This case is shown in Figure
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However, because this arrow matches an arrow in the parent diagram, it is assigned an ICOM code. This code can be used elsewhere in the model, for example in a reference expression in the diagram where the arrow appears, to identify the location of the original tunneling. An arrow tunneled at the connected end may be omitted from one or more decomposition levels and then reappear at another level, in one or more places, tunneled at the unconnected end. pic16 Figure 16. Tunneling arrows at the connected end Tunneling an arrow at the unconnected end means that the data or objects are not needed at the next higher (parent) level and therefore should not be shown connected to the parent block.
Since this arrow does not correspond to an arrow albania whatsapp number data in the parent diagram, it is not assigned an ICOM code. The arrow may have an attached model note containing a node reference and an ICOM code that identifies the location of the "other end" of the tunnel. ICOM coding for the arrow is resumed in all subsequent child diagrams. Figure 18 shows an example of tunneling arrows in a parent and child diagram. pic17 Figure 17. Tunneling arrows at the unconnected end pic18 Figure 18. Example of tunneling arrows.
3.2.10 Call Arrow A call arrow is a special case of a mechanism arrow. This means that the calling block does not have its own child diagram to detail, but is rather detailed by another block (and its descendants) in the same or another model. Multiple calling blocks may call the same block. A call arrow is labeled with a reference to the node of the diagram containing the called block, as well as the number of the called block. A calling block may only call one block in a given activation. However, depending on the conditions specified in the model note attached to the call arrow, the calling block may choose one of several possible called blocks.
Since this arrow does not correspond to an arrow albania whatsapp number data in the parent diagram, it is not assigned an ICOM code. The arrow may have an attached model note containing a node reference and an ICOM code that identifies the location of the "other end" of the tunnel. ICOM coding for the arrow is resumed in all subsequent child diagrams. Figure 18 shows an example of tunneling arrows in a parent and child diagram. pic17 Figure 17. Tunneling arrows at the unconnected end pic18 Figure 18. Example of tunneling arrows.
3.2.10 Call Arrow A call arrow is a special case of a mechanism arrow. This means that the calling block does not have its own child diagram to detail, but is rather detailed by another block (and its descendants) in the same or another model. Multiple calling blocks may call the same block. A call arrow is labeled with a reference to the node of the diagram containing the called block, as well as the number of the called block. A calling block may only call one block in a given activation. However, depending on the conditions specified in the model note attached to the call arrow, the calling block may choose one of several possible called blocks.