Simulink Control Design™ - MathWorks

The COUNTERBUS signal of scdbusselection contains multiple bus elements. Add the

upper_saturation_limit and data bus elements as analysis points to sllin. When

adding elements within a nested bus structure, use dot notation to access the elements of

the nested bus, for example limits.upper_saturation_limit.

blk = {'scdbusselection/COUNTERBUSCreator','scdbusselection/COUNTERBUSCreator'};

port_num = [1 1];

bus_elem_name = {'limits.upper_saturation_limit','data'};

addPoint(sllin,blk,port_num,bus_elem_name);

Both bus elements originate at the first (and only) port of the scdbusselection/

COUNTERBUSCreator block. Therefore, blk and port_num repeat the same element

twice.

Input Arguments

s — Interface to Simulink model

slLinearizer interface | slTuner interface

Interface to a Simulink model, specified as either an slLinearizer interface or an

slTuner interface.

pt — Analysis point

character vector | string | cell array of character vectors | string array | vector of

linearization I/O objects

Analysis point to add to the list of analysis points on page 15-288 for s, specified as:

• Character vector or string — Signal identifier that can be any of the following:
  
  
  • Signal name, for example 'torque'
  
  
  • Block path for a block with a single output port, for example 'Motor/PID'
  
  
  • Path to block and port originating the signal, for example 'Engine Model/1' or
    'Engine Model/torque'
  
  
  
  


• Cell array of character vectors or string array — Specifies multiple signal identifiers.


• Vector of linearization I/O objects — Use linio to create pt. For example:

pt(1) = linio('scdcascade/setpoint',1)

pt(2) = linio('scdcascade/Sum',1,'output')

15 Alphabetical List