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TrainController Gold and Silver - Freiwald Software

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train, then both trains are automatically joined to form a new train set. This is the only<br />

exception from the basic principle, that no train may enter a block, which is reserved by<br />

another train. This exception is also only available for destination blocks of schedules.<br />

In order to make this maneuver to work properly it is necessary, that the train, which<br />

runs the schedule <strong>and</strong> which will join the other train already sitting in the destination<br />

block, can be detected in the destination block. For this reason it is necessary that the<br />

entering train can trigger a brake <strong>and</strong> a stop marker in the destination block, even<br />

though there is already another train located in this block.<br />

232<br />

Arranging Train Sets By Operations<br />

Train sets can also be joined or separated by operations, macros <strong>and</strong> engine functions.<br />

The following actions are possible:<br />

• join a separated train set<br />

• separate the first locomotive located at a certain end of the train from the train set<br />

• separate all locomotives located at a certain end of the train from the train set<br />

• separate the vehicle (locomotive or car) located at a certain end of the train from the<br />

train set<br />

• separate a train set at a certain side of a vehicle<br />

The end of the train, that will be separated from the train, is always specified based on<br />

the direction of travel relative to the layout (left vs. right; top vs. bottom). It is for example<br />

possible, to separate the first locomotive on the right end of the train. This is for<br />

example useful in a scenario, where an auxiliary locomotive is temporarily added to a<br />

train set to push a heavy train uphill. The direction of travel, which the block at the top<br />

of the grade is passed to by trains coming from the bottom, is always the same; e.g.<br />

from the right to the left. In such case the pushing locomotive is always located at the<br />

right end of the train., regardless whether the heading locomotive is running forward or<br />

backward. For this reason it is more useful to be able to separate the locomotive at the<br />

right end of the train rather than the locomotive at the tail of the train, which may point<br />

upwards, if the train set runs backwards.<br />

In the above list the first four operations can be applied to train sets,<br />

usually as operations<br />

or macros executed at the beginning, at the end or during execution of a schedule.<br />

The fifth operation can only be executed by vehicles (engines or cars), that are currently<br />

part of a train set. It is usually performed by a macro, which is called as an auxiliary<br />

function of the engine or car. This operation allows interesting maneuvers. Assume a<br />

train, that will be separated left of the caboose, when it enters a certain block. If the operation<br />

to separate a train set at the left side of a vehicle is added to a macro <strong>and</strong> this

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