diff --git a/docs/wiki/Assemble-tool.md b/docs/wiki/Assemble-tool.md
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+# Assemble tool and Auto-fit
+
+## What it is
+
+EdgeSlicer adds stronger **assembly** and **auto-fit** tools so multi-part models can be mated and merged for printing without juggling them by hand.
+
+Two related entry points:
+
+- **Auto-Fit Assembly** (object / selection menu) — right-click a multi-selection: the largest part stays fixed; the rest mate to it by matching faces, holes, and pegs; everything merges into one print-ready object.
+- **Assemble tool → Auto-fit** — pick one feature on each part, press Auto-fit, nudge with live **Rotate / Offset** sliders, then **Merge parts**.
+
+New assembly modes include **Triangle and triangle** and **Curve and curve**. **Point and point** snaps to vertices at any zoom and has one-click **Coincide points**.
+
+## Where to find it
+
+- Prepare view → **Assemble** tool (toolbar / assembly tools)
+- Right-click a **multi-selection** → **Auto-Fit Assembly** (or equivalent assembly command)
+- Screenshot: `docs/images/assembly.png` (assembly modes, curve-and-curve mate, Auto-fit, Rotate / Offset, Merge parts)
+
+## How to use it
+
+### Auto-Fit Assembly (selection)
+
+1. Select multiple parts that should become one object.
+2. Right-click → **Auto-Fit Assembly**.
+3. Review the result: largest part fixed; others mated by faces / holes / pegs and merged.
+
+### Assemble tool → Auto-fit
+
+1. Open the **Assemble** tool.
+2. Choose an assembly mode (including **Triangle and triangle**, **Curve and curve**, or **Point and point**).
+3. Pick one feature on each part (flat face, circular rim, a single triangle, or a curved patch). For Point and point, use **Coincide points** when you want a one-click snap.
+4. Press **Auto-fit**.
+5. Nudge with the live **Rotate / Offset** sliders.
+6. Press **Merge parts** when the mate looks right.
+
+Rotation is chosen by outline fit **and** a whole-mesh collision check, so pegs seat square without intersecting.
+
+### Related assembly helpers
+
+- **Assemble Separately / Separate** — pull parts out of an assembly in place  
+- **Merge into Single Part** — merge while keeping paint and seam annotations  
+
+## Limits / notes
+
+| Situation | What happens |
+|---|---|
+| Poor feature picks | Auto-fit may not find a clean mate — try another mode or feature. |
+| Collision check | Favours mates that do not intersect; adjust Rotate / Offset if needed. |
+| Upstream face-and-face snapping | Edge also carries fixes so face-and-face picking uses the facet under the cursor again. |
+
+For cut-plane joints instead of assembly mates, see [Flexi joints and Cut tool](Flexi-joints).
+
+## Related
+
+- [Auto-Fit Assembly](Auto-Fit-Assembly) — same selection-based flow called out on the Home index  
+- [Flexi joints and Cut tool](Flexi-joints)  
+- [Home](Home)  
diff --git a/docs/wiki/Auto-Fit-Assembly.md b/docs/wiki/Auto-Fit-Assembly.md
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+# Auto-Fit Assembly
+
+## What it is
+
+**Auto-Fit Assembly** mates a multi-selection into one print-ready object: the largest part stays fixed, the rest mate by matching faces, holes, and pegs, then everything merges.
+
+For feature-pick Auto-fit inside the Assemble tool (Triangle/Curve/Point modes, Rotate / Offset, Merge parts), see [Assemble tool and Auto-fit](Assemble-tool).
+
+## Where to find it
+
+- Object list / Prepare view → select multiple parts → right-click → **Auto-Fit Assembly**
+
+## How to use it
+
+1. Select the parts that should become one object.
+2. Right-click → **Auto-Fit Assembly**.
+3. Check that the largest part stayed fixed and the others seated on faces / holes / pegs.
+4. Slice or continue editing the merged object.
+
+## Limits / notes
+
+| Situation | What happens |
+|---|---|
+| Ambiguous geometry | Mating may need the Assemble tool’s feature-pick Auto-fit instead. |
+| Paint / seams | Prefer **Merge into Single Part** when you need annotations preserved — see [Assemble tool](Assemble-tool). |
+
+## Related
+
+- [Assemble tool and Auto-fit](Assemble-tool)  
+- [Home](Home)  
diff --git a/docs/wiki/Bake-slice-to-mesh.md b/docs/wiki/Bake-slice-to-mesh.md
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+# Bake slice to mesh
+
+> Staging: available on `feat/ultra-preferences`. Not on `main` yet.
+
+## What it is
+
+**Bake slice to mesh...** rebuilds the object as the **outer wall the slicer will actually print**, so you can re-slice that mesh at another layer height (or export it).
+
+It uses the current slice’s extrusion paths (including fuzzy skin), not a separate “smooth contour only” path in the live UI.
+
+## Where to find it
+
+- Prepare **object** context menu → **Bake slice to mesh...**
+- Object list object row or canvas right-click on a full object / instance
+
+**Not** on the part menu, multi-selection menus, or Assemble view.
+
+**Enable gate:** exactly one object, and the plate must already be sliced through perimeters (`can_bake_slice_to_mesh` / `slice_bake_available`).
+
+## How to use it
+
+1. Slice the plate so perimeters exist for the object.
+2. Right-click the object → **Bake slice to mesh...**
+3. In the **Bake slice to mesh** dialog:
+   - **Result:** Replace object / Add as new object / Export STL...
+   - **Resolution** (mm)
+   - **Smooth vertical steps**
+   - **Close small gaps** / **Gap radius**
+4. Confirm with **Bake**.
+
+Tooltip: *Rebuild this object as the outer wall the slicer will actually print, so it can be re-sliced at another layer height.*
+
+## Limits / notes
+
+| Situation | What happens |
+|---|---|
+| Not sliced yet / no perimeters | Menu item stays disabled. |
+| Multi-object or part selection | Bake is not offered. |
+| Contour vs extrusion UI | Dialog can build contour options, but live UI uses **extrusion paths** (fuzzy skin included). |
+| vs SVG/text gizmo **Bake** | Different feature — gizmo Bake only drops SVG/text editability into an uneditable part. |
+
+## Related
+
+- [Object menu](Object-menu)  
+- [Repair/Remesh](Repair-Remesh)  
+- [Quad remesh](Quad-remesh)  
+- [Home](Home)  
diff --git a/docs/wiki/Compare-Slices.md b/docs/wiki/Compare-Slices.md
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+# Compare Slices
+
+## What it is
+
+**Compare Slices** diffs two slices (or sliced files) so you can see what changed between them: **settings**, **time** and **filament** estimates, plus a **per-layer toolpath** comparison.
+
+Use it when you tweak a preset or project and want a clear before/after without guessing from memory.
+
+## Where to find it
+
+- **View** menu → **Compare Slices**
+- Screenshot in the repo: `docs/images/compare-slices.png` (time and filament deltas, changed settings, per-layer toolpath overlay)
+
+## How to use it
+
+1. Produce the first slice (or keep a sliced file you already have).
+2. Change settings or the model as needed and slice again — or pick a second sliced file.
+3. Open **View → Compare Slices**.
+4. Choose the two slices / sliced files to compare.
+5. Review:
+   - which **settings** differ
+   - **time** and **filament** deltas
+   - the **per-layer toolpath** overlay for path-level differences
+6. Use that to decide whether the change is worth keeping, or to document a regression.
+
+## Limits / notes
+
+| Situation | What happens |
+|---|---|
+| You only have one slice | You need a second slice or sliced file to compare against. |
+| Large projects | Per-layer overlays can be dense — focus on layers or regions that matter for the change. |
+| Upstream Orca | This is an EdgeSlicer workflow feature; stock Orca does not ship the same Compare Slices window. |
+
+Other notes:
+
+- Comparing a slice to a saved sliced file is useful for “what did this release / preset change?” checks.
+- Pair with [Preferences → Extras](Preferences-Extras) habits (for example Auto-Save) when you want an easy trail of project states to re-open and re-slice.
+
+## Related
+
+- [Preferences → Extras](Preferences-Extras) — Edge-only preferences (project, presets, archive, …)  
+- [Home](Home) — EdgeSlicer wiki index  
diff --git a/docs/wiki/Edge-Hub.md b/docs/wiki/Edge-Hub.md
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+# Edge Hub overview
+
+## What it is
+
+**Edge Hub** is the same EdgeSlicer binary run as a **tray-only background process**. It serves the phone page and camera relays. Any slicer window can start it, and it keeps running after you close those windows.
+
+Through the hub you get LAN phone access (QR / token link), optional remote access over Tailscale, printer event notifications, hidden slicer windows for phone-driven slice/send, and the control surfaces that only answer on loopback.
+
+## Where to find it
+
+- System tray → Edge Hub (balloon / menu)
+- Hub page (loopback only) — phone QR, notifications card, window / hidden-instance controls
+- Preferences → Extras → **Phone access** (related options; see [Preferences → Extras](Preferences-Extras))
+
+## How to use it
+
+1. Start EdgeSlicer as usual — a slicer window starts the hub if it is not already running.
+2. Open the hub from the tray when you need the phone QR, notification destinations, or window controls.
+3. Enable **phone access on the LAN**, scan the **QR code**, and use the phone page (`http://<pc>:13640/r/<token>/`) for Streams, Prepare, Devices, and Reprints. Details: [Phone access](Phone-access).
+4. Optionally set up **Tailscale remote access** for HTTPS away from home. Details: [Remote access (Tailscale)](Remote-access-Tailscale).
+5. Configure **notifications** on the hub page’s Notifications card. Details: [Printer event notifications](Printer-notifications).
+6. Let the hub open further slicer windows, including **hidden** ones (no desktop window) so the phone can slice and send without UI on the PC. A hidden instance that would have raised a dialog flags *needs attention* on the hub page and in the tray menu; you can toggle hidden ↔ visible either way.
+
+## Limits / notes
+
+| Situation | What happens |
+|---|---|
+| Hub page / tray control plane | Answers only on **loopback** — no tunnel reaches the control plane. |
+| Phone link | Token-gated; survives restarts. **New link** rotates the token and invalidates saved links and home-screen icons. |
+| Firewall (Windows installer) | Adds a rule for **TCP 13640** for the hub. |
+| Closing slicer windows | Hub can keep running in the tray. |
+
+## Related
+
+- [Phone access and the companion app](Phone-access)  
+- [Remote access (Tailscale)](Remote-access-Tailscale)  
+- [Printer event notifications](Printer-notifications)  
+- [Store G-Code Files](Store-G-Code-Files) — archive used by phone Reprints  
+- [Stream tab](Stream-tab) — desktop camera wall; shares phone link / QR concepts  
+- [Home](Home)  
diff --git a/docs/wiki/Edit-cut.md b/docs/wiki/Edit-cut.md
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+# Edit cut and Copy cut
+
+> Staging: available on `feat/ultra-preferences`. Not on `main` yet.
+
+## What it is
+
+When an object still has a **stored cut recipe** from the Cut tool:
+
+- **Edit cut...** — reopen that cut in the Cut gizmo so you can change it  
+- **Copy cut to...** — submenu of other objects; set the same cut up on another object, ready to cut it the same way  
+
+These sit near **Invalidate cut info** on the object menu.
+
+## Where to find it
+
+- Object menu → **Edit cut...** (only if `has_selected_editable_cut()`)  
+- Object menu → **Copy cut to...** → pick another object (only if the cut is copyable)  
+
+## How to use it
+
+### Edit cut
+
+1. Select an object produced (or still holding) an editable cut.
+2. Right-click → **Edit cut...**
+3. Adjust the cut in the Cut gizmo (plane, Flexi joints, thickness, etc.).
+4. Apply when done.
+
+Tooltip: *Edit the cut that produced this object.*
+
+### Copy cut to another object
+
+1. Select the object that has the cut recipe.
+2. Right-click → **Copy cut to...** → choose the target object.
+3. Cut the target with the same setup.
+
+Tooltip: *Set this cut up on another object, ready to cut it the same way.*
+
+## Limits / notes
+
+| Situation | What happens |
+|---|---|
+| No stored editable cut | Edit cut is not shown. |
+| Invalidate cut info | Clears cut metadata (already on `main`); after that, Edit/Copy may no longer apply. |
+| Flexi joints / curved cut | See [Flexi joints](Flexi-joints). |
+
+## Related
+
+- [Flexi joints and Cut tool](Flexi-joints)  
+- [Object menu](Object-menu)  
+- [Home](Home)  
diff --git a/docs/wiki/Fill-bed-with-copies.md b/docs/wiki/Fill-bed-with-copies.md
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+# Fill bed with copies
+
+## What it is
+
+**Fill bed with copies** packs as many copies of the selection as will fit on the current plate, using a dialog for gaps, margins, rotation, and layout mode.
+
+It fills around objects already on the plate. **Grid** lays an exact regular block; **Compact** packs more tightly (Edge’s compact pack no longer gives up early and leaves empty strips). Filling plate 2 or later puts copies on that plate.
+
+## Where to find it
+
+- Object menu → **Fill bed with copies**  
+- Object menu → **Clone** (`Ctrl+K`) → dialog button **Fill** (tooltip “Fill bed with copies”)  
+
+Entry also sits under Clone in the object menu family described in [Object menu](Object-menu).
+
+## How to use it
+
+1. Select the object (or instance) you want to duplicate across the bed.
+2. Choose **Fill bed with copies**, or open **Clone** and click **Fill**.
+3. In the dialog set:
+   - **Minimum gap between copies**
+   - **Allow rotation** (on/off)
+   - **Layout**: Compact or Grid
+   - **Minimum distance from bed edge**
+   - Optional **Keep the front edge clear** / **Distance from the front edge** (calibration-line margin)
+   - **Ignore support clearance** (staging on `feat/ultra-preferences` — not on `main` yet)
+4. Confirm with **Fill**.
+5. Check the live count / arrangement on the plate, then slice.
+
+## Limits / notes
+
+| Situation | What happens |
+|---|---|
+| Objects already on the plate | Fill packs around them. |
+| Grid layout | Exact regular block; hardware validation of Grid is still listed as unchecked by the maintainer — verify the first print. |
+| Ignore support clearance | Staging only — packing can ignore support clearance; warnings may mention support clearance instead of always blaming brim. |
+| Compact layout | Improved vs early bail-out that left empty strips. |
+| Plate 2+ | Copies go on the active / chosen later plate. |
+
+## Related
+
+- [Scale to build volume](Scale-to-build-volume)  
+- [Object menu](Object-menu)  
+- [Home](Home)  
diff --git a/docs/wiki/Flexi-joints.md b/docs/wiki/Flexi-joints.md
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+# Flexi joints and Cut tool
+
+## What it is
+
+EdgeSlicer extends the **Cut tool** so you can join the halves of a cut part with a **print-in-place Flexi joint** instead of a plug: double ring, ball and socket, chain link, hinge (chosen knuckle count, halves can fold shut), screw-top **thread**, or quarter-turn **bayonet** lock.
+
+The cut plane can also bend into a **curved cut**, and flat or curved cuts can remove a **cut thickness** (kerf) so reassembled halves leave room for glue or a joint.
+
+Joints survive saving and reopening a project. The slicer warns when a gap-closing setting would fuse them.
+
+## Where to find it
+
+- Prepare view → **Cut tool** (toolbar / object manipulation)
+- In the Cut tool UI: Flexi joint type and clearance, curved-cut controls, cut thickness / kerf options
+- Assembly-related screenshots: `docs/images/assembly.png` in the repo (assemble modes; Flexi/cut behaviour is in the Cut tool itself)
+
+## How to use it
+
+### Add a Flexi joint on a cut
+
+1. Select the part and open the **Cut tool**.
+2. Place the cut (flat or curved — see below).
+3. Choose a **Flexi joint** instead of a plug: double ring, ball and socket, chain link, hinge, thread, or bayonet.
+4. Set **clearance** and orient the joint to suit the part.
+5. For a **hinge**, set the number of knuckles; the halves can fold shut after printing.
+6. Apply the cut. Keep both halves; connectors (including Flexi joints) sit on the cut surface.
+7. Save the project if you need the joint to persist across sessions.
+
+### Curved cut
+
+1. In the Cut tool, bend the cut plane into a **curved sheet**.
+2. Drag control points; right-click-drag to snap them to the model.
+3. Set density as needed.
+4. Set each half to **Visible**, **Ghost**, or **Hidden** so you can read the result from both sides.
+5. Both halves are always kept. Connectors and Flexi joints sit on the curved surface.
+
+### Cut thickness (kerf)
+
+1. For a flat or curved cut, set a non-zero **cut thickness** to remove a slab of material.
+2. Centre it on, above, or below the cut as needed (glue gap or joint clearance).
+3. Connectors grow to span the gap.
+4. Leave thickness at **zero** (default) for a normal zero-kerf cut.
+
+## Limits / notes
+
+| Situation | What happens |
+|---|---|
+| Gap-closing settings that would fuse the joint | Slicer **warns** — check clearance / related settings before printing. |
+| Project reopen | Flexi joints are preserved with the project. |
+| Hardware validation | Curved cut and Flexi joints (including thread and bayonet) are listed as **not yet printed on hardware by the maintainer** — check the first print carefully. |
+| Zero cut thickness | Behaviour matches a normal cut (no kerf). |
+
+Other notes:
+
+- Prefer Flexi joints when you want print-in-place articulation or a lock without a separate plug.
+- Use cut thickness when glue or joint clearance needs a gap between halves.
+
+## Related
+
+- [Assemble tool and Auto-fit](Assemble-tool) — mate features and merge parts  
+- [Auto-Fit Assembly](Auto-Fit-Assembly) — multi-selection face/hole/peg mating  
+- [Home](Home) — EdgeSlicer wiki index  
diff --git a/docs/wiki/Home.md b/docs/wiki/Home.md
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+# Welcome to the EdgeSlicer Wiki
+
+EdgeSlicer is an OrcaSlicer-based slicer (via Snapmaker Orca) with bleeding-edge features aimed at supporting many printers in one app.
+
+Some Prepare-menu features (Bake slice to mesh, Quad remesh, Round all edges, Edit/Copy cut) are documented from staging branch `feat/ultra-preferences` and may not be on `main` yet.
+
+This wiki explains **EdgeSlicer-specific** features: what each one is, where to find it, and how to use it. For settings that come from upstream OrcaSlicer unchanged, use the [OrcaSlicer Wiki](https://www.orcaslicer.com/wiki/).
+
+**Current release:** [v2.3.8.0-edge](https://github.com/aceRage/EdgeSlicer/releases/tag/v2.3.8.0-edge) · [GitHub](https://github.com/aceRage/EdgeSlicer) · [Releases](https://github.com/aceRage/EdgeSlicer/releases)
+
+---
+
+## What is Edge-only?
+
+These areas are custom to EdgeSlicer (or heavily extended here). Each page follows the same short shape: **What it is**, **Where to find it**, **How to use it**, and **Limits / notes**.
+
+### Support
+
+| Page | What it covers |
+|---|---|
+| [Support sets and groups](Support-sets-and-groups) | Named support presets, per-part support groups, the Groups window |
+| [Over-support surfaces](Over-support-surfaces) | Bottom/wall faces over support printed like walls, not bridges |
+
+### Edge Hub (phone and remote)
+
+| Page | What it covers |
+|---|---|
+| [Edge Hub overview](Edge-Hub) | Tray hub, phone page, QR / token link, hidden slicer windows |
+| [Phone access and the companion app](Phone-access) | LAN phone UI, iOS/Android app, Reprints |
+| [Remote access (Tailscale)](Remote-access-Tailscale) | HTTPS link, allow-list, home vs away |
+| [Printer event notifications](Printer-notifications) | Tray, Web Push, Pushover, webhooks, native app push |
+| [Store G-Code Files](Store-G-Code-Files) | Archive of sent G-code, retention, phone Reprints |
+
+### Multicolor and materials
+
+| Page | What it covers |
+|---|---|
+| [Support Filament Matching](Support-Filament-Matching) | Supports/interfaces/brims in the colour of the surface they touch |
+| [Outer wall filament](Outer-wall-filament) | Separate filament for outer walls |
+| [Paint depth](Paint-depth) | Bound painted multi-material claims by walls or distance |
+| [Split by painted colour](Split-by-painted-colour) | Painted regions → separate parts |
+| [Spool Manager (Spoolman)](Spool-Manager) | Inventory, slot bindings, usage deduction |
+
+### Assembly and modeling
+
+| Page | What it covers |
+|---|---|
+| [Auto-Fit Assembly](Auto-Fit-Assembly) | Mate multi-selection by faces / holes / pegs |
+| [Assemble tool and Auto-fit](Assemble-tool) | Feature pick, rotate/offset, merge |
+| [Flexi joints and Cut tool](Flexi-joints) | Print-in-place joints, curved cut, cut thickness |
+| [glTF / GLB import](glTF-import) | Meshes, materials, vertex colours, textures |
+| [Sculpt](Sculpt) | Brush sculpting on the Prepare toolbar |
+| [Image Fill](Image-Fill) | Project an image onto a part; optional dithering |
+| [Fill bed with copies](Fill-bed-with-copies) | Compact / grid packing dialog |
+| [Scale to build volume](Scale-to-build-volume) | Fit an object to the bed with gaps |
+| [Visibility (Normal / Ghost / Hidden)](Visibility) | Eye column; Ghost X-ray; Hidden still slices |
+
+
+### Object / part context menu
+
+| Page | What it covers |
+|---|---|
+| [Object and part context menus](Object-menu) | Edge right-click map (object, part, multi-select) |
+| [Fill bed with copies](Fill-bed-with-copies) | Compact/Grid pack dialog; also Clone → Fill |
+| [Scale to build volume](Scale-to-build-volume) | Fit to bed with gaps and centre |
+| [Repair/Remesh](Repair-Remesh) | OpenVDB watertight remesh; staging dialog |
+| [Bake slice to mesh](Bake-slice-to-mesh) | Staging — bake sliced outer wall to mesh |
+| [Quad remesh](Quad-remesh) | Staging — QuadriFlow quad remesh |
+| [Round all edges](Round-all-edges) | Staging — fillet all edges |
+| [Edit cut and Copy cut](Edit-cut) | Staging — edit/copy stored cut recipe |
+| [Split by painted colour](Split-by-painted-colour) | Paint regions → separate parts |
+
+### Print quality
+
+| Page | What it covers |
+|---|---|
+| [Process settings (Edge overview)](Process-settings) | Map of Edge process tweaks vs upstream Orca |
+| [Offset layers](Offset-layers) | Interlocking odd walls (experimental) |
+| [Z contouring](Z-contouring) | Smooth shallow top staircasing (Edge notes) |
+| [Locked Zag infill](Locked-Zag-infill) | Separate skin/skeleton patterns; skin follows surface |
+| [Fuzzy skin (Edge notes)](Fuzzy-skin) | Unfuzz overhangs; width floor |
+
+### Workflow and devices
+
+| Page | What it covers |
+|---|---|
+| [Preferences → Extras](Preferences-Extras) | Project, presets, Bambu Network, Spoolman, phone, G-code archive |
+| [Compare Slices](Compare-Slices) | Diff two slices: settings, time, filament, toolpaths |
+| [Stream tab](Stream-tab) | Multi-camera wall (Snapmaker, Moonraker, Bambu LAN, RTSP/ONVIF) |
+| [Devices list](Devices) | Multiple printers of the same model as separate entries |
+| [Bambu Lab in EdgeSlicer](Bambu-Lab) | Profiles, LAN send, dual-nozzle, mixed nozzles, status |
+
+### Getting started
+
+| Page | What it covers |
+|---|---|
+| [Download and install](Download-and-install) | Windows / Linux / macOS packages, side-by-side with Snapmaker Orca |
+| [Data directory and migration](Data-directory) | `%APPDATA%\EdgeSlicer`, legacy UltraOne / Snapmaker_Orca copy |
+| [Supported printers](Supported-printers) | Snapmaker, Bambu, Flashforge, Orca vendor library — status table |
+| [Lineage and licence](Lineage) | Fork chain, AGPL-3.0, what is / is not redistributed |
+
+---
+
+## How pages are written
+
+Every feature page aims to answer:
+
+1. **What it is** — one short paragraph.
+2. **Where to find it** — menu, tab, or right-click path.
+3. **How to use it** — the usual steps, not every edge case.
+4. **Limits / notes** — what it will not do, and when stock Orca behaviour still applies.
+
+Screenshots live under `docs/images/` in the repo when a page needs them.
+
+---
+
+## Upstream documentation
+
+EdgeSlicer keeps Snapmaker Orca / OrcaSlicer behaviour for shared settings. Prefer:
+
+- [OrcaSlicer Wiki](https://www.orcaslicer.com/wiki/) — printer, material, and process settings
+- [OrcaSlicer Calibration Guide](https://www.orcaslicer.com/wiki/guides/calibration_guide)
+
+---
+
+## Contributing
+
+Bug reports and feature requests: [GitHub Issues](https://github.com/aceRage/EdgeSlicer/issues).  
+Wiki edits: keep Edge-only pages here; do not duplicate full upstream setting docs. Prefer the same concise “what / how used” shape as the pages above.
diff --git a/docs/wiki/Object-menu.md b/docs/wiki/Object-menu.md
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+# Object and part context menus (Edge)
+
+## What it is
+
+Prepare-view **right-click** menus on the object list and 3D canvas share the same Edge-aware builders. This page is the map of **Edge-only or heavily extended** items. Stock Orca / Snapmaker items (Simplify, Mesh boolean, Center, Drop, Mirror, Delete, Add part, …) stay on those menus but are documented upstream.
+
+Menus are built in `GUI_Factories` (`MenuFactory`). Object-list and canvas right-click both use them.
+
+## Where to find it
+
+- Object list → right-click an **object** row or a **part** row  
+- 3D Prepare view → right-click the selection  
+- Multi-select objects or parts for the multi-selection menus  
+
+Related (not a menu item): the object-list **eye** column cycles Normal → Ghost → Hidden. See [Visibility](Visibility).
+
+## How to use it (Edge highlights)
+
+### Object menu (one object)
+
+| Item | What it does | Page |
+|---|---|---|
+| **Clone** (`Ctrl+K`) | Opens Clone dialog (copy count, auto-arrange). **Fill** runs fill-bed. | [Fill bed with copies](Fill-bed-with-copies) |
+| **Fill bed with copies** | Pack copies onto the remaining bed (compact or grid). | [Fill bed with copies](Fill-bed-with-copies) |
+| **Visibility** | Normal / Ghost / Hidden / Show all objects. | [Visibility](Visibility) |
+| **Support groups...** | Opens the Support groups window for this object. | [Support sets and groups](Support-sets-and-groups) |
+| **Repair/Remesh** | OpenVDB voxel remesh → watertight mesh (all platforms). | [Repair/Remesh](Repair-Remesh) |
+| **Fix model** | Stock Netfabb repair (Windows 10+ only). | — |
+| **Apply image fill...** | Project an image onto the object with allowed filaments. | [Image Fill](Image-Fill) |
+| **Scale to build volume** | Fit to bed with gaps / centre options. | [Scale to build volume](Scale-to-build-volume) |
+| **Split ▸ By painted colour** | MMU paint → solid parts per filament. | [Split by painted colour](Split-by-painted-colour) |
+
+### Part menu (one part / volume)
+
+Live builder is the BBL part menu (not the unused alternate part menu).
+
+| Item | What it does | Page |
+|---|---|---|
+| **Repair/Remesh** | Same voxel remesh. | [Repair/Remesh](Repair-Remesh) |
+| **Visibility** | Normal / Ghost / Hidden for that part. | [Visibility](Visibility) |
+| **Separate** | Extract this part into a new object; keep world pose. | [Assemble tool](Assemble-tool) |
+| **Split ▸ By painted colour** | Same colour-split. | [Split by painted colour](Split-by-painted-colour) |
+| **Support group** | Assign part(s) to a named group (None, existing, New, from set, Support groups…). | [Support sets and groups](Support-sets-and-groups) |
+
+**Apply image fill...** is on the **object** menu only in the live UI. A part inside a multi-part object has no Image Fill item.
+
+### Multi-selection
+
+**Several objects**
+
+| Item | What it does | Page |
+|---|---|---|
+| **Assemble** | Merge into one multi-part object (stock). | — |
+| **Auto-Fit Assembly** | Largest fixed; others mate by faces/holes, then merge. | [Auto-Fit Assembly](Auto-Fit-Assembly) |
+| **Repair/Remesh** | Same remesh. | [Repair/Remesh](Repair-Remesh) |
+| **Visibility** | Same view modes. | [Visibility](Visibility) |
+
+**Several parts of one object**
+
+| Item | What it does | Page |
+|---|---|---|
+| **Assemble Separately** | Selected parts → new assembly; keep world pose. | [Assemble tool](Assemble-tool) |
+| **Merge into Single Part** | Boolean-merge selected parts (keeps paint/seams intent of the Orca port). | [Assemble tool](Assemble-tool) |
+| **Visibility** | Same. | [Visibility](Visibility) |
+| **Support group** | Same assignment submenu. | [Support sets and groups](Support-sets-and-groups) |
+| **Repair/Remesh** | Same. | [Repair/Remesh](Repair-Remesh) |
+| **Split ▸ By painted colour** | Same. | [Split by painted colour](Split-by-painted-colour) |
+
+Assemble-view menus stay stock-like — they do **not** get Visibility, Support group, Auto-Fit, or colour-split.
+
+## Limits / notes
+
+| Situation | What happens |
+|---|---|
+| **Bake slice to mesh / Quad remesh / Round all edges / Edit cut** | On **`feat/ultra-preferences` (staging)** — see dedicated pages. Not on `main` yet. SVG/text gizmo **Bake** is still a different feature. |
+| Hidden objects/parts | Hidden in the 3D view but **still slice/print**. |
+| Clone | There is no Clone *submenu* — one **Clone** item opens a dialog; **Fill** inside that dialog is fill-bed. |
+
+## Related
+
+- [Fill bed with copies](Fill-bed-with-copies)  
+- [Scale to build volume](Scale-to-build-volume)  
+- [Repair/Remesh](Repair-Remesh)  
+- [Split by painted colour](Split-by-painted-colour)  
+- [Visibility](Visibility)  
+- [Home](Home)  
diff --git a/docs/wiki/Over-support-surfaces.md b/docs/wiki/Over-support-surfaces.md
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+# Over-support surfaces
+
+## What it is
+
+A bottom face resting on support is normally treated as a **bridge**, so it takes bridge flow and bridge speed and often looks different from the walls around it.
+
+**Over-support surfaces** (off by default) gives those faces — and the wall segments printed over support — their own surface type, extrusion role, and preview colours (*Bottom surface over support*, *Wall over support*). They print at **Over-support flow** and **Over-support speed**, so the underside can match the perimeters framing it.
+
+True bridges over air are unchanged. With the switch off, G-code stays byte-identical to the previous behaviour.
+
+## Where to find it
+
+- Process tab → **Support**
+- **Over-support surfaces** (checkbox, off by default)
+- **Over-support flow** and **Over-support speed** (when enabled)
+
+All three keys are **per part**, so one part in an object can use them while another does not. Works with both the classic and Arachne wall generators.
+
+## How to use it
+
+1. Enable supports for the object as usual.
+2. On Process → Support, turn on **Over-support surfaces**.
+3. Set **Over-support flow** as needed for the underside look.
+4. Set **Over-support speed**. Use **`0`** to follow the outer wall speed so the underside matches the perimeters around it.
+5. Slice and check the preview colours for *Bottom surface over support* and *Wall over support*.
+6. If only some parts should use it, set the keys per part (object list / part overrides).
+
+## Limits / notes
+
+Because supports are generated **after** slicing, “is there support under this face?” is a **reconstruction** of what the support generator will do. It can **over-claim**.
+
+| Situation | What happens |
+|---|---|
+| Build-plate-only supports, small-overhang removal, sharp-tail heuristics | Not fully modelled — a fringe may print as bottom shell instead of a bridge. |
+| Over-claim is wrong for you | Use a **support blocker** as the escape hatch. |
+| Top Z distance is **0 mm** | Feature stands down entirely. |
+| Supports off | Feature stands down. |
+| Manual support types outside enforcers | Feature stands down. |
+| Switch off | G-code is byte-identical to without the feature. |
+
+Other notes:
+
+- True bridges over open air are never reclassified.
+- Per-part keys let you mix behaviour inside one object.
+
+## Related
+
+- [Support sets and groups](Support-sets-and-groups) — named support recipes and per-part interface groups  
+- [Support Filament Matching](Support-Filament-Matching) — colour-matched supports and brims  
+- [Home](Home) — EdgeSlicer wiki index  
diff --git a/docs/wiki/Preferences-Extras.md b/docs/wiki/Preferences-Extras.md
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+# Preferences → Extras
+
+## What it is
+
+EdgeSlicer’s own settings live on one **Extras** tab in Preferences, in six sections. Upstream Orca / Snapmaker Orca options stay on their usual tabs; fork-specific behaviour is collected here.
+
+## Where to find it
+
+- **Preferences** (or equivalent app settings) → **Extras**
+
+## How to use it
+
+Work through the sections that match what you need:
+
+### Project
+
+- **Auto-Save project** (with an interval)
+- **Keep my printer when opening project files**
+- **Skip Settings Mapping Warnings**
+- **Drop imported models to the bed**
+- **Bottom-referenced Z position**
+
+### Presets
+
+- **Prefer Last Used Print Profile**
+- **Seamless System Filament Edits**
+- **Import Bambu Studio user presets** (plus **Sync now**)
+
+### Bambu Network
+
+- Enable the network plug-in (UltraNet; bundled on Windows packages)
+- **Stealth mode** (no Bambu cloud telemetry)
+- Legacy plugin for old firmware
+
+Live view additionally needs Bambu’s own camera component (not redistributed here); the Device tab can offer to download it once. See [Bambu Lab in EdgeSlicer](Bambu-Lab).
+
+### Spool Manager
+
+- Enable [Spoolman](https://github.com/Donkie/Spoolman)
+- Server URL
+- Deduct filament usage when sending a print (desktop, phone, and Reprints)
+
+See [Spool Manager](Spool-Manager).
+
+### Phone access
+
+- **Start hidden** — serve the phone without a desktop window
+- Remember Snapmaker printer certificates so the phone can connect them (**off by default**; keeps a private key at rest)
+
+See [Edge Hub](Edge-Hub) and [Phone access](Phone-access).
+
+### G-Code Archive
+
+- **Store G-Code Files**
+- Storage folder (default `<data dir>/gcode_archive`)
+- **Maximum Retention** file count (default 100)
+
+See [Store G-Code Files](Store-G-Code-Files).
+
+## Limits / notes
+
+| Situation | What happens |
+|---|---|
+| Remember Snapmaker certificates | Off by default because it stores a private key at rest. |
+| Store G-Code Files | Off by default; past retention, oldest records (and sidecars / previews) are deleted. |
+| Bambu Network on Linux / macOS | Windows packages bundle the plug-in; Linux/macOS builds currently do not (standalone plug-in zip may be published beside releases). |
+
+Other notes:
+
+- Prefer putting new fork-only toggles on Extras rather than scattering them across upstream tabs.
+- Screenshot of Auto-Save: `docs/images/options-autosave.png`.
+
+## Related
+
+- [Edge Hub](Edge-Hub)  
+- [Store G-Code Files](Store-G-Code-Files)  
+- [Spool Manager](Spool-Manager)  
+- [Bambu Lab in EdgeSlicer](Bambu-Lab)  
+- [Compare Slices](Compare-Slices)  
+- [Home](Home)  
diff --git a/docs/wiki/Process-settings.md b/docs/wiki/Process-settings.md
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+# Process settings (Edge overview)
+
+## What it is
+
+EdgeSlicer keeps the usual Orca / Snapmaker Orca **process** (print) settings and adds or extends several options — especially under quality, support, and multimaterial.
+
+This page is the **Edge-focused map**: what we changed or added, where it lives, and when to use it. For stock settings that match upstream, use the [OrcaSlicer Wiki](https://www.orcaslicer.com/wiki/) (Quality, Strength, Speed, Support, Multimaterial, Others).
+
+Dedicated Edge pages (when they exist) go deeper than the short notes below.
+
+## Where to find it
+
+- Process / print preset tabs in the sidebar (Quality, Strength, Speed, Support, Multimaterial, Others) — same layout as Orca, with Edge rows mixed in
+- Some multimaterial filament-for-feature options (outer wall filament, Support Filament Matching, brim nearest wall)
+- Screenshot for several quality extras: `docs/images/print-quality.png`
+
+## How to use it (Edge highlights)
+
+### Quality
+
+| Setting | What it does | Notes |
+|---|---|---|
+| **[Offset layers](Offset-layers)** (experimental) | Odd-numbered walls shift by half a layer height so layers interlock (classic and Arachne). | Needs first layer height = layer height, matching top-surface and outer-wall line widths, spiral off. Slicer can offer to fix those when you enable it. |
+| **[Z contouring](Z-contouring)** | Smooths staircasing on shallow tops by shaping each layer to the model. | Speed scaling keeps flow steady; works with layer cooling. Off by default; tune angle and minimum height per profile. |
+| **[Locked Zag infill](Locked-Zag-infill)** | Skin and skeleton can each take their own infill pattern (as in Bambu Studio); *skin follows the surface* hugs sloped tops. | Existing profiles unchanged until you opt in; Bambu profiles that set these keys import as-is. |
+| **[Fuzzy skin](Fuzzy-skin)** (Edge notes) | Overhanging wall segments can stay unfuzzed; a width floor tied to layer height avoids aborting Extrusion / Combined modes. | Prefer when fuzzy was pushing extrusion into open air or failing the slice. |
+| **Seam position** | Adds **Left** and **Right** as well as Back. | Same seam UI; more compass options. |
+
+### Strength / walls / surfaces
+
+| Setting | What it does | Notes |
+|---|---|---|
+| **Print unsupported walls last** | Prints unsupported walls after supported ones. | Ported from Orca; useful when unsupported walls benefit from waiting. |
+| **Undertop surface pattern** | Pattern control for the surface under the top shell. | Ported from Orca. |
+
+### Support (Edge)
+
+| Setting | What it does | Notes |
+|---|---|---|
+| **[Support sets and groups](Support-sets-and-groups)** | Named support recipes; per-part interface groups. | Edge-only. |
+| **[Over-support surfaces](Over-support-surfaces)** | Bottoms/walls over support use wall-like flow/speed instead of bridge. | Off by default; per part. |
+| **Z overrides X/Y** | Support option ported from Bambu Studio. | See Support advanced options. |
+| **[Support Filament Matching](Support-Filament-Matching)** | Supports/interfaces/ironing/brims follow the colour they touch. | Opt-in; disabled for an object when a support group sets its own interface filament. |
+
+### Multimaterial / filaments
+
+| Setting | What it does | Notes |
+|---|---|---|
+| **Outer wall filament** | Separate filament for outer walls vs inner walls. | See [Outer wall filament](Outer-wall-filament). |
+| **Brim filament → Nearest wall** | Each brim uses the filament of the wall it touches. | Covered under Support Filament Matching page. |
+| **Paint depth** | Bound painted multi-material claims by wall count or distance. | See [Paint depth](Paint-depth). |
+| **Per-filament Z offset** | Z offset per filament. | Ported from Orca. |
+| **Create filament** dialog | Sorted and easier to scan. | UX only. |
+
+### Speed / estimates / determinism
+
+| Setting | What it does | Notes |
+|---|---|---|
+| **Machine prepare time** | Included in time estimates. | Ported from Orca. |
+| **Deterministic slicing** | Slice lines sorted after the parallel pass — same project → same G-code at any thread count. | Internal bridges over Hilbert / Octagram; wipe tower footprint/placement/preview match what is printed (CLI too). |
+
+### Workflow tools that compare process changes
+
+| Tool | What it does | Notes |
+|---|---|---|
+| **[Compare Slices](Compare-Slices)** | Diff settings, time, filament, and per-layer toolpaths between two slices. | View menu. |
+
+## Limits / notes
+
+| Situation | What happens |
+|---|---|
+| Stock Orca setting, unchanged | Documented on the [OrcaSlicer Wiki](https://www.orcaslicer.com/wiki/) — this page does not duplicate it. |
+| Offset layers prerequisites | Feature asks you to fix first-layer / line-width / spiral conflicts when enabled. |
+| Locked Zag | Opt-in; old profiles keep prior behaviour until you change them. |
+| Hardware validation | Some experimental quality features (for example Offset layers) should be checked on a first print. |
+| Support base vs groups | Support *base* geometry is never per group — see Support sets and groups. |
+
+When in doubt: change one Edge toggle at a time and use **Compare Slices** before committing a profile.
+
+## Related
+
+- [Home](Home) — full Edge wiki index  
+- [Over-support surfaces](Over-support-surfaces)  
+- [Support sets and groups](Support-sets-and-groups)  
+- [Support Filament Matching](Support-Filament-Matching)  
+- [Compare Slices](Compare-Slices)  
+- [Preferences → Extras](Preferences-Extras)  
+- [OrcaSlicer Wiki](https://www.orcaslicer.com/wiki/) — upstream process settings  
diff --git a/docs/wiki/Quad-remesh.md b/docs/wiki/Quad-remesh.md
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+# Quad remesh
+
+> Staging: available on `feat/ultra-preferences` (builds with QuadriFlow). Not on `main` yet.
+
+## What it is
+
+**Quad remesh...** rebuilds selected parts as an **even grid of quads** at a target face count. Needs a **closed** mesh. The part is stored as triangles (two per quad). Painted supports, seams, and colours are **cleared**.
+
+## Where to find it
+
+- Object / part / multi-selection menus → next to **Repair/Remesh** → **Quad remesh...**
+- Hidden when QuadriFlow is not in the build (`quad_remesh_available()`)
+- Also: **Sculpt** gizmo panel → **Quad remesh...** (same action)
+
+## How to use it
+
+1. Select a closed part (or object / multi-selection that includes remeshable parts).
+2. Right-click → **Quad remesh...** (or use the Sculpt panel button).
+3. In the **Quad remesh** dialog:
+   - **Target faces**
+   - **Preserve sharp features**
+4. Confirm with **Remesh**.
+5. Re-apply paint/seams if you still need them.
+
+Tooltip: *Rebuild the selected parts as an even grid of quads at a target face count (needs a closed mesh).*
+
+## Limits / notes
+
+| Situation | What happens |
+|---|---|
+| Open / non-manifold mesh | Refused with *This part cannot be quad remeshed:* + reason. |
+| Paint / seams / colours | Cleared by remesh. |
+| vs Repair/Remesh | Repair/Remesh = OpenVDB triangle voxel remesh. Quad remesh = QuadriFlow quad grid. |
+| Build without QuadriFlow | Menu item hidden. |
+
+## Related
+
+- [Repair/Remesh](Repair-Remesh)  
+- [Round all edges](Round-all-edges)  
+- [Object menu](Object-menu)  
+- [Sculpt](Sculpt)  
+- [Home](Home)  
diff --git a/docs/wiki/README.md b/docs/wiki/README.md
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+++ b/docs/wiki/README.md
@@ -0,0 +1,3 @@
+# EdgeSlicer wiki
+
+Start at [Home.md](Home.md).
diff --git a/docs/wiki/Repair-Remesh.md b/docs/wiki/Repair-Remesh.md
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+# Repair/Remesh
+
+## What it is
+
+**Repair/Remesh** rebuilds a part (or object) as a **watertight** mesh using an OpenVDB **voxel** remesh (triangle output). Fine detail may be lost depending on voxel size.
+
+It is Edge’s cross-platform repair path. Stock Snapmaker/Orca on Windows also keeps **Fix model** (Netfabb); Remesh is shown on all platforms.
+
+On **`feat/ultra-preferences` (staging)**, Remesh opens a **Repair by remeshing** dialog instead of running immediately (as on `main`).
+
+This is **not** [Quad remesh](Quad-remesh).
+
+## Where to find it
+
+- Object menu → **Repair/Remesh**  
+- Part menu → **Repair/Remesh**  
+- Multi-selection menus → **Repair/Remesh**  
+
+On staging, the same helper also offers **[Round all edges...](Round-all-edges)** and **[Quad remesh...](Quad-remesh)** when those backends are available.
+
+Windows also shows **Fix model** (Netfabb) when available.
+
+## How to use it
+
+### Staging (`feat/ultra-preferences`)
+
+1. Select the broken or non-manifold object/part(s).
+2. Right-click → **Repair/Remesh**.
+3. In **Repair by remeshing** set:
+   - **Voxel size**
+   - **Keep the bottom flat** / **Bottom slab height**
+   - **Preserve sharp edges** / **Feature angle**
+4. Confirm and inspect the result; re-apply paint/seams if needed.
+
+### `main` (until staging merges)
+
+1. Select the part(s).
+2. Right-click → **Repair/Remesh** — remesh runs immediately (no dialog).
+
+Prefer **Simplify Model** (stock) when you only need decimation, not an SDF rebuild.
+
+## Limits / notes
+
+| Situation | What happens |
+|---|---|
+| Fine detail | Smaller features can disappear depending on voxel size. |
+| Repair/Remesh vs Simplify Model | Remesh = SDF rebuild, watertight. Simplify = stock decimation. |
+| Repair/Remesh vs Fix model | Remesh always available. Fix model = Windows Netfabb only. |
+| vs Quad remesh | Quad remesh builds a quad grid (staging); Remesh is triangle voxels. |
+
+## Related
+
+- [Quad remesh](Quad-remesh)  
+- [Round all edges](Round-all-edges)  
+- [Object menu](Object-menu)  
+- [Home](Home)  
diff --git a/docs/wiki/Round-all-edges.md b/docs/wiki/Round-all-edges.md
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+# Round all edges
+
+> Staging: available on `feat/ultra-preferences` (OpenVDB). Not on `main` yet.
+
+## What it is
+
+**Round all edges...** fillets every edge of the selected parts by a radius. The part is **rebuilt**, so painted data is cleared.
+
+## Where to find it
+
+- Object / part / multi-selection menus → next to Repair/Remesh and Quad remesh → **Round all edges...**
+- Hidden without OpenVDB (`voxel_ops_available()`)
+- Also: Edit gizmo can expose a Round-all control (not only the context menu)
+
+## How to use it
+
+1. Select the part(s).
+2. Right-click → **Round all edges...**
+3. In the **Round all edges** dialog:
+   - **Radius**
+   - **Voxel size**
+   - **Round inside corners too**
+   - **Keep the bottom flat** / **Bottom slab height**
+4. Confirm with **Round**.
+
+Tooltip: *Fillet every edge of the selected parts by a radius (the part is rebuilt, so painted data is cleared).*
+
+## Limits / notes
+
+| Situation | What happens |
+|---|---|
+| Paint / seams / colours | Cleared by the rebuild. |
+| Keep the bottom flat | Preserves bed contact when you need a flat first layer. |
+| vs Repair/Remesh | Remesh makes watertight; Round fillets edges. |
+
+## Related
+
+- [Repair/Remesh](Repair-Remesh)  
+- [Quad remesh](Quad-remesh)  
+- [Object menu](Object-menu)  
+- [Home](Home)  
diff --git a/docs/wiki/Scale-to-build-volume.md b/docs/wiki/Scale-to-build-volume.md
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+# Scale to build volume
+
+## What it is
+
+**Scale to build volume** fits the selection to the printer’s build volume with a dialog for uniform or per-axis scaling, edge gap, top gap, and auto-centre.
+
+Available on the object menu for every printer. Upstream had a label that never reached the BBL-style object menu; Edge wires it up with `ScaleToVolumeDialog`.
+
+## Where to find it
+
+- Object menu → **Scale to build volume**
+
+## How to use it
+
+1. Select the object to scale.
+2. Object menu → **Scale to build volume**.
+3. Choose **Scale mode**: Uniform or Non-uniform.
+4. Set **Gap from bed edges** and **Gap below maximum height**.
+5. Optionally **Centre on the bed**.
+6. Confirm with **Scale**.
+
+## Limits / notes
+
+| Situation | What happens |
+|---|---|
+| Non-uniform scale of a **rotated** part | Warns before it would shear. |
+| Already larger than volume | Scale down to fit with the chosen gaps. |
+
+## Related
+
+- [Fill bed with copies](Fill-bed-with-copies)  
+- [Object menu](Object-menu)  
+- [Preferences → Extras](Preferences-Extras) — drop-to-bed / bottom-referenced Z  
+- [Home](Home)  
diff --git a/docs/wiki/Split-by-painted-colour.md b/docs/wiki/Split-by-painted-colour.md
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+# Split by painted colour
+
+## What it is
+
+**Split ▸ By painted colour** turns a multi-material painted model into **separate parts**, one closed shell per painted filament region, placed back where they were.
+
+Opens the **Split by painted colour** dialog for depth and island options.
+
+## Where to find it
+
+- Object menu → **Split** → **By painted colour**  
+- Part menu → **Split** → **By painted colour**  
+- Multi-part selection → **Split** → **By painted colour**  
+
+## How to use it
+
+1. Paint the model with the colour painting tool (MMU / multi-filament regions).
+2. Right-click → **Split** → **By painted colour**.
+3. In the dialog, set options as needed:
+   - **Depth override** (mm) or **Unlimited depth**
+   - **Cap flat tops/bottoms at solid shell depth**
+   - **Absorb enclosed islands**
+   - **Keep base-colour sparse infill**
+   - **Solid colour interfaces** (`interface_shells`)
+4. Confirm the split and check that each region is its own part in the object list.
+5. Assign filaments / print as separate parts or re-assemble as needed.
+
+Related: [Paint depth](Paint-depth) bounds how far a painted claim goes *before* you split.
+
+## Limits / notes
+
+| Situation | What happens |
+|---|---|
+| No paint | Nothing useful to split — paint first. |
+| Stock Split | **To objects** / **To parts** remain; colour-split is Edge-only. |
+| After split | Parts keep their place on the bed; treat them as independent volumes. |
+
+## Related
+
+- [Paint depth](Paint-depth)  
+- [Object menu](Object-menu)  
+- [Image Fill](Image-Fill)  
+- [Home](Home)  
diff --git a/docs/wiki/Stream-tab.md b/docs/wiki/Stream-tab.md
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+# Stream tab
+
+## What it is
+
+The **Stream** tab is a live **camera wall** (up to **9×9**) for watching printers and IP cameras from the desktop. It bundles the open-source [go2rtc](https://github.com/AlexxIT/go2rtc) helper and can share the same phone link / QR concepts used by [Edge Hub](Edge-Hub).
+
+Supported sources include Snapmaker U1, Moonraker, Bambu Lab (LAN liveview), Flashforge cameras, and RTSP / ONVIF IP cameras (Reolink, Amcrest, Hikvision, Tapo, …; Wyze via RTSP firmware or wyze-bridge), with LAN discovery where applicable.
+
+## Where to find it
+
+- Main UI → **Stream** tab
+- Screenshot: `docs/images/menu-stream.jpg` (example multi-camera wall)
+
+## How to use it
+
+1. Open the **Stream** tab.
+2. Add or discover cameras / printer streams for your devices.
+3. Arrange the wall (up to 9×9). **Drag names to reorder**.
+4. Use the wall while printing to watch several machines at once.
+5. For phone viewing of streams, use Edge Hub phone access (and Tailscale when away). See [Edge Hub](Edge-Hub) and [Phone access](Phone-access).
+
+## Limits / notes
+
+| Situation | What happens |
+|---|---|
+| Bambu live view | Needs Bambu’s own camera component (cannot be redistributed); Device tab may offer to download it once. Network plug-in is separate ([Preferences → Extras](Preferences-Extras) / [Bambu Lab](Bambu-Lab)). |
+| Wyze | Needs RTSP firmware or wyze-bridge — not a stock Wyze cloud stream. |
+| Layout persistence | On Windows, Stream layout can live with the embedded browser profile under the data directory migration path. |
+
+Other notes:
+
+- go2rtc is bundled unmodified under `resources/tools/go2rtc`.
+- Phone MJPEG / MP4 playback behaviour differs by path (LAN vs remote / iOS); see phone and remote pages for details.
+
+## Related
+
+- [Edge Hub](Edge-Hub)  
+- [Phone access](Phone-access)  
+- [Bambu Lab in EdgeSlicer](Bambu-Lab)  
+- [Home](Home)  
diff --git a/docs/wiki/Support-Filament-Matching.md b/docs/wiki/Support-Filament-Matching.md
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+# Support Filament Matching
+
+## What it is
+
+**Support Filament Matching** (opt-in) prints supports, interfaces, ironing, and brims in the colour of the surface they touch, instead of a single shared support filament.
+
+A related setting, **Brim filament → Nearest wall**, does the same idea for brims alone: each brim uses the filament of the wall it sits against.
+
+Use this when a multicolour print should keep support and brim colours consistent with nearby surfaces, so leftover interface colour is less visible after removal.
+
+## Where to find it
+
+- **Support Filament Matching** — Process settings for multimaterial / support filament options (opt-in; off by default until you enable it).
+- **Brim filament → Nearest wall** — Brim / multimaterial filament-for-features controls (brims only).
+
+Exact row labels sit with the other multimaterial filament-for-feature settings in the process tab. Screenshots: `docs/images/support-matching.png` and `docs/images/brim-match.png` in the repo.
+
+## How to use it
+
+1. Load the filaments you want on the project (including any colours that touch support or brim).
+2. Turn on **Support Filament Matching**.
+3. Slice and check the preview: supports, interfaces, ironing, and brims should follow the colour of the surface they touch.
+4. For brims only (without full matching), set **Brim filament** to **Nearest wall**.
+
+No special painting is required for matching — it follows contact with the model surface.
+
+## Limits / notes
+
+| Situation | What happens |
+|---|---|
+| A **support group** sets its own interface filament | Support Filament Matching is turned **off for that object**. See [Support sets and groups](Support-sets-and-groups). |
+| Single-filament prints | Matching has nothing to switch between; leave it off. |
+| Soluble / dedicated interface workflows | Prefer an explicit interface filament (or a support set / group) instead of colour matching. |
+
+Other notes:
+
+- Matching is opt-in so existing profiles keep their previous support/brim filament behaviour until you enable it.
+- Preview colours in the slice view are the best quick check before you print.
+- For per-part interface recipes that conflict with matching, use support groups and accept that matching is disabled on that object.
+
+## Related
+
+- [Support sets and groups](Support-sets-and-groups) — per-part interface settings; disables matching when a group has its own interface filament  
+- [Outer wall filament](Outer-wall-filament) — separate filament for outer walls  
+- [Home](Home) — EdgeSlicer wiki index  
diff --git a/docs/wiki/Support-sets-and-groups.md b/docs/wiki/Support-sets-and-groups.md
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+# Support sets and groups
+
+## What it is
+
+**Support sets** are named presets of the Support-category process settings. You save a support recipe once and apply it to any project.
+
+**Support groups** let different parts of the same object use different support-interface settings (filament, pattern, layers, ironing, and related values). Group values live on the parts themselves, so a project `.3mf` carries them. Stock OrcaSlicer ignores the unknown keys and still opens the file.
+
+Together they replace one-size-fits-all support settings when a multi-part object needs different interfaces (for example a soluble interface on one part and a matching-colour interface on another).
+
+## Where to find it
+
+- **Support set** — Process tab → Support. The **Support set** row sits at the top of that page (*Apply*, pop-out editor, save, delete, and **Groups**).
+- **Support group (per part)** — Object list → right-click part(s) → **Support group** submenu (put parts in a named group, empty or from a support set).
+- **Support groups window** — Object menu → **Support groups…**, or the **Groups** button on the Support set row.
+
+Grouped parts show a `[group]` badge in the object list.
+
+## How to use it
+
+### Save and apply a support set
+
+1. Tune the Support-category settings the way you want them for this recipe.
+2. On the Support page, save them as a named **Support set**.
+3. Later, choose that set and **Apply**. The values are copied into the process preset; the preset then shows as modified, the same way a hand edit would.
+
+A set stores its **interface filament as a type** (*Same as the part*, a loaded material, or a soluble type such as PVA / BVOH / HIPS / …), so the set can travel between printers instead of depending on a fixed filament slot.
+
+### Put parts in a support group
+
+1. Select one or more parts in the object list.
+2. Right-click → **Support group** → put them in a named group:
+   - **Empty** — seeded from the object’s current settings, or
+   - **From a support set** — created straight from a set’s values.
+3. Open **Support groups…** (or **Groups**) to rename, delete, re-apply a set, or select the parts in a group.
+
+### What you can set per group
+
+Per group you can control:
+
+- Interface filament  
+- Interface pattern  
+- Top / bottom interface layers and spacing  
+- Support ironing (pattern, flow, line spacing)
+
+Support style, threshold angle, and top Z distance are **stored** per group but remain **object-wide in effect**. The support **base** geometry is never per group — only the interface (and its ironing) follow the group.
+
+## Limits / notes
+
+Warnings appear in the Support groups window and during slicing when something will not follow a group:
+
+| Situation | What happens |
+|---|---|
+| Classic tree supports | Interface *layer count* is taken object-wide (organic trees and normal supports do not do this). |
+| Group asks for a soluble interface | Forces **0 mm** top Z distance on the whole object. |
+| Group has its own interface filament | Turns **Support Filament Matching** off for that object. |
+| Interface filament on a different nozzle, or not loaded | Called out in the UI / slice warnings. |
+
+Other limits:
+
+- Support **base** geometry is always object-wide, never per group.
+- Applying a support set is a value copy, not a live link: after Apply, editing the process settings does not rewrite the saved set until you save again.
+- Projects with groups remain openable in upstream OrcaSlicer; group keys are simply ignored there.
+
+## Related
+
+- [Over-support surfaces](Over-support-surfaces) — bottoms and walls over support printed like walls, not bridges  
+- [Support Filament Matching](Support-Filament-Matching) — colour-matched supports (disabled for an object when a group sets its own interface filament)  
+- [Home](Home) — EdgeSlicer wiki index  
diff --git a/docs/wiki/Visibility.md b/docs/wiki/Visibility.md
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+# Visibility (Normal / Ghost / Hidden)
+
+## What it is
+
+**Visibility** controls how each **object** or **part** appears in the Prepare view:
+
+- **Normal** — fully shown  
+- **Ghost (X-ray)** — see-through; clicks pass through so you can work on what is behind  
+- **Hidden** — not drawn in the 3D view (**still slices and prints**)  
+- **Show all objects** — reset every object to Normal (object menu)
+
+An **eye** column in the object list cycles Normal → Ghost → Hidden without opening the menu.
+
+## Where to find it
+
+- Object list → **eye** column  
+- Object / part / multi-selection context menu → **Visibility** submenu  
+
+Assemble-view menus do **not** include Visibility.
+
+## How to use it
+
+1. Select an object or part (or use the eye column on that row).
+2. Choose **Normal**, **Ghost (X-ray)**, or **Hidden**.
+3. Use **Show all objects** when many items were hidden and you want a full reset.
+4. Ghost a shell while editing an insert; hide helpers you do not need on screen — remember Hidden parts still go to the printer unless you remove or disable them another way.
+
+## Limits / notes
+
+| Situation | What happens |
+|---|---|
+| Hidden | Cleared from the view only — **still included in slice/print**. |
+| Ghost | Display aid; geometry remains. |
+| Per object vs per part | Set on a whole object or on individual parts. |
+| Cut tool | Cut halves can also be Visible / Ghost / Hidden while placing a curved cut — see [Flexi joints](Flexi-joints). |
+
+## Related
+
+- [Object menu](Object-menu)  
+- [Assemble tool](Assemble-tool)  
+- [Flexi joints](Flexi-joints)  
+- [Home](Home)