search for things like RGB dimmer strips.

I’ll need to find options that fit an around-frame setup, ensuring they have a 220V plug, RGB capability, and appropriate safety measures. I might advise on two types: a low voltage kit with a transformer or a direct 220V strip.
**Searching for LED strip kits**

Since the user doesn’t want to assemble anything, I need to look for a complete LED strip kit with a 220V plug, power supply, controller, and remote. They want a length of 7.1m, so I’ll look for a 10m kit that includes RGB and dimming features.

I should consider that they might want warm white as well. I’ll search on MercadoLibre Argentina for a product like "tira led RGBW 10 metros 220v enchufe control remoto dimmer." I might delegate some tasks to gather options or use web_search in parallel.
**Delegating search tasks**

I think I’ll set up one search for MercadoLibre Argentina and another for local alternatives, as the user mentioned. We can definitely use web_search directly since this is mainly research for current links.

I should be careful, though, as subagents may report unverified information. It’ll be important to verify the links ourselves, possibly by using an extract or searching through the browser. I’m ready to run the web_search queries now!

Question: site:mercadolibre.com.ar tira led RGBW 10 metros enchufe 220v control remoto dimmer Argentina

Question: site:mercadolibre.com.ar tira led RGB 10 metros 220v enchufe control remoto dimmer Argentina

Question: site:mercadolibre.com.ar tira led RGB CCT 10 metros control remoto fuente incluida Argentina


Mla47276933

Tira Led Luces MTI 5050 Led Rgb 10m Fuente 12v + Control Romoto Pared | MercadoLibre
Saltar al contenidoComentar sobre accesibilidadMercado Libre Argentina - Donde comprar y vender de todo
Ingresá lo que quieras encontrar
Envío gratis en tu primera compra en Mercado Libre.
[...]
led 5
[...]
* tira led rgb
[...]
050
[...]
Compartir
Tira Led Luces MTI 5050 Led Rgb 10m Fuente 12v + Control Romoto Pared
+4
Nuevo | +1000 vendidos
# Tira Led Luces MTI 5050 Led Rgb 10m Fuente 12v + Control Romoto Pared
4.5Calificación 4.5 de 5. 940 opiniones.(940)
Este producto no está disponible. Elige otra variante.
Voltaje de funcionamiento:12V

12V

5V

## Lo que tenés que saber de este producto
* Voltaje: 220V
* Grado de protección: IP64
* Color de la luz: RGB
* Cantidad de leds por metro: 60.
* Con control para selección de colores.
* Incluye fuente de alimentación.Ver características
Ir a la compra
## Características del producto
[...]
### Características principales
[...]
|
Marca
|MTI|
Modelo
|50/50|
Tipo de LED
|5050|
Color de la luz
|RGB|
Voltaje
|220V|
Voltaje de funcionamiento
|12V|
Largo
|10 m|
Grado de protección
|IP64|
### Otros
[...]
|
Cantidad de LEDs por metro
|60|
Incluye fuente de alimentación
|Sí|
Incluye controlador de color
|Sí|
Con Wi-Fi
|No|
## Descripción
[...]
Newtek 2781/5050/2780 Rgb 220v 5 M Ip64 Tiras De Luces Leds Los Colores Rgb Calido Frio Neutro Kit Completo Exterior Interior Siliconadas Autoadhesivos Fuente Control Remoto
[...]
Tira De Luces Led Rgb Rgb 10 Metros 5050 Rgb 10m 220v
~~$8.199~~
[...]
$7.
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0 Rgb
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Kit Led Multicolor 5m Flexible Control Remoto Color De La Luz Rgb Tira Led 5050 + Controlador + Fuente
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~~$9.999~~
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5050 Rgb + Control + Fuente
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Tira Led Genérica 5050 Rgb 5m 220v Ip54 Exterior Multicolor Con Fuente Y Control Remoto
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Kit Tira Led 5050 Rgb Exterior X10 Mts

Mla39206388

Clips de Tira De Luces Led Rgb Rgb 10 Metros 5050 Rgb 10m 220v Rgb
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# Clips de Tira De Luces Led Rgb Rgb 10 Metros 5050 Rgb 10m 220v Rgb
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Mira el vídeo de Tira De Luces Led Rgb Rgb 10 Metros 5050 Rgb 10m 220v Rgb
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Tira De Luces Led Rgb Rgb 10 Metros 5050 Rgb 10m 220v Rgb

Tira Led Rgb 5050 Kit 5 Mts Control Fuente Bluetooth Audio | MercadoLibre
[...]
vendidos
# Tira Led Rgb 5050 Kit 5 Mts Control Fuente Bluetooth Audio
Agregar a favoritos
4.5Calificación 4.5 de 5. 30 opiniones.(30)
~~$30.275,12~~
$28.458,616% OFF
en 6 cuotas de$6.512,75
Precio sin impuestos nacionales:$23.520
Ver los medios de pago
Llega el lunes
[...]
Más formas de entrega
Stock disponible
[...]
Cantidad:1 unidad(+50 disponibles)
[...]
Tira Led Rgb 5050 Kit 5 Mts Control Fuente Bluetooth Audio
## Características del producto
### Características principales
|
Marca
|Micro LED Strip|
Modelo
|RGB5 bluetooth|
Tipo de LED
|5050|
Voltaje
|220V|
Largo
|5 m|
Grado de protección
|IP20|
Color De La Luz
|RGB|
### Otros
[...]
|
Cantidad de LEDs por metro
|60|
Incluye fuente de alimentación
|Sí|
Incluye controlador de color
|Sí|
Con Wi-Fi
|No|
Asistentes virtuales compatibles
|LED LAMP|
Aplicaciones inteligentes compatibles
|Bluetooth, LED BLE|
## Descripción
[...]
SOMOS GUIRNALDADELUCES
[...]
LOCAL SHOWROOM EN CABALLITO
[...]
LUN A VIER DE 11 A 17HS
[...]
SABADO DE 10 A 14HS
[...]
ENVIOS EN EL DIA - ENVIOS EN CABA GRATIS
[...]
TIENDA Y MERCADOLIBRE ONLINE
[...]
SOMOS GUIRNALDADELUCES
[...]
TIRA DE LED RGB 5050 - Kit completo para instalar!
1 TIRA DE 5 METROS + CONTROLADORA RGB BLUETOOTH CON CONTROL REMOTO + FUENTE + CLIPS DE SUJECIÓN.
LA CONTROLADORA TIENE MICROFONO PARA EFECTO AUDIORRITMICO
[...]
FUNCIONES & CARACTERÍSTICAS
- Tira de LED RGB 5050.
- 1 x 5 metros x tira de led y adhesivo para su colocación sobre superficies lisas. REFORZAR CON CINTA DOBLE FAZ PARA UN EXCELENTE RESULTADO. NO PENSADO PARA SUPERFICIES POROSAS
- Fuente de 12V /
- Controladora Bluetooth (por aplicación LED LAMP disponible IOS y ANDROID)
- Efectos programados y AudioRitmico.
- Fuente a 220V lista para usar.
- Cortable cada 3 LEDS.
- Se puede poner en color blanco
-DESCRIPCIÓN:
[...]
- Siliconada apta para Exterior (solo la tira, fuente y controladora solo interior)
- Tira Ultradelgada.
- Autoadhesiva a superficies lisas.
- Múltiples efectos, colores e intensidades, con opción a Audio-rítmico.
- Controladora RGB x Bluetooth ( Podes elegir usarla en un color fijo, multicolor o disfrutar de su variedad de efectos desde tu celular)
- Incluye la fuente de 12V ,
[...]
- Se puede poner en color blanco
[...]
- Tira de LED RGB para decorar los mejores lugares de manera multicolor y con efectos.
- Este producto viene con su fuente y una controladora Bluetooth, para poder elegir entre los distintos efectos y colores.
- Corre con la aplicación "LED LAMP"
- Función Audio-Rítmico desde tu celular
El Kit Incluye:
[...]
\* Tira LED RGB 5050 Siliconada.
\* Controladora Bluetooth (con aplicación para Celular) IOS + Android
\* Fuente
[...]
atractivo, manejable tanto con control remoto como desde
[...]
. En general,
[...]
totalmente recomendable y


Tira Led Luces MTI 5050 Led Rgb 10m Fuente 12v + Control Romoto Pared | MercadoLibre
Saltar al contenidoComentar sobre accesibilidadMercado Libre Argentina - Donde comprar y vender de todo
Ingresá lo que quieras encontrar
Envío gratis en tu primera compra en Mercado Libre.
[...]
led 5
[...]
* tira led rgb
[...]
050
[...]
Compartir
Tira Led Luces MTI 5050 Led Rgb 10m Fuente 12v + Control Romoto Pared
+4
Nuevo | +1000 vendidos
# Tira Led Luces MTI 5050 Led Rgb 10m Fuente 12v + Control Romoto Pared
4.5Calificación 4.5 de 5. 940 opiniones.(940)
Este producto no está disponible. Elige otra variante.
Voltaje de funcionamiento:12V

12V

5V

## Lo que tenés que saber de este producto
* Voltaje: 220V
* Grado de protección: IP64
* Color de la luz: RGB
* Cantidad de leds por metro: 60.
* Con control para selección de colores.
* Incluye fuente de alimentación.Ver características
Ir a la compra
## Características del producto
[...]
### Características principales
[...]
|
Marca
|MTI|
Modelo
|50/50|
Tipo de LED
|5050|
Color de la luz
|RGB|
Voltaje
|220V|
Voltaje de funcionamiento
|12V|
Largo
|10 m|
Grado de protección
|IP64|
### Otros
[...]
|
Cantidad de LEDs por metro
|60|
Incluye fuente de alimentación
|Sí|
Incluye controlador de color
|Sí|
Con Wi-Fi
|No|
## Descripción
[...]
Newtek 2781/5050/2780 Rgb 220v 5 M Ip64 Tiras De Luces Leds Los Colores Rgb Calido Frio Neutro Kit Completo Exterior Interior Siliconadas Autoadhesivos Fuente Control Remoto
[...]
Tira De Luces Led Rgb Rgb 10 Metros 5050 Rgb 10m 220v
~~$8.199~~
[...]
Kit Led Multicolor 5m Flexible Control Remoto Color De La Luz Rgb Tira Led 5050 + Controlador + Fuente
~~$9.999~~
[...]
Tira Led 5050 Rgb Control Remoto Exterior 5 Mts
[...]
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[...]
Tira Led Genérica 5050 Rgb 5m 220v Ip54 Exterior Multicolor Con Fuente Y Control Remoto
[...]
~~$11.999~~
[...]
Kit Tira Led 5050 Rgb Exterior X10 Mts

Tira Led 220v Directo No Necesita Transformador X 20 Metros | Envío gratis
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Ofrece una excelente iluminación y es fácil de instalar. Su capacidad para conectarse directamente a 220v sin necesidad de transformador es una gran ventaja. Además, se puede cortar cada 10 cm, lo que la hace práctica y versátil para diferentes usos.
[...]
Uso: no es para usa con control remoto. Iluminación: máximo brillo en blanco frío. Importante a destacar que son 220v directo no llevan trafo, así que hay que hacer la conexión correspondiente soldando y poniendo un cable con tecla y enchufe tipo velador si ese es el uso que se le quiere dar. Importante también, no es para exterior, solo para interior y no se pueden tocar ya que conducen 220v permanentemente, así que si se quiere aislar, hay que ponerle silicona esa de pistola caliente en las conexiones como para proteger un poco.
[...]
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Mla47276933

Tira Led Rgb 5050 Kit 5 Mts Control Fuente Bluetooth Audio | MercadoLibre
[...]
vendidos
# Tira Led Rgb 5050 Kit 5 Mts Control Fuente Bluetooth Audio
Agregar a favoritos
4.5Calificación 4.5 de 5. 30 opiniones.(30)
~~$30.275,12~~
$28.458,616% OFF
en 6 cuotas de$6.512,75
Precio sin impuestos nacionales:$23.520
Ver los medios de pago
Llega el lunes
[...]
Más formas de entrega
Stock disponible
[...]
Cantidad:1 unidad(+50 disponibles)
[...]
Tira Led Rgb 5050 Kit 5 Mts Control Fuente Bluetooth Audio
## Características del producto
### Características principales
[...]
|
Marca
|Micro LED Strip|
Modelo
|RGB5 bluetooth|
Tipo de LED
|5050|
Voltaje
|220V|
Largo
|5 m|
Grado de protección
|IP20|
Color De La Luz
|RGB|
### Otros
[...]
|
Cantidad de LEDs por metro
|60|
Incluye fuente de alimentación
|Sí|
Incluye controlador de color
|Sí|
Con Wi-Fi
|No|
Asistentes virtuales compatibles
|LED LAMP|
Aplicaciones inteligentes compatibles
|Bluetooth, LED BLE|
## Descripción
[...]
SOMOS GUIRNALDADELUCES
[...]
LOCAL SHOWROOM EN CABALLITO
[...]
LUN A VIER DE 11 A 17HS
SABADO DE 10 A 14HS
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ENVIOS EN EL DIA - ENVIOS EN CABA GRATIS
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TIENDA Y MERCADOLIBRE ONLINE
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SOMOS GUIRNALDADELUCES
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TIRA DE LED RGB 5050 - Kit completo para instalar!
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LA CONTROLADORA TIENE MICROFONO PARA EFECTO AUDIORRITMICO
FUNCIONES & CARACTERÍSTICAS
- Tira de LED RGB 5050.
- 1 x 5 metros x tira de led y adhesivo para su colocación sobre superficies lisas. REFORZAR CON CINTA DOBLE FAZ PARA UN EXCELENTE RESULTADO. NO PENSADO PARA SUPERFICIES POROSAS
- Fuente de 12V /
- Controladora Bluetooth (por aplicación LED LAMP disponible IOS y ANDROID)
- Efectos programados y AudioRitmico.
- Fuente a 220V lista para usar.
- Cortable cada 3 LEDS.
- Se puede poner en color blanco
-DESCRIPCIÓN:
[...]
- Siliconada apta para Exterior (solo la tira, fuente y controladora solo interior)
- Tira Ultradelgada.
- Autoadhesiva a superficies lisas.
- Múltiples efectos, colores e intensidades, con opción a Audio-rítmico.
- Controladora RGB x Bluetooth ( Podes elegir usarla en un color fijo, multicolor o disfrutar de su variedad de efectos desde tu celular)
- Incluye la fuente de 12V ,
[...]
- Se puede poner en color blanco
[...]
- Tira de LED RGB para decorar los mejores lugares de manera multicolor y con efectos.
- Este producto viene con su fuente y una controladora Bluetooth, para poder elegir entre los distintos efectos y colores.
- Corre con la aplicación "LED LAMP"
- Función Audio-Rítmico desde tu celular
El Kit Incluye:
[...]
\* Tira LED RGB 5050 Siliconada.
\* Controladora Bluetooth (con aplicación para Celular) IOS + Android
\* Fuente
[...]
Es un producto excelente que funciona bien y cumple con
[...]
expectativas. Su instalación permite un ambiente visualmente atractivo, manejable tanto con control remoto como desde el celular. En general, es totalmente recomendable y queda increíble al instalarla