Here, pt(1) specifies an input, and pt(2) specifies an output. The interface adds all
the signals specified by pt and ignores the I/O types. The interface also adds all
'loopbreak' type signals as permanent openings.blk — Block path identifying block where analysis point originates
character vector (default) | string | cell array of character vectors | string array
Block path identifying the block where the analysis point originates, specified as a:
- Character vector or string to specify a single point, for example blk =
'scdcascade/C1'. - Cell array of character vectors or string array to specify multiple points, for example
blk = {'scdcascade/C1','scdcascade/Sum'}.
blk, port_num, and bus_elem_name (if specified) must have the same size.
port_num — Port where analysis point originates
positive integer (default) | vector of positive integers
Port where the analysis point originates, specified as a:
- Positive integer to specify a single point, for example port_num = 1.
- Vector of positive integers to specify multiple points, for example port_num = [1
1].
blk, port_num, and bus_elem_name (if specified) must have the same size.
bus_elem_name — Bus element name
character vector (default) | string | cell array of character vectors | string array
Bus element name, specified as a:
- Character vector or string to specify a single point, for example bus_elem_name =
'data'. - Cell array of character vectors or string array to specify multiple points, for example
bus_elem_name = {'limits.upper_saturation_limit','data'}.
blk, port_num, and bus_elem_name (if specified) must have the same size.
addPoint