Hi Carlo
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Here a new release of the script file, that solves the problem of the not working DoesBrakeCutPower()
At present that will be needed for air brakes and EP brakes. DoesBrakeCutPower now works for vacuum brakes.
Hopefully the version the does not cut power will continue to be developed - this is the version needed for steam locos where power can not be cut. It can also now be used for vacuum brakes on diesel and electric where the brake will now cut power as it should.Air brakes should also cut power - but it may be more accurate to retain a TCS that does cut power for EP braked stock.
So on to brakes:
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Could you suggest a trainset with vacuum brakes where TCSFullServiceBraking works with the standard EmergencyStopMonitor? (by setting MonitoringDeviceAppliesFullBrake( 1 ) and MonitoringDeviceAppliesEmergencyBrake( 0 ).
Passing a signal at stop should trigger the automatic braking.
The results depend on the type of vacuum brake being used.
In all cases the F5 HuD shows TCS Full Service Braking when the train SPADs.
If the OR vacuum brake token is
TrainBrakesControllerVacuumContinuousServiceStart then the vacuum is destroyed and the brakes applied. (This token is used for BR standard steam locos and dual braked diesel and electric locos)
If the OR vacuum brake token is
TrainBrakesControllerVacuumApplyContinuousServiceStart then the vacuum remains at 25 in or 21 in even though we have "TCS Full Service Braking" and so the brakes are not applied (This token is used for pre-nationalisation steam locos and also diesel and electric locos that have vacuum brake only).
This is perhaps something that Peter needs to look at in the development of braking.
On a different but related matter I did not realise before that the Emergency Stop Monitor responded to SPADs - I thought that it was only for locos that had an emergency stop button - such as the BR Class 90.
Is there a way that we can have a working emergency stop button that does not cause the brakes to be applied if the train SPADs?
(Although in the case of modern trains TPWS will do that anyway so it probably does not matter.)
If the AWS script is taking over the function of the TCS monitors in the eng file what happens about the following:
If the eng file has an Emergency stop monitor to respond to an emergency stop button in the cab?
If the eng file has an Emergency stop monitor to respond to SPADs. (TPWS)?
If the eng file has an Overspeed Monitor (TASS or ATP)?
If the eng file has a vigilance monitor?
I can imagine that more accurate TCS scripts might be written for TPWS, TASS or ATP like the AWS script we now have, but the presence or absence of a vigilance monitor or emergency stop button is more a function of a particular train than a system.