Properties or parameters of specified Simulink models, systems, blocks, or signals in table
This component displays properties or parameters of selected Simulink® models, systems, blocks, or signals in a table.
Choose the object type to display in the generated report.
The selected object type affects the options available in the Property Columns pane.
Choose a title to appear in the generated report:
Automatic: Automatically generates a title from the parameter.
Custom: Specifies a custom title.
This pane displays object properties to include in the Summary Table in the generated report.
To add a property:
select the appropriate property level in the text box on the left.
In the text box on the right, select the property that you want to add and click Add.
To delete a property, select the property name and click Delete.
%<SplitDialogParameters> is a unique
property for Simulink Summary Tables, where the object type is
This property generates multiple summary tables, organized by block
type. Each Summary Table group contains the dialog box parameters
for that block.
Some entries in the list of available properties (such as
are “virtual” properties that you cannot access using
get_param command. The properties used for
property/value filtering in the block and System Loop components must
be retrievable by the
get_param. Therefore, you
cannot configure your Summary Table to report on all blocks of
You can create multiple values
for a property in a Simulink Summary Table. For example, to report
on blocks of type
Check the Search for Simulink property name/property value pairs box.
Make sure that you set Property Name to
Type the following text into the Property Value field:
Remove empty columns: Removes empty columns from the table.
Transpose table: Changes the summary table rows into columns in the generated report, putting the property names in the first column and the values in the other columns.
Insert anchor for each row: Inserts an anchor for each row in the summary table.
Automatic list from context: Reports on all blocks in the current
context, as set by the parent component.
Custom - use block list: Reports on a list of specified blocks.
Specify the full path of each block.
Alphabetically by block name: Sorts blocks alphabetically by
Alphabetically by system name: Sorts systems alphabetically by
name. Lists blocks in each system, but in no particular order.
Alphabetically by full Simulink path: Sorts blocks alphabetically
by Simulink path.
By block type: Sorts blocks alphabetically by block type.
By block depth: Sorts blocks by their depth in the model.
By layout (left to right): Sorts blocks by their location in the
model layout, by rows. The block appearing the furthest toward
the left top corner of the model is the anchor for the row. The row contains all
other blocks that overlap the horizontal area defined by the top and bottom edges of
the anchor block. The other rows use the same algorithm, using as the anchor the
next unreported block nearest the left top of the model.
By layout (top to bottom): Sorts blocks by their location in the
model layout, by columns. The block appearing the furthest
toward the left top corner of the model is the anchor for the column. The column
contains all other blocks that overlap the vertical area defined by the left and
right edges of the anchor block. The other columns use the same algorithm, using as
the anchor the next unreported block nearest the left top of the model.
By traversal order: Sorts blocks by traversal order.
By simulation order: Sorts blocks by execution order.
%<VariableName>: Inserts the value of a variable from the
MATLAB® workspace. The
%<> notation can denote a
string or cell array. For more information, see
Notation on the
Text component reference page.
Search for Simulink property name/property value pairs: Reports on blocks with specified property name/property value pairs.
Specify the following options to generate a Summary Table in
a report for on the model
Sort on systems by system depth.
Include the system parameters
The following table appears in the report.
u, Actuator Model, Aircraft Dynamics Model, Angle of Attack, Controller, Dryden Wind Gust Models, Gain, Gain1, Gain2, Gain5, More Info, More Info1, Nz pilot calculation, Pilot, Pilot G force Scope, Stick Input, Sum, Sum1, alpha (rad), Nz Pilot (g)
Aircraft Dynamics Model
Elevator Deflection d (deg), Vertical Gust wGust (ft/sec), Rotary Gust qGust (rad/sec), Gain3, Gain4, Gain5, Gain6, Sum1, Sum2, Transfer Fcn.1, Transfer Fcn.2, Vertical Velocity w (ft/s), Pitch Rate q (rad/s)
Stick Input (in), alpha (rad), q (rad/s), Alpha-sensor Low-pass Filter, Gain, Gain2, Gain3, Pitch Rate Lead Filter, Proportional plus integral compensator, Stick Prefilter, Sum, Sum1, Sum2, Elevator Command (deg)
Dryden Wind Gust Models
Band-Limited White Noise, Q-gust model, W-gust model, Wg, Qg
Nz pilot calculation
w, q, Constant, Derivative, Derivative1, Gain1, Gain2, Product, Sum1, Pilot g force (g)