vault-graph README

The project's README from github.com/luke321/vault-graph. As one markdown file: README.md.

Vault Graph

Your whole vault as one disc. Every note is a dot; every top-level folder owns a wedge of the circle whose angle is its share of the vault. Notes fill concentric rings from the middle outwards, best-connected first, so the best-connected notes sit near the centre and leaves land on the rim.

The layout is deterministic, not force-directed. There is no simulation to settle and no seed to get lucky with: the same vault always draws the same picture, so the shape becomes something you can learn and recognise rather than a fresh tangle each time.

The disc growing from the vault's first note, a note hovered, its card opened and four of its linked notes walked in turn then stepped back along the trail, a note dragged into the hub to pin it and two more pinned by right-click and from their own detail card, the timeline scrubbed, three heatmap days hovered, a folder hidden, the biggest folder right-clicked and hidden by default from its own menu then put back, one folder soloed, a subfolder pushed out, the camera panned and reset, two folders right-clicked for their own colour, the (unlinked) row right-clicked to keep its notes separate, coloured by their own folder anyway, and both put back, and finally the calendar and the folder list folded away so the disc has the window to itself

Ships as an Obsidian plugin and as a standalone HTML exporter — one page, two mounts, from the same source. The exporter writes a single self-contained offline file with no server and no network, which is how the graph reaches a phone.


What it does

One wedge per top-level folder, sized by how much of the vault it holds, filled with notes ringed by how well-connected they are. Click a folder to hide it and the rest re-pack; hover a note to see its links; search narrows to matching notes; scrub a date ribbon to watch the vault grow. Follows Obsidian's theme, including a live switch.

The full feature list, one short clip per feature, lives in docs/features.md — the disc itself, filtering, the heatmap and timeline, reading a note, the camera, and folder colours, each with what it does and how its clip gets regenerated.


Install the plugin

From Obsidian — Settings → Community plugins → Browse → "Vault Graph" → Install, then Enable. Open it from the ribbon icon or the command palette (Vault graph: Open the graph).

Manually — download main.js, manifest.json and styles.css from the latest release into <vault>/.obsidian/plugins/vault-graph/, then reload plugins and enable it.

From source — npm install && npm run build, then ./scripts/install-plugin.ps1.

Check what you downloaded, if you like. main.js is a ~390 KB bundle — the page, the plugin host and the engine, a Sigma.js port — and nothing about downloading a file tells you where it came from. Every release asset now carries a GitHub build provenance attestation, signed by the workflow that built it — so you can verify it came from this repository at the tagged commit rather than being assembled by hand: gh attestation verify main.js --repo luke321/vault-graph. Releases published before this landed (1.9.0 and earlier) have none, because an attestation can only be produced by a workflow and those were published from a laptop.

It reads your vault through Obsidian's own metadata cache, so it sees the same links Obsidian does, aliases and frontmatter links included. It builds in about a tenth of a second on a 450-note vault. Nothing leaves your machine — it makes no network requests, collects nothing, and needs no account.

What it touches, plainly. A graph of a whole vault has to know what is in the whole vault, so the plugin enumerates every markdown file (vault.getMarkdownFiles) and reads their frontmatter and link data from Obsidian’s own metadata cache. It reads note bodies only to count words (vault.cachedRead), and it writes nothing in your vault — the one file it writes is its own data.json in its plugin folder, holding the settings below. Obsidian’s own automated review flags the enumeration, correctly — it is what the plugin is for, and worth stating rather than leaving to be discovered.

Settings

Settings → Community plugins → Vault Graph.

Folder colours One row per top-level folder, with the twelve palette slots under it. The slot the folder is currently using is ringed — brightly if you chose it, dimly if it is just the one its position gives it. Click a slot to hold the folder to that colour; Auto hands it back. Setting one folder never changes another, and two folders may share a colour — useful for saying they belong together. A folder's automatic slot is decided by where its notes are filed, not by how many of them are on screen, so a folder never takes another's colour because a filter or a setting emptied the one in front of it. A folder whose wedge is drawing nothing keeps its row, greyed with its count in brackets, rather than dropping out of the legend.
Folder visibility The eye at the start of each row sets whether that folder is shown by default. The legend's own eye inside the graph is the live filter for this session; this one is what the graph comes back to. Right-click a folder in the graph's own legend for the same setting, one row down from its colour picker — no need to open this tab just to flip it.
Unlinked notes join their folder On by default: a note with no links takes its own folder's wedge and colour, the same as any other note in it. Turn this off to keep unlinked notes together instead, as one separate population with a flat grey swatch and a parenthesised count. The (unlinked) row in the graph's own legend carries the same toggle either way — it's the very last row in the list (after (vault root), matching where a loose note sits in Obsidian's own file explorer), greyed out while it holds nothing.
Colour unlinked notes by folder Only has anything to do while the toggle above is off: a note kept in the (unlinked) population can still take its own folder's colour instead of the flat swatch, and the row's own swatch turns into a mix of whatever colours are actually in play. Right-click the (unlinked) row for the same toggle, one row below the one that moves notes out of the group entirely — it only appears there once that one is off, since there's nothing left to recolour once every unlinked note has joined its folder.

The graph view has a gear in its top-left corner that opens this tab directly, so the colours are reachable from the thing they colour. | Include notes that do not exist yet | Wikilinks pointing at a note nobody has written. | | Include templates | Notes under your template folders. | | Flatten month folders | Treat 2026-08 and its siblings as one folder rather than a subfolder each. | | Count words | Sizes each note by its length. The one setting that costs real I/O. |

Colours and visibility repaint the open graph immediately. The other four rebuild it, because they change what is in it.

Folders are coloured from twelve slots — ten hues and two greys — handed out in folder order and round again, so a thirteenth folder comes back to the first slot rather than falling into a grey pile. A saved choice is a slot, not a colour value, so it follows your Obsidian theme between light and dark.

Folders whose name starts with _ are treated as archives — _ Archives, _old, scratch. They stay in the graph, but they take no slot in the colour rotation, wear the palette's darker grey, and start hidden. All three are defaults: pick a colour or click the eye and your choice wins. It is a rule about folders, not files — _scratch.md is a note like any other.

Zero network calls, and greppable. Nothing shipped makes a request. The graph store and the WebGL renderer are the plugin's own code (src/engine/, TypeScript), so there is no third-party bundle to explain away — though not no third-party code: the renderer is a port of Sigma.js 3.0.2 under MIT, whose notice ships in every build and is recorded in src/engine/NOTICE.md — and node scripts/check-network.mjs is the gate that keeps main.js and the exporter at zero. See 0008-zero-network-calls and 0012-own-graph-store-and-renderer.


Or export a standalone page

The other half of the same source: one HTML file, openable offline on anything with a browser.

The standalone page

Getting the exporter

Requirements: Node 18 or newer, and one npm ci --omit=dev after cloning. That installs a single package, esbuild, which bundles the graph engine into the page; nothing else is downloaded, and the generator itself never touches the network. (Until the engine replaced the vendored libraries there was no install step at all; the trade is recorded in 0012.)

This is not an app you run — it is a generator. The script reads your vault once and writes one HTML file. Nothing is listening afterwards; you open that file yourself, in any browser, like any other file on your disk. Two steps, and the second one is yours.

1. Get it

Clone the repo. (Releases carry only the Obsidian plugin's three files; the exporter is not packaged separately.)

git clone https://github.com/luke321/vault-graph.git
cd vault-graph

Either way, once:

npm ci --omit=dev        # esbuild only; the dev tooling is not needed to generate

2. Generate the file

node src/build-graph.mjs --vault "/path/to/your/vault"

It reads the vault, writes the HTML, prints where it went, and exits:

vault-graph: 449 notes, 1489 links, 0 orphans, 120 unresolved link(s)
wrote /path/to/your/vault/vault-graph.html (732 KB)

3. Open that file

That path in the last line is the graph. Open it however you open any local file — double-click it, or:

start "path/to/vault-graph.html"      # Windows (cmd)
open "path/to/vault-graph.html"       # macOS
xdg-open "path/to/vault-graph.html"   # Linux

No server, no localhost, no watch mode, and nothing left running when the script exits. The page is a snapshot of the vault as it was when you generated it: to see notes you have added since, run step 2 again and reload the tab. (The Refresh button inside the page returns to your default view and replays the intro — it cannot re-read your vault, because a file:// page is not allowed to.)

The gear

Top right of the sidebar. It opens the same folder-colour picker the plugin has: one row per top-level folder, twelve slots each — ten hues and two greys — handed out in folder order and round again, so a thirteenth folder comes back to the first slot. The slot each folder is currently using is ringed — brightly if you chose it, dimly if it is just the one its position gives it, which is also what the Auto button beside it is reporting. Auto hands a folder back to that positional slot. Setting one folder never changes another, and two folders may share a colour — useful for saying they belong together.

Hovering a folder in the legend haloes its notes on the disc, so you can find one without clicking anything. Clicking still pins the highlight and pushes the wedge out.

Each row also starts with an eye that sets whether that folder is shown by default — the same mark the legend uses, because it is the same question about a different moment. The legend's eye is the live filter for this session; this one is what the graph comes back to. Folders whose name starts with _ are archives — no slot in the colour rotation, the palette's darker grey, and hidden until you say otherwise.

Your choices are remembered in the browser's localStorage, under a key scoped to the vault name, so regenerating the file keeps them and a graph of a different vault gets its own. Colours and default visibility are what is kept: highlights and the timeline still start fresh. Refresh returns to those defaults rather than to "everything visible". If the browser has site data blocked the picker still works — the choices just do not outlive the tab.

Read this before sharing the output

The generated HTML contains the structure of your vault in plain text: every note's title, its path, its folder, its tags, its created/date frontmatter, its word count, and the link graph between notes.

It does not contain note bodies. Nothing you wrote inside a note is in the file.

That distinction matters the moment you think about sharing. A screenshot is usually fine. Handing someone the HTML hands them a complete listing of your note titles, which for most vaults is more revealing than it sounds. The file is designed to live inside your own vault and sync to your own devices; treat it as private by default.

If you want to show the graph rather than your vault, there are two vaults that are not yours to show it with.

node scripts/make-demo-vault.mjs --out ./demo-vault        # invented, fixed, two dense years
node scripts/make-mirror-vault.mjs --vault "/path/to/your/vault" --out ./mirror-vault

The demo vault is invented from end to end: eighteen top-level folders, nesting five deep, and two years of dates dense in every month. It is the same on every machine, which is what makes a screenshot comparable and a recording reproducible. Every screenshot and the demo clip in this README were made from it.

The mirror is for bug reports. It reproduces one real vault's shape and none of its content — same folder tree, same note count per folder, same created dates, same word counts, and the whole link graph rewritten between renamed notes, so it builds to the same numbers yours does. If the layout misbehaves on your vault, the shape is the report, and a generic fixture cannot reproduce a shape it does not have.

Which vault

You can skip --vault entirely. Resolution order, first match wins:

source
1 --vault <path> — explicit, always wins
2 VAULT_GRAPH_VAULT — per-machine override without editing anything
3 OBSIDIAN_VAULT — the machine-wide answer other tooling can share
4 --vault-name <name> — pick from Obsidian's registry by folder name
5 Obsidian's own registry — the only entry, or the one currently open
6 walk up for .obsidian — so dropping this folder inside a vault works

With one registered vault, node src/build-graph.mjs on its own works. With several and none unambiguously open, it lists them and stops rather than guessing. Errors name which source supplied a bad path.

Registry: %APPDATA%\obsidian\obsidian.json (Windows), ~/Library/Application Support/obsidian/obsidian.json (macOS), ~/.config/obsidian/obsidian.json (Linux).

Where the output goes

<this repo>/                              source: the page, the exporter, the engine (src/engine)
  └─ .ai-context/                         architecture + decision records
<vault>/vault-graph.html                  build output, opened directly in a browser
                                          ...or anywhere: --out FILE

The default is the vault's root, because that is the one folder every vault has — nothing about your folder names or numbering is assumed. --out puts the file wherever you like:

node src/build-graph.mjs --out ~/Desktop/my-vault.html

Writing it into the vault is the default for one reason: the vault already syncs to your phone and your other machines, and one self-contained file rides along for free.

Flags

Flag Effect
--vault PATH which vault to read
--vault-name NAME pick a registered vault by folder name
--out FILE write somewhere else
--ghosts also show [[links]] pointing at notes that don't exist yet
--templates include your template notes (off by default: their placeholder links are fake edges)
--flat-months fold 2026-08 month folders into their parent instead of treating them as a level
--no-nav ignore the daily-note prev/next nav line

Platform notes

The builder is cross-platform — plain Node, no shell-outs. The scripts/*.ps1 helpers are Windows-only conveniences, not requirements:

script what it does elsewhere
refresh-graph.ps1 rebuild and open node src/build-graph.mjs && open <path>
record-demo.ps1 record the demo to mp4 not ported — needs avfoundation / x11grab
make-hero.ps1 encode a take as the README hero (animated WebP, 30fps, 700px) works anywhere ffmpeg does, if you port the wrapper
make-logo.ps1 rebuild the logo mask from source art not ported; assets/ is prebuilt

scripts/smoke.mjs, scripts/demo.mjs and scripts/make-test-vault.mjs are Node and should work anywhere Chrome does, though only Windows has been exercised.

How your vault is interpreted

Nothing about a particular vault is hardcoded, but a few conventions are detected — and knowing them explains the output:

A vault with no subfolders, no dates and no aliases still renders — you just get a simpler disc.

The page is a snapshot

It cannot regenerate itself. The vault is baked in at build time; there is no server, no network, and fetch() is blocked on file://, so nothing in the browser can walk your vault. Re-run the build to make it current.

The in-page Refresh button is not that. It returns to your defaults — clearing highlights and the timeline, and putting each folder back to the visibility set in the gear — and replays the intro. If you have just rebuilt, reload the browser tab.

Optional: the scripted demo

?demo on the URL arms a walkthrough that drives the real controls over Chrome's DevTools protocol. The storyboard is demoMode() in src/page.js — append beats to it and nothing else needs changing.

.\scripts\record-demo.ps1        # needs ffmpeg: winget install Gyan.FFmpeg

The visible cursor in a recording (--cursor, which the recorder passes) is drawn inside the page and moved by eval, in step with the same input dispatched over CDP — not the

vault-graph (luke321/vault-graph)

Searching Database…

What is this?Vault Graph is an Obsidian community plugin that draws your whole vault as a deterministic circular graph: every note is a dot, every top-level folder owns a wedge sized by its share of the vault, and notes fill rings from the centre (best-connected) out to the rim (leaves).
Is this just the plugin, or something else too?It ships two ways from the same source: an in-app Obsidian plugin, and a standalone HTML exporter that generates a single self-contained offline file you can open on any browser, including a phone.
How do I install the plugin or generate the standalone page?Install from Obsidian via Settings → Community plugins → Browse → 'Vault Graph', or manually drop main.js/manifest.json/styles.css into .obsidian/plugins/vault-graph/. For the standalone page, clone the repo, run 'npm ci --omit=dev', then run the generator script to produce one HTML file you open locally.
Do I need Node or any other tooling to use it?The Obsidian plugin needs nothing beyond Obsidian itself; the standalone exporter needs Node 18 or newer and installs a single package, esbuild, to bundle the graph engine.
Does the exported HTML page stay in sync with my vault?No — the exported page is a snapshot from when you generated it and can't re-read your vault afterward (a file:// page isn't allowed to), so you have to rerun the exporter and reload to see new notes.
Does it work the same on desktop and mobile?The plugin runs wherever Obsidian runs (desktop), and the exported standalone HTML file is how the graph reaches a phone, since it's just an offline file opened in any browser.
Does my vault data leave my machine?No — the plugin and the exporter make zero network requests, collect nothing, and need no account; everything runs locally and is enforced by a check-network script.
Is there any licensing to know about?Vault Graph itself is MIT, and its renderer is a port of Sigma.js 3.0.2, also MIT, with its notice shipped in every build.
Can I verify that a downloaded release build hasn't been tampered with?Yes — every release asset from 1.10.0 onward carries a GitHub build provenance attestation you can check with 'gh attestation verify main.js --repo luke321/vault-graph'. Releases 1.9.0 and earlier, published manually, have no attestation.
What does sharing the exported HTML file reveal about my vault?It contains every note's title, path, folder, tags, dates, word count and the link graph, but no note bodies — so it's more revealing than a screenshot even though your actual writing stays out of it.
Can I customize folder colours in the graph?Yes — each top-level folder is assigned one of twelve palette slots (ten hues, two greys) automatically by folder order, but you can pin any folder to a specific slot, and settings sync between the plugin and the exported page's own colour picker.
Is the layout randomized like a typical force-directed graph?No — the layout is fully deterministic, not force-directed, so the same vault always produces the same picture instead of a different arrangement each time.
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