This page covers rotating doors, sliding doors, and path-based elevators for TTT maps.

TTT doors and movers are map logic components. They can be used directly by players, driven by buttons, or controlled through map IO inputs such as Open, Close, Toggle, Lock, Unlock, GoTo, and CallOrDepart.

Use TTT Rotating Door for doors, panels, shutters, or traps that rotate around a hinge.

1. Create a GameObject for the door.
2. Add your door model with a Model Renderer.
3. Add TTT Rotating Door.
4. Set Target Rotation for how far the door should rotate from its closed position.
5. Set Open Duration and Close Duration if the default speed is not right.
6. Test the door in-game.

If the model's origin is already on the hinge, the default pivot may be enough. If not, create a helper GameObject at the hinge and assign it as Pivot Target. The door captures that helper's world position and uses it as the hinge.

You can also edit the fallback Pivot value directly in local space.

Use TTT Linear Mover for sliding doors, lifts, trap panels, and other two-position movement.

1. Create a GameObject for the moving object.
2. Add a Model Renderer.
3. Add TTT Linear Mover.
4. Set Move Delta to the local-space offset from closed to open.
5. Set Open Duration and Close Duration if needed.

Move Delta is evaluated in the mover's local space. The model's pivot does not need to be on an edge like a rotating door.

Use TTT Path Mover, TTT Path Track, and TTT Path Point for elevators, trains, multi-stop platforms, and any movement with more than two authored positions.

Path movers support two-stop elevators and multi-stop paths.

Create an empty GameObject and add TTT Path Track. This object owns the path points.

Enable Closed Loop only when the last path point should connect back to the first.

Create one GameObject for each stop and add TTT Path Point to each one. These can be children of the track object.

Give each point a stable Point Name, such as basement, lobby, or roof. Use Order when hierarchy order is not enough.

For elevator-style call/send-away behavior, each point can also define a Departure Target or Departure Target Name.

Create the moving platform object and add TTT Path Mover.

Add your platform model with a Model Renderer and make sure the model has collision.

Assign Track directly or set Track Name to the GameObject name of the TTT Path Track.

Useful path mover settings:

Create a button GameObject and add TTT Button.

Add a Targets On Activated link from the button to the path mover.

For a button that always sends the platform to a specific stop:

Input   = GoTo
Payload = roof

For an elevator call/send-away button:

Input   = CallOrDepart
Payload = lobby

On a two-point track, CallOrDepart means “come here if away, go to the other point if already here.” On tracks with three or more points, set each path point's departure target so the mover knows where to go when it is already at the caller's stop.

• Test every button that drives the door or elevator.
• Run at least one full round reset.
• Confirm doors and movers return to their intended starting state.
• Confirm locked objects can still be unlocked by the intended logic.