Hello

J am using JMRI in France and it's an very beautiful soft

I have two questions to submit to you

First point:

As you say in the documentation, the dispatcher works perfectly with a single train. Yes! it's checked!

It also works with two trains if the transits are different in the positioning of the turnout. Yes it's also true!

There is a problem with the turnout core when the next train switches it when the preceding train is not fully removed from the turnout

This is related to the detection of the train by power consumption that does not always work on both boggies

I found several solutions but imperfect that only works in one direction of circulation

? ?? Enlarge the block (or section) at the heel of the turnout on the network

? ?? for crossover, delay the turnout movement with a logix

Do you have better solution ?

Second point:

I think that a general solution would be to permanently allocate the epending section

For example

? ?? transit with Sect0 - Sect1 - Sect2 - Sect3 etc.

? ?? train with two reserved sections forward

? ?? the train being in Sect1, then allocate Sect0 Sect1 Sect2 Sect3

? ?? the train being in Sect2, then allocate Sect1 Sect2 Sect3 Sect4

Is that possible, and difficult?

sorry for my English?!

Thank you for your answers

A good day

luc

Hi Luc
Make sure you have good occupancy detection.
You can try:
Use large values for debounce off in sensors.
Use stop by speed profile.
Use Internal stopping sensors. Internal sensors that are set X seconds after entry to block (actions in transits)
Hope that helps.
Steve G.

开云体育

?

Hello

J am using JMRI in France and it's an very beautiful soft

I have two questions to submit to you

First point:

As you say in the documentation, the dispatcher works perfectly with a single train. Yes! it's checked!

It also works with two trains if the transits are different in the positioning of the turnout. Yes it's also true!

There is a problem with the turnout core when the next train switches it when the preceding train is not fully removed from the turnout

This is related to the detection of the train by power consumption that does not always work on both boggies

I found several solutions but imperfect that only works in one direction of circulation

? ?? Enlarge the block (or section) at the heel of the turnout on the network

? ?? for crossover, delay the turnout movement with a logix

Do you have better solution ?

Second point:

I think that a general solution would be to permanently allocate the epending section

For example

? ?? transit with Sect0 - Sect1 - Sect2 - Sect3 etc.

? ?? train with two reserved sections forward

? ?? the train being in Sect1, then allocate Sect0 Sect1 Sect2 Sect3

? ?? the train being in Sect2, then allocate Sect1 Sect2 Sect3 Sect4

Is that possible, and difficult?

sorry for my English?!

Thank you for your answers

A good day

luc

hi Steve,
thank you for your response and your advice
I'm trying your solutions in the next few days
I'll give you the results
a good day
Luc