Rolling Stock Functions: Unterschied zwischen den Versionen

    EEPRollingstockSetCouplingFront("Castor1;001", 1)
                

• First argument is the entire name of the rolling stock as a string.
• Second argument is the desired condition of the front coupler:
  • 1 = activate coupler (couples on contact when opposing coupler is also active)
  • 2 = deactivate coupler
• Return value is true if the targeted rolling stock exists, else false

    hResult, hData = EEPRollingstockGetCouplingFront("Castor1;001")
                

• Argument is the entire name of the rolling stock as a string.
• First return value is true if the targeted rolling stock exists, else false.
• Second return value is the condition of the front coupler:
  • 1 = active
  • 2 = inactive
  • 3 = coupled

    EEPRollingstockSetCouplingRear("fals 175 Kalk", 1)
                

• First argument is the entire name of the rolling stock as a string.
• Second argument is the desired condition of the rear coupler:
  • 1 = activate coupler (couples on contact when opposing coupler is also active)
  • 2 = deactivate coupler
• Return value is true if the targeted rolling stock exists, else false

    Name = "fals 175 Kalk"
    hResult, hData = EEPRollingstockGetCouplingRear(Name)
                

• Argument is the entire name of the rolling stock as a string.
• First return value is true if the targeted rolling stock exists, else false.
• Second return value is the condition of the rear coupler:
  • 1 = active
  • 2 = inactive
  • 3 = coupled

    Name = "CoalPortalCrane"
    Axis = "Turn left"
    EEPRollingstockSetAxis(Name, Axis, 50)
                

• First argument is the entire name of the rolling stock as a string.
• Second argument is the entire name of the axis as a string.
• Third argument is the target position for the axis.
• Return value is true if the targeted rolling stock and axis exist, else false.

    Name = "CoalPortalCrane 1"
    Axis = "Turn left"
    hResult, hData = EEPRollingstockGetAxis(Name, Axis)
                

• First argument is the entire name of the rolling stock as a string.
• Second argument is the entire name of the axis as a string.
• First return value is true if the targeted rolling stock and axis exist, else false
• Second return value is the current position.

    EEPRollingstockSetSlot("PortalCrane2 Grabber", 1)
                

• First set all axiis to the wanted position and store this condition in one of 16 slots (context menu). Now you can use this Lua function to trigger an animation from the current setting of all axiis to the stored position.
• First argument is the entire name of the rolling stock as a string.
• Second argument is the number of the slot in which the wanted position was stored.
• Return value is true if the targeted rolling stock and the slot exist, else false.
• It is not verified that slot actually contains any settings.

    EEPGetRollingstockItemsCount("#FreightTrain")
                

• Argument is the complete name of a train consist as string.
• Return value ist he sum of all rolling stock items in this train consist. No distinction is made between engine, tender, waggon or special items like separate bogeys.

    EEPGetRollingstockItemName("#FreightTrain",3)
                

• First argument is the complete name of a train consist as string.
• Second argument is the position number of one item. The count begins with 0.
• Return value ist he name oft he specified vehicle.

    hResult, Name = EEPRollingstockGetTrainName("Castor 1" ) 
                

• The argument is the name of the rolling stock.
• First return value is true, if the execution was successfull, otherwise false
• Second return value is the name of the train.

    hResult, Laenge = EEPRollingstockGetLength("Container 0100") 
                

• The argument is the name of the vehicle.
• First return value is true, if execution was successfull, false otherwise.
• Second return value is the length of the consist from coupling to coupling in meters.

    hResult, Motor = EEPRollingstockGetMotor("DB_360_339") 
                

• The argument is the name of the vehicle.
• First return value is true, if execution was successfull, false otherwise.
• Second return value is true if the vehicle is motorized.

    hResult, ID, Position, Richtung, System = EEPRollingstockGetTrack( "BR 212 376-8"   ) 
                

• The argument is the name of the vehicle.
• 1. return value is true, if execution was successfull, false otherwise.
• 2. return value is the id of the track, the vehicle sits on.
• 3. return value is the distance (in meters) to the front end of the track.
• 4. return value gives the orientation relative t the track (1 = parallel to the track, 0=anti parallel)
• 5. return value is the ID of the track sysstem, the vehicle sits on:
  • 1 = railroad tracks
  • 2 = streets
  • 3 = subway and tram tracks
  • 4 = other

    hResult , Typ = EEPRollingstockGetModelType( "Castor 1" ) 
                

• The argument is the name of the vehicle.
• First return value is true, if execution was successfull, false otherwise.
• Second return value is the category the creator of the model has assignet to it:
  • 1 = tank locomotive
  • 2 = tender locomotive
  • 3 = tender
  • 4 = electric locomotive
  • 5 = diesel locomotive
  • 6 = railcar
  • 7 = communter train
  • 8 = tram
  • 9 = freight waggons
  • 10 = person transport
  • 11 = aero vehicles
  • 12 = machines (e.g. cranes)
  • 13 = ships
  • 14 = trucks
  • 15 = cars