by adom

The COSMIIC implantables factory project: a scaffold layout designed in the Hydrogen 3D editor (wireBender). Three eval frame molecules chained over the two-wire implant network bus beside a charging cluster on a 5x10 scaffold. Installing places wireBender.json into project-content/layouts for the 3

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name: cosmiic-implantables user-invocable: true description: Open and explore the COSMIIC implantables project layout (wireBender) in the Hydrogen 3D editor. Use when the user says open the cosmiic implantables layout, show the cosmiic layout in 3d, open the wirebender layout, load the cosmiic implant network in the 3d editor, where is the cosmiic layout, or asks what is in the COSMIIC scene (PG4 pulse generator, PM1 power module, BP2 biopotential amplifier, COSMOCOIL charger, PM coil, adipose molecules, wireless link).

COSMIIC Implantables

The COSMIIC implantables project ships its whole eval bench as one Adom 3D editor layout, named wireBender: every COSMIIC module placed and wired on Adom scaffolds, ready to open and explore.

Where the layout lives

Installing this package copies the layout to:

$HOME/project/project-content/layouts/wireBender.json

That folder is the one the 3D editor's layout picker lists. If the file is missing, reinstall with adom-wiki pkg install adom/cosmiic-implantables.

Open it in the 3D editor

The 3D Editor panel is a singleton (panel type adom/a1b2c3d4-1111-4000-a000-000000000001). Check for an existing tab first, then add one if needed:

adom-cli hydrogen workspace find-tab "3D Editor" || \
adom-cli hydrogen workspace add-tab \
  --panel-id "$(adom-cli hydrogen workspace tabs | python3 -c 'import sys,json; print(json.load(sys.stdin)["tabs"][0]["panelId"])')" \
  --panel-type "adom/a1b2c3d4-1111-4000-a000-000000000001" \
  --display-name "3D Editor"

Then pick wireBender from the panel's layout picker (the folder icon in the 3D editor toolbar). If the editor auto-loaded a different layout, the picker is the way to switch.

What is in the scene

14 molecule instances, 8 wires, all 24 AWG:

Three lrg-lrg-6x6-p16 scaffolds in a column, carrying the PG4 pulse generator, PM1 power module (refined), and BP2 biopotential amplifier frame molecules.
The implant network bus: BUSA/BUSB wire pairs chain PG4 to PM1 and PM1 to BP2.
A lrg-lrg-5x10-p16 scaffold carrying the COSMOCOIL wireless charger, the PM charging coil (wired to PM1's X1/X2 coil contacts), and four adipose spacer molecules.
A wireless link module beside the bus column, and two wires from PM1 to the control panel contacts X74 and X71.

Molecule SKUs resolve from the cosmiic owner on the molecule store, and each molecule is also a wiki dependency of this package, so pkg install brings the full kit.

---
name: cosmiic-implantables
user-invocable: true
description: Open and explore the COSMIIC implantables project layout (wireBender) in the Hydrogen 3D editor. Use when the user says open the cosmiic implantables layout, show the cosmiic layout in 3d, open the wirebender layout, load the cosmiic implant network in the 3d editor, where is the cosmiic layout, or asks what is in the COSMIIC scene (PG4 pulse generator, PM1 power module, BP2 biopotential amplifier, COSMOCOIL charger, PM coil, adipose molecules, wireless link).
---

# COSMIIC Implantables

The COSMIIC implantables project ships its whole eval bench as one Adom 3D
editor layout, named wireBender: every COSMIIC module placed and wired on Adom
scaffolds, ready to open and explore.

## Where the layout lives

Installing this package copies the layout to:

```
$HOME/project/project-content/layouts/wireBender.json
```

That folder is the one the 3D editor's layout picker lists. If the file is
missing, reinstall with `adom-wiki pkg install adom/cosmiic-implantables`.

## Open it in the 3D editor

The 3D Editor panel is a singleton (panel type
`adom/a1b2c3d4-1111-4000-a000-000000000001`). Check for an existing tab first,
then add one if needed:

```bash
adom-cli hydrogen workspace find-tab "3D Editor" || \
adom-cli hydrogen workspace add-tab \
  --panel-id "$(adom-cli hydrogen workspace tabs | python3 -c 'import sys,json; print(json.load(sys.stdin)["tabs"][0]["panelId"])')" \
  --panel-type "adom/a1b2c3d4-1111-4000-a000-000000000001" \
  --display-name "3D Editor"
```

Then pick `wireBender` from the panel's layout picker (the folder icon in the
3D editor toolbar). If the editor auto-loaded a different layout, the picker is
the way to switch.

## What is in the scene

14 molecule instances, 8 wires, all 24 AWG:

- Three `lrg-lrg-6x6-p16` scaffolds in a column, carrying the PG4 pulse
  generator, PM1 power module (refined), and BP2 biopotential amplifier frame
  molecules.
- The implant network bus: BUSA/BUSB wire pairs chain PG4 to PM1 and PM1 to
  BP2.
- A `lrg-lrg-5x10-p16` scaffold carrying the COSMOCOIL wireless charger, the
  PM charging coil (wired to PM1's X1/X2 coil contacts), and four adipose
  spacer molecules.
- A wireless link module beside the bus column, and two wires from PM1 to the
  control panel contacts X74 and X71.

Molecule SKUs resolve from the cosmiic owner on the molecule store, and each
molecule is also a wiki dependency of this package, so `pkg install` brings
the full kit.