Hello Everyone,
I thought to share my experiences about the attach and detach function now available for ORTS timetable mode.
I chose Harlowton station of the Milwaukee Road. This is the east end of the MILWs electrified system, so incoming westbound trains have to switch power from diesel to electric.
A test timetable created as shown below:
According to this, there's an arriving westbound train to Harlowton Track #1
td1_in with 2x SD45 power, while 2x EF-4 "Little Joe" electrics
t1e idling at Harlowton Track #4. To make it easier, separated consists used for the stock (
30box).
After arrival, the diesels detach the train, leave the
30box consist as static, then pull out and reversing to Harlowton #3 as train
t1d.
Meanwhile, the
t1e Joes start and reverse to Track #1 and pick up the static
30box. It forms the
t1e_out and heading west.
The diesels form
t2d and wait to an incoming eastbound train
t2e_in, to switch traction again, now from electric to diesel.
Notes:
#1: train
obs is just a single engine, idling at Harlowton #8, which chosen to play while examining the train movements (so-called "observer")
#2: as You can see, there is 2 column in the TT with the same data, the static
30box consist (column D and J). This is because the westbound and eastbound train have the same stock and the same arrival location, so the later-arriving eastbound has to set-out exactly the same static consist as the westbound did. I was afraid that the program won't like this, but everyting went well. So, situations like this need just one path for static consists, no matter how many trains switch power a day, even with consist names are the same. Very Cool :)
#3: As seen in the last screenshot, switched off engines pulled almost out the siding, stopped just before the switches. It doesn't match its path
harl_out, as its end point is around the centre of the siding. I don't know the reason of this issue, but anyway, the process works fine.
Peter