Create: How to build Train and Configure расписание

For the first flight, make a section with wide turns and two stations or a closed ring. Leave the free space around: the train must pass through the hull and not just the wheels. Do not start with a long line through the portal and several interchanges; it is harder to identify the location of the error.

The relays connect the Create tool and check the pre-view. The two ends that are visible next to each other do not necessarily belong to the same continuous path. Go through the entire section and make sure that the selected connections are actually created.

The stations are visible, e.g. "Baza" and "Carrier". Similar names are inconvenient when setting the schedule. Leave a direct free space at the station for assembly and landing: it will be useful for further repair of the train.

1. Take the Train Station, select a section of the rail and place the station block next to it. It must be tied to the desired path.
2. Open its interface and switch to Assembly Mode. The build area appears.
3. Use Train Casing on the marked path to create a trolley. Re-interaction allows you to change your options.
4. Build a small platform above the cart. Attach the Super Glue body so that it becomes part of one composition.
5. Set up Train Controls. For the first flight, add a convenient control position; an automatic driver will require a seat or a suitable version of Blaze Burner before driving.
6. Check that the station platform, wall, or random adjacent block is not glued to the body.
7. In the station interface, confirm the assembly. If she refused, read the message before redoing the case.

Start with the minimum train. After a successful flight, it can be taken from the station and expanded. The assembly of a large decorative locomotive before checking the trolley and control makes it difficult to find an unconnected block.

Use Train Controls to start control. The motion and bends are set by the designated movement keys. The mouse wheel can adjust the desired speed; check the way out of control in your version. Start slowly and separately check the nearest arrow.

To approach the nearest station, the standard control uses space retention. Check the stop and the ability to disassembly the convoy. The train is turning back into separate blocks at the station, so do not plan for normal editing of the hull in the middle of the route.

To leave the station on both sides, there is a need for appropriate control in both directions. If the train is moving forward but the automatic return flight is not available, first check the location of the second Train Controls and the route, rather than setting random additional signals.

The train that has been assembled can find suitable fuel in the built-in trunks and barrels. This is due to increased traffic capacity rather than rotation throughout the road. The Item Vault fuel is not used by the train as fuel, so a large storage facility inside the locomotive does not replace the proper container.

Once assembled, check whether the chest has entered the assembly and if there is a suitable item in it. Do not look at the nearby fixed container. A small batch is sufficient to verify: first, make sure that you are operational, then load the reserve onto the route.

Open Schedule by using the hand. Add the Baza station, then the Carrier, and select an understandable waiting condition at each stop. For the first test, a short waiting time is sufficient. Add the complex conditions for cargo, redstone and container loading after a running round-trip flight.

Put a suitable bub in the seat before Train Controls or use the supported version of Blaze Burner. Give the schedule to the driver. The object in the chest does not automatically operate. Make sure the route is found, the train left, drove to the second station and returned to the first station.

If the flight has not started, check the sequence: the driver sees the control, has received the schedule, the station names have coincided, the route is continuous, the departure is allowed to proceed to the right direction. Only then will you investigate the interaction with the signals.

Train Signals divide the railway into segments. The normal signal does not allow the next automatic train to enter the occupied segment. The direction of installation is significant: the scheduled train should not pass such a signal on the back without the required counter-permit.

Latun mode adds a test to check the possibility of leaving the next segment immediately. It's useful at intersections so the train doesn't stop in the middle of a busy interchange. But in itself, a set of brass signals does not create a single-track exit. To get in the way, first you need geometry to allow the trains to disperse.

Check the first diagram with one train. Then let in a second and see where each stops and leaves the area after the journey. Signal controls automatic trains; manual control is not proof that the automatic route is safe.

==History==On November 1, 2026, Ponder: Assembling Trains, Control Trains, Using Train Schedules and three Tran Signals scenes. Their texts are available in localization of branch mc1.20.1/dev, and the implementation is in Create sources. This is a documentation check, without a statement about measuring the speed of the train.

Other controlled transport disassembled Immersive Aircraft. For technological assembly there is a complete start ATM10.