Port type:

For conservative nodes: ELECTRICAL, FLUIDIC, MAGNETIC, TRANSLATIONAL, TRANSLATION_V, ROTATIONAL, ROTATIONAL_V, THERMAL

For nonconservative nodes: REAL, FILE, STRING

Default port type = REAL

Port direction:

Direction of data exchange over the nodes = { IN | OUT | INOUT }; Default = IN: The port direction is supported only for real ports (nonconservative nodes).

Physical type

Specifies a special data type for non-conservative nodes (for example, RESISTANCE, CAPACITANCE, ANGLE).

Unit

The value transferred by this parameter will be converted to this unit/subunit of the given physical type (for example, Ohm, kOhm, MOhm for RESISTANCE). The default unit is always the SI unit for the given physical type.

Port name:

Definition name of the node. The syntax rules for type names are valid.

Default value

Default value for non-conservative nodes with IN as port direction. This value will be used, if this parameter is not used in the model instance call. The initial value must be a number or arithmetical expression, which is calculable without access to other quantities.

Signal name

Name of the signal which is connected to a non-conservative nodes with IN or INOUT as port direction. This name must be a name of a variable or model parameter inside the structure definition. It cannot be used as default value.

PORT electrical : T1;

PORT translational : T2;

PORT real in : Value = 2k;

PORT real in RESISTANCE[kOhm] : R_value = 2;

PORT real out : R1_I = R1.I;

PORT real inout : count = count_var;