The result (in my case) is a train falling on the floor.
Forum rocrail software#
Without the restriction, the software assumes that the “down” route applies to an “up” train and therefore attempts to reverse an “up” train from L1 to C2. Without seeing the files and your actual Block, Loco and Route properties and settings, it is very hard to comment much further. Projektwebsite Forum auf Projektbersicht bei Launchpad (Download) Einzelnachweise. Needless to say that although the log says block 3 is the. Neben der Untersttzung des Simple Railroad Command Protocol enthlt Rocrail auch eine eigene Software-Zentrale (Digital Direct X), fr die es auch eine passende Hardware-Schnittstelle (ORD1, ORD3) gibt. That means I am able to start and stop the train via the buttons in rocrail, but as soon as I start the automatic mode, I think there’s something fishy, because it doesn’t even reserve blocks in yellow for the trains I drag in.
Forum rocrail manual#
L1 > C2 (“down” route) – reverse direction Now that you have updated Rocrail I would suggest that you create an 'Issue' on the Rocrail forum and send them the Issue files with a detailed description as to what the problem is. Here I am again I have got the train all up and running properly, at least in manual mode. In English terminology, the tracks are either "up" or "down" lines In real railway practice the track always has a direction. It has to do with the management of "direction". And of course a good PCB coming soon.There is, in my opinion, a fundamental oversight in Rocrail. Next weekend I will try to prepare a specific page in the web-site to gather all the information related to the raspberry pi and rpic.
Forum rocrail code#
Just extract the content in your rocrail source code folder and compile. rpic firmware (and also the compiled file).Capturing of power consumption from ORD-2 and ORD-3 boosters.Īs usual I am releasing all the code and updating the manual:.MM accessories, MM1Fx and the special protocols MM3, MM4 and MM5 available in ddx (under demand).Segregated programing track (PT), with the possibility to run both the trains and send commands to the PT.
Forum rocrail full#
Full support to reading and writing cvs, only on the main.The development is not completed and coming features include: There are some other eastern eggs – as the capability to generate MFX messages). Support for NMRA accessories (no extended accessories so far).Support for NMRA (long and short addresses) – 14,28 and 128 steps.The current features included in the firmware are: There are basically two modes of use: as an auxiliary command station, or as the main command station.
RPIC works together the rocpi library created for rocrail.
The objective was to complement the raspberry pi with the minimum pieces of HW to get a full control center. Of course, with the right HW adaptor, it could be used with other platforms, and with the right protocol, it could be also used by other pieces of SW… but for that purposes there are already many available solutions. The main difference with other solutions is that rpic is born to be used jointly with rocrail and the raspberry pi. Yes, it is yet another solution for managing model trains. Thus, and inspired by the MDRRC Digital RailRoad Control by Robert Evers ( ), I decided to develop my own ucontroller central station. In the best scenario, the rpi was capable of use ddx through an usb adaptor, consuming a considerable amount of resources in the raspberry. The main motivation to produce this firmware has been the failure in making DDX running on the rpi ( ). RPIC is basically code running on a Microchip microcontroller (currently a pic16f1825) The raspberry and PIC (RPIC) is a very basic electronic circuit to have a multiprotocol central station running in the raspberry pi. In the last weeks I have been working on a new approach to use the raspberry pi and rocrail: RPIC.
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