BNSFdude wrote:I'll be posting some changes in physics, (brakes wise), and some sounds changes on this thread for open community beta. If deemed positive, I will forward the changes to RSC. (perhaps I will wait a bit while other members figure out logarithmic throttle curves versus the standard linear)
But I'll be posting the sound changes in a bit.
I am afraid the non-lineair operation of throttle and dynamic brake handles are out of the question for the moment. RSC's lua interpretation is supposedly very flaky and hardly documented. The advanced maths functions are probably not even applied, and I don't know how to debug the running lua interpreter.
If the array function works I can try to map handle positions to the control value using a table but that would only work for discrete throttle positions, while a proper formula would work for anything in between.
I am more interested in control stand logic, i.e. the right way of operating the handles and a script to gradually chance prime mover rpm in response to resistor grid current.
I don't think the linear action of throttle and dynamic brake is that much of a problem due to the fact that TE and DB are not calculated at all but taken from those dcsv tables.
BTW: what is wrong with the EQ display in the SDIS? Sometimes it works, sometimes it doesn't. It displays the equalizing reservoir pressure, which in the working cases had the same value as the main reservoir pressure in the readout to the right of it. So applying the brakes at least had the values change.