4-way intersections: Throughput and deadlocks [image heavy]

[steinio]

1) The game is buggy and will sometimes re-path trains inside the roundabout into a 270° turn. This crosses their own way so the chain signals inside the roundabout prevent the train from moving.

NO, that's fixed a long time ago.

Stop telling this lie to everyone.

[Youri]

I've been experimenting with my train system recently. Currently I'm looking at the potential pros and cons of *mixing LHD and RHD* together in a single train system. The original idea came from the fact that most intersections have very short/easy turns to one side, while turns to the other side block basically the whole intersection. By combining LHD and RHD I'm hoping to balance it out a bit more which should help overall throughput. Also, I haven't really seen anyone purposefully mixing drive systems before!

The basics for the train system have LHD on one axis and RHD on the other (I don't really use diagonal straights or 45deg turns, which would've required extra crossings). I started out with the other place where trains switch from drive system: intersections. Below is one of the experiments, a 3+3 lane 4-way intersection.

Mixed LHD+RHD

Blueprint: https://pastebin.com/6jYuTukE
Viewer: http://fbpviewer.trakos.pl/b/K2Cf71v4J5 ... ZT0p4vGPYU

I've compared the design to a version for pure LHD, both have the same number of sections (120). Pure LHD obviously has 'cheaper' left turns, but more expensive right turns. The mixed version has equal costs for left and right turns, both a bit cheaper than LHD's right turns, which was what I was hoping for. Another notable difference is that the mixed version doesn't immediately split all entry lanes, so trains going left or straight share part of their path through the intersection.

I'm curious what kind of throughput I can expect with this type of design, and how much better/worse it is compared to a 'normal' intersection. Also, what do you guys think?

Reference design

Blueprint: https://pastebin.com/ysMXgZTY
Viewer: http://fbpviewer.trakos.pl/b/8OhFjdc3Wl ... WdZSLp_ync

[mrvn]

1) The game is buggy and will sometimes re-path trains inside the roundabout into a 270° turn. This crosses their own way so the chain signals inside the roundabout prevent the train from moving.

NO, that's fixed a long time ago.

Stop telling this lie to everyone.

What fix would that be? If you mean the fix in 0.15.27 then look at viewtopic.php?t=34844#p294095.

The fix only solves the problem for building rails but not for enabling/disabling stations. Afaik there is no fix for trains rerouting inside chain signal blocks when stations are enabled or disabled yet. Please do proof me wrong so I can start using roundabouts again.

Edit: I've attached a savegame from the latest 0.16.x where I purposefully trigger the repath inside a roundabout. Just turn the train on automatic and watch it crash into itself. I can't reproduce the deadlock anymore though. They must have changed something post 0.15.27 that isn't obvious in the changelogs or I'm triggering it wrong. I still get the deadlocks in a 0.15.x multiplayer game.

[dood]

Oh so it only happens if I mess around with stations at the exact moment when a train is in a loop then?
Well that would explain why it never happened to me. I never control stations via circuits and if I remove one, the train is most likely not driving but waiting at the station because the ore field depleted.

[mrvn]

Oh so it only happens if I mess around with stations at the exact moment when a train is in a loop then?
Well that would explain why it never happened to me. I never control stations via circuits and if I remove one, the train is most likely not driving but waiting at the station because the ore field depleted.

Yes. The problem I had was with enable/disable stations. Adding rails or removing stations is a relatively rare event compared to circuit controlled stations switching on and off (if you use them). And you would have to remove the station at just the wrong time as you implied.

In the large multiplayer game I'm in the trains deadlock every once in while. Say once or twice in a game night. It happens very rarely. But when it does it sucks.

[hansjoachim]

I've been experimenting with my train system recently. Currently I'm looking at the potential pros and cons of *mixing LHD and RHD* together in a single train system. The original idea came from the fact that most intersections have very short/easy turns to one side, while turns to the other side block basically the whole intersection. By combining LHD and RHD I'm hoping to balance it out a bit more which should help overall throughput. Also, I haven't really seen anyone purposefully mixing drive systems before!

I'm curious what kind of throughput I can expect with this type of design, and how much better/worse it is compared to a 'normal' intersection. Also, what do you guys think?

Interesting idea, but that intersection needs buffers to have high throughput. As it switches from RHD to LHD it can't be tested on the test bench, but I would imagine that the throughput would be lower than a good 2 lane intersection.

[mrvn]

I've been experimenting with my train system recently. Currently I'm looking at the potential pros and cons of *mixing LHD and RHD* together in a single train system. The original idea came from the fact that most intersections have very short/easy turns to one side, while turns to the other side block basically the whole intersection. By combining LHD and RHD I'm hoping to balance it out a bit more which should help overall throughput. Also, I haven't really seen anyone purposefully mixing drive systems before!

I'm curious what kind of throughput I can expect with this type of design, and how much better/worse it is compared to a 'normal' intersection. Also, what do you guys think?

Interesting idea, but that intersection needs buffers to have high throughput. As it switches from RHD to LHD it can't be tested on the test bench, but I would imagine that the throughput would be lower than a good 2 lane intersection.

What you can do is build cells or loops with LHD and RHD that overlap on the outsides. So a RHD cell has a lane going up on the right side. A LDH cell has a lane going up on the left side. Merge these two so they use the same lane going up. Similar on the other 4 sides of each cell. Now you get a checker board pattern of LHD and RHD cells. Note that you don't need any 2 lane ways, everything is one lane going one way.

The problem with that design is that to go far to the left you have to constantly go up and down so it takes 3 times the distance. Also each cell is a loop. A loop can only hold N trains and if it ever saturates you get grid locks.

[dragontamer5788]

I've been experimenting with my train system recently. Currently I'm looking at the potential pros and cons of *mixing LHD and RHD* together in a single train system. The original idea came from the fact that most intersections have very short/easy turns to one side, while turns to the other side block basically the whole intersection. By combining LHD and RHD I'm hoping to balance it out a bit more which should help overall throughput. Also, I haven't really seen anyone purposefully mixing drive systems before!

The basics for the train system have LHD on one axis and RHD on the other (I don't really use diagonal straights or 45deg turns, which would've required extra crossings). I started out with the other place where trains switch from drive system: intersections. Below is one of the experiments, a 3+3 lane 4-way intersection.

I've been experimenting with a few designs that mix LHD with RHD actually. Although I also restarted my game to reinvestigate the early / midgame... but here's a basic drawing of the last concepts I was working on.



In effect, "sub-networks" run LHD, while the "main-network" runs RHD. A Subnetwork would handle traffic such as Iron Ore -> Iron Plates, or Iron Plates -> Gears. The purpose of a sub-network is to facilitate bulk deliveries without adding to the congestion of the main-line. This overall floor-plan allows most intersections to only have ONE crossing, while some intersections have ZERO crossings, which would theoretically lead to a huge throughput. The key is switching between LHD and RHD between "sub-networks" and "main-networks".

I never got to actually test this design out for real though. Which is why its still just a drawing.

Its not exactly UPS friendly design though. Realistically, this design only makes sense if you're willing to make crossdocks / centralized dropoffs of ore. A more UPS friendly design would be to convert ore->plates->steel in the field before even loading them onto a train. A crossdock would make it theoretically easier to expand mines: all mining trains go to the crossdock, all sub-base trains go to the crossdock. The main issue is "train traffic multiplication": every delivery of Iron Ore is loaded up into another train, meaning you just doubled train traffic for sake of convenience.

The switch between LHD and RHD means that the "base entrances" that are sandwiched between the two networks (ie: the Iron Ore Crossdock) has very, very few blocking intersections. In fact, if you build all of your sub-bases to the west of the Iron Ore crossdock, the Iron Ore Crossdock entrance would have ZERO intersections with the sub-network, facilitating the highest bandwidth.

[DisRuptive1]

Every 2-way Celtic Cross intersection always had the tracks coming from the North, South, East, and West directions but none existed when the tracks came from the diagonal directions. I made the following and would love your critique:

Code: Select all

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[mrvn]

Every 2-way Celtic Cross intersection always had the tracks coming from the North, South, East, and West directions but none existed when the tracks came from the diagonal directions. I made the following and would love your critique:

Not enough signals.

[Optera]

Mixing RHD and LHD sounded like a diverging diamond.


In TTD those kind of intersections can work fairly well, but i'm not sure how well you could project that into only one layer.

[hansjoachim]

Every 2-way Celtic Cross intersection always had the tracks coming from the North, South, East, and West directions but none existed when the tracks came from the diagonal directions. I made the following and would love your critique:

I added the needed signals and threw it on the testbench. About 40 in set 1. Which is rather low for a 4 way 2 lane intersection.

[Zavian]

Throughput of 40 is better than many of the junctions listed in the OP. It is similar to Wide and Wide B and Compact Celtic Knot. Junctions with higher throughput tend to be huge because they have lots of buffers, and hence need a lot of space especially if you run long trains.

[vanatteveldt]

I use the 'compact' design which is pretty simple & small and also achieves 40 throughput. But I agree that it seems 40 is the par for 2 lane intersections without large internal buffers. Or did I miss a >>40 design which is not more than twice as large as these compact 40 tpm designs?

[hansjoachim]

I made an RHD 4 way 2 lanes 6 car intersections. Can you test it? Its advantage over the other intersections is the higher throughput with left only traffic (right only for LHD)
https://pastebin.com/uqCM5CZK

[hansjoachim]

I made a larger version that finally beats 100 trains per min without combinators in set 1 and 2.
https://pastebin.com/KpSRsecC

[Divaya]

Mixing RHD and LHD sounded like a diverging diamond.

(picture)
In TTD those kind of intersections can work fairly well, but i'm not sure how well you could project that into only one layer.

Did it for funsies


Not at all optimized, didn't have time today to test it.

• Quirk of design allows U-turns for Nouth/South trains (can be considered good/bad depending on your preference/design)
• 2 opposite trains can turn left at the same time
• Reasonable footprint, doesn't need very many signals (36 pre, 12 block).

BP:

Code: Select all

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

Tried to do it in 4 lanes, but most likely is missing signals. Heavy doubts this one will perform well.

Code: Select all

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

[hansjoachim]

Divaya
How long are your trains?

[Divaya]

I personally use 1-4 and 2-8 trains in my current save.

Both those designs don't have any buffers or space allocated for trains, it was more of an aesthetic whip-up for fun. It wouldn't be too hard to add buffers though, it'd make for a pretty decent intersection with them though.

Edit: Here's a quick buffered diverging diamond for 2-4 trains.


First 4 way I've made with buffers for straight-thru and left turns. Generally not a fan since buffers make intersections much larger. Can still be improved by moving the right turn lanes further out (longer) but I'm lazy.

Code: Select all

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

[hansjoachim]

Divaya
There is just so many problems with the "buffered diverging diamond intersection" that I don't know where to start.
I threw it on the test bench to confirm what I thought. And the test confirmed my concerns. Both with the throughput and how the trains move. set 1 = 68 per min. For reference: 264 is max for 4 lanes and 132 is max for 2 lanes. With this throughput you are better off with a 2 lane system.
I can elaborate its problems if you want to.