GOOSE TX

MAC address of the source of transmission of GOOSE messages in the form of an array of 6 bytes.

The MAC address of the receiver of GOOSE messages in the form of an array of 6 bytes. For example, for multicast, MAC addresses in the range 01:0C are assigned to streams.:CD:01:00:00-01:0C:CD:01:01:FF.

Specifying the value of the APPID message identification tag (the standard provides 0x8000-0xBFFF for message class 1A, 0x0000-0x3FFF for message class 1, however, it is possible to set a different value).

Specifying the data type of the Data elements of the allData field in the form of a vector, where the ordinal number of the vector element corresponds to the input number of the block allData element No…​.. Depending on the value of the vector element, the signal is assigned the data type according to the table:

A Tuple type array of Vector{Int64}, which contains vectors with element numbers. These vectors will be grouped into structures.

Each individual vector inside the main array is a separate structure inside the allData GOOSE message field. The grouping of elements within the structure vector should occur from the smaller element number to the larger one. The signals inside the vector must be located at the adjacent inputs of the block. An example, you can — [3 4 5] cannot — [1 3 5].

The grouping of structure vectors inside a Tuple array should occur in a similar way: from the vector with the lowest element numbers to the vector with the highest element numbers. An example, you can — {[1 2 3] [4 5]}, {[1 2] [4 5]}, {[1 2] [3 4]}, not allowed — {[4 5] [1 2 3]}, {[4 5] [1 2], [3 4] [1 2]}.

Elements that are not included in any of the vectors inside the Tuple array will be encapsulated in a GOOSE message outside the structure, sequentially, according to the input number they occupy. Example, {[1 2] [4 5]} — the composition of the allData field: 1 and 2 signals in the structure, the third signal outside the structure, 4 and 5 signals in the structure, {[3 4]} — the composition of the allData field: 1 and 2 signals outside the structure, 3 and 4 signals in the structure, 5 signal outside the structure.

By default, the values Retransmission times after events and Retransmission counts mean that after data changes, they will be resent 4 times with a range of 0.01 seconds, 3 times with a range of 0.04 seconds, and 2 times with a range of 2.5 seconds.

The calculation step must be a multiple of the main calculation step specified in the model settings. Inheritance is not supported.