GOLD_BLOCK/GILDED_BLACKSTONE/BIRCH_PLANKS/OAK_PLANKS were also present on a nearby backdrop wall in the user's build, so even with the plane-locked diagonal fix (which only stops leaks through the ring's thickness), the flood-fill could still sweep in decorative use of the same materials sitting in-plane with the ring, putting chevrons on unrelated blocks. Default is now just OBSIDIAN; anyone mixing materials should keep the list to ring-only blocks per the updated config.yml/README guidance.
6.6 KiB
Stargate
A network-aware Stargate portal plugin for PaperMC, with sign-based dialing and cross-server travel over Velocity or BungeeCord.
Modules
| Module | What it is |
|---|---|
stargate-common |
Shared models + JDBC storage (SQLite / MySQL) used only by the Paper plugin |
stargate-paper |
The actual gate plugin — install this on every backend server |
stargate-velocity |
Proxy companion for Velocity — install on the proxy only if using cross-server gates |
stargate-bungee |
Same, for BungeeCord/Waterfall |
Build everything with ./gradlew build. Jars land in each module's build/libs/.
Building a gate
There's no fixed size or shape - build any single connected ring out of
gate.frame-materials (default: just obsidian) with a fully sealed hollow interior.
No gaps; the interior must be enclosed. "Connected" includes the usual diagonal
stepping a round/octagonal ring needs at its corners (blocks touching only
edge-to-edge or corner-to-corner still count), so a circular build doesn't need every
block to share a full face with the next.
Add more materials to gate.frame-materials if your ring mixes blocks, but keep the
list to materials used only for the ring - anything also used decoratively nearby
(a backdrop wall, a matching accent elsewhere) risks getting swept into the frame if
it touches the ring anywhere in the same plane, which is also where stray chevrons
would show up.
Build it free-standing, one block thick, in a single flat plane (a vertical ring facing a direction, like all the examples above) - the plugin figures out which axis is the ring's "thickness" and only looks for the interior within that plane, so it doesn't try to flood-fill out through the open air in front of and behind the gate.
Chevrons aren't a separate material you place. When the gate is linked, the plugin
flood-fills the ring, walks it in geometric order, and picks gate.chevron-count
(default 7) blocks evenly spaced around the ring's actual perimeter. Those blocks
swap to gate.chevron-lit-material (default glowstone) while dialing/open, and
revert to whatever they looked like at rest when the gate closes - so a chevron can
rest as plain obsidian and blend invisibly into the frame until it lights up.
- Build the ring.
- Optionally place a button directly below where you'll put the sign - this becomes the iris shield toggle (see below). Not required; a gate without one just has no shield control.
- Place a sign anywhere - it doesn't need to touch the frame, so it can act like a DHD
console standing apart from the gate - with:
- Line 1:
[Stargate] - Line 2: network name (blank = default network)
- Line 3: gate name (blank = auto-generated)
- Line 4:
hiddento keep it out of the cycle list,fixed:GateNameto lock this gate to always dialGateName(no right-click cycling), or blank
- Line 1:
- The sign will show "Punch the gate (30s)". Within
gate.link-timeout-seconds, left-click (punch) any frame block, withingate.max-link-distanceof the sign. The plugin scans out from that block and links the sign to it.
If punching a block doesn't work, the plugin tells you exactly why in chat - wrong material, unsealed interior, too far from the sign, etc.
Using a gate
- Right-click the sign: cycles the destination shown on line 3 among the other gates on the same network.
- Left-click the sign: dials the shown destination - chevrons light in sequence,
then the interior becomes the event horizon (
gate.iris-open-material, default water) and travel opens up. It auto-closes afterdialing.open-seconds. - Travel is one-way: only the gate you dialed from can send anything anywhere. Walking (or wandering, or drifting) into its event horizon teleports whatever entered to the destination, arriving just clear of its iris (never inside it) and still facing whatever direction it was already moving, so entering forward always means exiting forward. The destination's horizon is visible but not walkable - stepping into it does nothing, same as a real Stargate only running one direction at a time.
- Not just players - mobs, dropped items, minecarts, boats, arrows, anything that moves through the event horizon gets sent through too. Non-player entities can only travel to a same-server destination, though; there's no way to carry an arbitrary entity's state across the Velocity/Bungee plugin-messaging hop, so a cross-server gate just won't move anything but players.
- The iris shield is a separate, physical thing from the wormhole connection.
Right-click a button placed directly below the sign to toggle it. Closed means
closed -
gate.iris-shield-material(default bedrock), solid, blocking everything - whether or not the gate is even connected right now. With the shield open, the interior just reflects the connection state:gate.iris-idle-material(default air) if idle, or the event horizon if actively dialed. Closing needs nothing extra; if the gate has a pin set (/sg pin <code>), opening a closed shield prompts you to type the code in chat withingate.pin-timeout-secondsbefore it'll open.
Multi-world
Gates are addressed by network name, not world — a gate on any loaded world can dial any other gate on the same network regardless of world, exactly like same-server cross-world travel in the original Stargate mod.
Cross-server (Velocity / Bungee)
- Set
storage.type: mysqlin every backend server'sconfig.ymland point them at the same database — this is how servers see each other's gates. - Give each backend a unique
server-idinconfig.ymlthat matches its name in the proxy config (velocity.toml/config.ymlservers list). - Set
cross-server.enabled: trueon every backend. - Drop
stargate-velocity(orstargate-bungee) into the proxy's plugin folder.
When a player dials a gate hosted on another backend, the Paper plugin asks the
proxy (over the stargate:teleport plugin channel) to connect the player to that
server; once they land, the proxy forwards a delivery message so the destination
server's Stargate instance teleports them to the gate's exit point.
Permissions
stargate.use(default: true) — dial/cycle gatesstargate.create(default: op) — build new gatesstargate.destroy(default: op) — break your own gatesstargate.admin(default: op) — reload, break/manage any gate
Commands
/sg list [network]/sg networks/sg destroy(look at a gate's sign)/sg pin <code|clear>(look at a gate's sign) — requires that code in chat before a closed iris shield will open on that gate/sg reload