Model Advisor Report for 'untitled1'

Model Advisor Report - untitled1
Simulink version: 24.2	Model version: 1.0
System: untitled1	Current run: 25-Dec-2024 17:50:48
Treat as Referenced Model: off

Run Summary

Incomplete	Failed	Warning	Justified	Passed	Information	Not Run	Total
0	0	10	0	25	0	196	231

Model Advisor

1 By Product

122

1.1 Simulink

Identify unconnected lines, input ports, and output ports

Not Run

Check root model Inport block specifications

Not Run

Check diagnostic settings ignored during accelerated model reference simulation

Not Run

Check for parameter tunability information ignored for referenced models

Not Run

Check for implicit signal resolution

Not Run

Check for optimal bus virtuality

Not Run

Check for calls to slDataTypeAndScale()

Not Run

Check for Discrete-Time Integrator blocks with initial condition uncertainty

Not Run

Identify disabled library links

Not Run

Identify parameterized library links

Not Run

Identify unresolved library links

Not Run

Identify configurable subsystem blocks in the model for converting to variant subsystem blocks.

Not Run

Check usage of function-call connections

Not Run

Check and update mask image display commands with unnecessary imread() function calls

Not Run

Check and update mask to affirm icon drawing commands dependency on mask workspace

Not Run

Identify Environment Controller blocks to be replaced with Variant Source blocks

Not Run

Identify variant blocks with VariantActivation set to 'inherit from Simulink.VariantControl' but do not use Simulink.VariantControl

Not Run

Runtime diagnostics for S-functions

Not Run

Check if Read/Write diagnostics are enabled for Data Store blocks

Not Run

Check Data Store Memory blocks for multitasking, strong typing, and shadowing issues

Not Run

Check Model History properties

Not Run

Check S-functions in the model

Not Run

Open the Upgrade Advisor

Not Run

Return all simulation outputs as a single Simulink.SimulationOutput object

Not Run

Check structure parameter usage with bus signals

Not Run

Check for large number of function arguments from virtual bus across model reference boundary

Not Run

Check Delay, Unit Delay and Zero-Order Hold blocks for rate transition

Not Run

Check bus signals treated as vectors

Not Run

Check for potentially delayed function-call block return values

Not Run

Identify block output signals with continuous sample time and non-floating point data type

Not Run

Check usage of Merge blocks

Not Run

Check usage of Outport blocks

Not Run

Check usage of Discrete-Time Integrator blocks

Not Run

Check model settings for migration to simplified initialization mode

Not Run

Check for non-continuous signals driving derivative ports

Not Run

Check data store block sample times for modeling errors

Not Run

Check for potential ordering issues involving data store access

Not Run

Identify unit mismatches in the model

Not Run

Identify automatic unit conversions in the model

Not Run

Identify disallowed unit systems in the model

Not Run

Identify undefined units in the model

Not Run

Identify ambiguous units in the model

Not Run

Identify questionable operations for strict single-precision design

Not Run

1.2 Simulink Coder

Check solver for code generation

Not Run

Check for blocks not supported by code generation

Not Run

Check for model reference configuration mismatch

Not Run

Check code generation identifier formats used for model reference

Not Run

Check for relative execution order change for Data Store Read and Data Store Write blocks

Not Run

Check sample times and tasking mode

Not Run

Check for blocks that have constraints on tunable parameters

Not Run

Check reuse of subsystem code

Not Run

1.3 Simulink Code Inspector

Check code generation settings

Not Run

Check data import and export settings

Not Run

Check diagnostic settings

Not Run

Check hardware implementation settings

Not Run

Check math and data types settings

Not Run

Check solver settings

Not Run

Check for unsupported blocks

Not Run

Check for unconnected objects in the model

Not Run

Check system target file setting

Not Run

Check function specification setting

Not Run

Check shared Embedded Code Dictionary configuration

Not Run

Check for unsupported Code Mapping settings

Not Run

Check model arguments for storage classes

Not Run

Check usage of Code in MATLAB Functions

Not Run

Check MATLAB Code Analyzer messages

Not Run

Check storage class for workspace variables

Not Run

Check for unsupported Signal Conversion blocks automatically inserted at signals entering block input ports

Not Run

Check for usage of fixed-point instrumentation

Not Run

Check for usage of synthesized local data stores

Not Run

Check Loop unrolling threshold setting

Not Run

Check usage of global data stores

Not Run

Check global data stores' name shadow

Not Run

Check destinations of If and Switchcase blocks

Not Run

Check for root Outport blocks that have non-auto storage class

Not Run

Check for Terminator blocks that connect to Model block outports

Not Run

Check for unsupported propagation of initial condition values

Not Run

Check data type replacement names

Not Run

Check for multiple sample times in model used as a model reference target

Not Run

Check GetSet storage class for workspace variables

Not Run

Check Treat each discrete rate as a separate task setting

Not Run

Check model for commented out blocks

Not Run

Check model for void_void subsystems that use the same function name

Not Run

Check n-D Lookup Table blocks for incompatible breakpoint data type

Not Run

Check model for reusable subsystems that use the same function interfaces

Not Run

Check for usage of shared synthesized local data stores

Not Run

Check model for compiled and graphical block sorted order

Not Run

Verify 'Generate an example main program' setting of multirate models

Not Run

Check for unsupported signal identifiers specified in Code Mappings editor

Not Run

Check for unsupported usage of 64-bit data types

Not Run

Check usage of Sources blocks

Not Run

Check usage of Signal Routing blocks

Not Run

Check usage of Math Operations blocks

Not Run

Check usage of Signal Attributes blocks

Not Run

Check usage of Logical and Bit Operations blocks

Not Run

Check usage of Lookup Tables blocks

Not Run

Check usage of User-Defined Function blocks

Not Run

Check usage of Ports and Subsystems blocks

Not Run

Check usage of Discontinuities blocks

Not Run

Check usage of Sinks blocks

Not Run

Check usage of Discrete blocks

Not Run

Check usage of Stateflow blocks

Not Run

Check usage of String blocks

Not Run

Check usage of Stateflow charts

Not Run

Check usage of Stateflow MATLAB action language

Not Run

Check usage of Stateflow transitions

Not Run

Check usage of Stateflow junctions

Not Run

Check usage of Stateflow data

Not Run

Check usage of Stateflow events

Not Run

Check usage of Stateflow states

Not Run

Check usage of Stateflow graphical functions

Not Run

Check usage of Stateflow truth tables

Not Run

Check usage of Stateflow atomic subcharts

Not Run

Check usage of MATLAB Function Blocks

Not Run

Check usage of Data in MATLAB Functions

Not Run

Check usage of root Outport blocks

Not Run

Check usage of buses

Not Run

Check usage of shared utilities

Not Run

Check for sample times in the model

Not Run

Check conditional input branch execution setting

Not Run

1.4 Embedded Coder

Check usage of 'long long' data type

Not Run

1.5 Simulink Control Design

Identify time-varying source blocks interfering with frequency response estimation

Not Run

2 By Task

2.1 Replacing Blocks That Will Be Removed

Identify Environment Controller blocks to be replaced with Variant Source blocks

Passed
The model does not contain any Environment Controller blocks.

2.2 Inherit from Simulink.VariantControl

Identify variant blocks with VariantActivation set to 'inherit from Simulink.VariantControl' but do not use Simulink.VariantControl

Passed

2.3 Simulation Accuracy

Check for non-continuous signals driving derivative ports

Not Run

2.4 Simulation Runtime Accuracy Diagnostics

Runtime diagnostics for S-functions

Passed

Check if Read/Write diagnostics are enabled for Data Store blocks

Passed

2.5 Managing Data Store Memory Blocks

Check Data Store Memory blocks for multitasking, strong typing, and shadowing issues

Duplicate data store names checking is not set to 'error'. Duplicate usage of data store names can lead to unintended shadowing of data stores of higher model scope. Consider changing the Duplicate data store names setting to 'error'.

Check data store block sample times for modeling errors

Not Run

Check for potential ordering issues involving data store access

Not Run

Check for relative execution order change for Data Store Read and Data Store Write blocks

Not Run

2.6 Simulink Model File Integrity

Check Model History properties

Check models for edited Model History property values
Check that parameters in the Model Properties dialog History pane use the default tags. In the MDL file format you can configure some model properties to make use of source control tool keyword substitution. If you save your model in SLX format, source control tools cannot perform keyword substitution. Any information in the model file from such keyword substitution is cached when you first save the MDL file as SLX, and is never updated again. The Model Properties History pane and any Model Info blocks in your model show stale information from then on.

Passed
This model uses the default value for property ModifiedByFormat.

Passed
This model uses the default value for property ModifiedDateFormat.

Passed
This model uses the default value for property ModelVersionFormat.

2.7 S-function Checks

Check S-functions in the model

There are no user-defined S-functions in the model.

2.8 Units Inconsistencies

Identify unit mismatches in the model

Not Run

Identify automatic unit conversions in the model

Not Run

Identify disallowed unit systems in the model

Not Run

Identify undefined units in the model

Not Run

Identify ambiguous units in the model

Not Run

2.9 Model Referencing

Check for model reference configuration mismatch

Passed

Check diagnostic settings ignored during accelerated model reference simulation

The configuration parameter settings passed the check.

Check code generation identifier formats used for model reference

The configuration parameter settings passed the check.

Check for parameter tunability information ignored for referenced models

Passed

Check for implicit signal resolution

Passed

Check bus signals treated as vectors

Not Run

Check root model Inport block specifications

Passed

Check for large number of function arguments from virtual bus across model reference boundary

Not Run

2.10 Managing Library Links And Variants

Identify disabled library links

Passed

Identify parameterized library links

Passed

Identify unresolved library links

Passed

Identify configurable subsystem blocks in the model for converting to variant subsystem blocks.

Identify and upgrade Configurable Subsystem blocks in the model or subsystem level.

Passed
No configurable subsystem blocks found.

2.11 Data Transfer Efficiency

Check Delay, Unit Delay and Zero-Order Hold blocks for rate transition

Not Run

2.12 Modeling Signals and Parameters using Buses

Check for optimal bus virtuality

Passed

Check structure parameter usage with bus signals

Not Run

Check bus signals treated as vectors

Not Run

2.13 Code Generation Efficiency

Check usage of 'long long' data type

Passed

2.14 Modeling Single-Precision Systems

Identify questionable operations for strict single-precision design

Not Run

2.15 Migrating to Simplified Initialization mode

Check usage of Merge blocks

Not Run

Check usage of Outport blocks

Not Run

Check usage of Discrete-Time Integrator blocks

Not Run

Check model settings for migration to simplified initialization mode

Not Run

2.16 Upgrading to the Current Simulink Version

Open the Upgrade Advisor

Warning
To check for upgrade issues, open the Upgrade Advisor.

Recommended Action
Click the link below to close the Model Advisor and open the Upgrade Advisor for untitled1.
Open the Upgrade Advisor

2.17 Simulink Code Inspector compatibility checks

Check shared Embedded Code Dictionary configuration

Check shared Embedded Code Dictionary is not configured with service code interface configurations
Check whether the shared Embedded Code Dictionary linked to the model is not configured with a service code interface configuration.

Passed
The Embedded Code Dictionary does not contain a service code interface configuration.

Check code generation settings

Verify 'Use dynamic memory allocation for model initialization' setting
Check whether Code Generation > Interface > Use dynamic memory allocation for model initialization is cleared.

Warning
This check failed because the following prerequisite(s) for the check failed :Code Generation > System target file is not set to ert.tlc or a System target file derived from ERT.This incompatibility is fatal and will prevent execution of the Code Inspector Follow the recommended action and rerun the check.

Recommended Action
Set Code Generation > System target file to ert.tlc or a System target file derived from ERT.
_________________________________________________________________________________________

Verify 'Shared code placement' setting
Check whether Code Generation > Interface > Shared code placement is set to 'Shared location'.

Warning
Code Generation > Interface > Shared code placement is not set to 'Shared location' .

Recommended Action
Set Code Generation > Interface > Shared code placement to 'Shared location' .
_________________________________________________________________________________________

Verify 'Additional code' setting
Check whether Code Generation > Custom Code > Additional code is set to "" (i.e. unspecified).

Passed
Code Generation > Custom Code > Additional code is set to "".
_________________________________________________________________________________________

Verify 'Include headers' setting
Check whether Code Generation > Custom Code > Include headers is set to "" (i.e. unspecified).

Passed
Code Generation > Custom Code > Include headers is set to "".
_________________________________________________________________________________________

Verify 'Initialize code' setting
Check whether Code Generation > Custom Code > Initialize code is set to "" (i.e. unspecified).

Passed
Code Generation > Custom Code > Initialize code is set to "".
_________________________________________________________________________________________

Verify 'Terminate code' setting
Check whether Code Generation > Custom Code > Terminate code is set to "" (i.e. unspecified).

Passed
Code Generation > Custom Code > Terminate code is set to "".
_________________________________________________________________________________________

Verify 'Disable incompatible optimizations' setting
Check whether Code Generation > Optimization > Disable incompatible optimizations is set to '-SLCI'.

Warning
Code Generation > Optimization > Disable incompatible optimizations is not set to '-SLCI' .

Recommended Action
Set Code Generation > Optimization > Disable incompatible optimizations to '-SLCI' .
_________________________________________________________________________________________

Verify 'Combine signal/state structures' setting
Check whether Code Generation > Interface > Combine signal/state structures is cleared.

Passed
Code Generation > Interface > Combine signal/state structures is cleared.
_________________________________________________________________________________________

Verify 'Array layout' setting
Check whether Code Generation > Interface > Array layout is set to 'Column-major'.

Passed
Code Generation > Interface > Array layout is set to 'Column-major'.
_________________________________________________________________________________________

Verify 'Remove code from floating-point to integer conversions that wraps out-of-range values' setting
Check whether Code Generation > Optimization > Remove code from floating-point to integer conversions that wraps out-of-range values is selected.

Warning
Code Generation > Optimization > Remove code from floating-point to integer conversions that wraps out-of-range values is cleared.

Recommended Action
Select the Code Generation > Optimization > Remove code from floating-point to integer conversions that wraps out-of-range values checkbox.
_________________________________________________________________________________________

Verify 'Remove code from floating-point to integer conversions with saturation that maps NaN to zero' setting
Check whether Code Generation > Optimization > Remove code from floating-point to integer conversions with saturation that maps NaN to zero is cleared.

Warning
Code Generation > Optimization > Remove code from floating-point to integer conversions with saturation that maps NaN to zero is selected.

Recommended Action
Clear the Code Generation > Optimization > Remove code from floating-point to integer conversions with saturation that maps NaN to zero checkbox.
_________________________________________________________________________________________

Verify 'Include comments' setting
Check whether Code Generation > Comments > Include comments is selected.

Passed
Code Generation > Comments > Include comments is selected.
_________________________________________________________________________________________

Verify 'Preserve condition expression in if statement' setting
Check whether Code Generation > Code Style > Preserve condition expression in if statement is selected.

Warning
This check failed because the following prerequisite(s) for the check failed :Code Generation > System target file is not set to ert.tlc or a System target file derived from ERT.This incompatibility is fatal and will prevent execution of the Code Inspector Follow the recommended action and rerun the check.

Recommended Action
Set Code Generation > System target file to ert.tlc or a System target file derived from ERT.
_________________________________________________________________________________________

Verify 'Code replacement library' setting
Check whether Code Generation > Interface > Code replacement library is set to 'None'.

Passed
Code Generation > Interface > Code replacement library is set to 'None'.
_________________________________________________________________________________________

Verify 'Language standard' setting
Check whether Code Generation > Language standard is set to 'C89/C90 (ANSI)' or 'C99 (ISO)'.

Passed
Code Generation > Language standard is set to 'C89/C90 (ANSI)' or 'C99 (ISO)'.
_________________________________________________________________________________________

Verify 'Classic call interface' setting
Check whether Code Generation > Interface > Classic call interface is cleared.

Warning
This check failed because the following prerequisite(s) for the check failed :Code Generation > System target file is not set to ert.tlc or a System target file derived from ERT.This incompatibility is fatal and will prevent execution of the Code Inspector Follow the recommended action and rerun the check.

Recommended Action
Set Code Generation > System target file to ert.tlc or a System target file derived from ERT.
_________________________________________________________________________________________

Verify 'Terminate function required' setting
Check whether Code Generation > Interface > Terminate function required is cleared.

Warning
This check failed because the following prerequisite(s) for the check failed :Code Generation > System target file is not set to ert.tlc or a System target file derived from ERT.This incompatibility is fatal and will prevent execution of the Code Inspector Follow the recommended action and rerun the check.

Recommended Action
Set Code Generation > System target file to ert.tlc or a System target file derived from ERT.
_________________________________________________________________________________________

Verify 'Remove code that protects against division arithmetic exceptions' setting
Check whether Code Generation > Optimization > Remove code that protects against division arithmetic exceptions is cleared.

Passed
Code Generation > Optimization > Remove code that protects against division arithmetic exceptions is cleared.
_________________________________________________________________________________________

Verify 'MAT-file logging' setting
Check whether Code Generation > Interface > MAT-file logging is cleared.

Passed
Code Generation > Interface > MAT-file logging is cleared.
_________________________________________________________________________________________

Verify 'Pack Boolean data into bitfields' setting
Check whether Code Generation > Optimization > Pack Boolean data into bitfields is cleared.

Passed
Code Generation > Optimization > Pack Boolean data into bitfields is cleared.
_________________________________________________________________________________________

Verify 'Use bitsets for storing state configuration' setting
Check whether Code Generation > Optimization > Use bitsets for storing state configuration is cleared.

Passed
Code Generation > Optimization > Use bitsets for storing state configuration is cleared.
_________________________________________________________________________________________

Verify 'non-finite numbers' setting
Check whether Code Generation > Interface > non-finite numbers is cleared.

Warning
Code Generation > Interface > non-finite numbers is selected.

Recommended Action
Clear the Code Generation > Interface > non-finite numbers checkbox.
_________________________________________________________________________________________

Verify 'absolute time' setting
Check whether Code Generation > Interface > absolute time is cleared.

Warning
Code Generation > Interface > absolute time is selected.

Recommended Action
Clear the Code Generation > Interface > absolute time checkbox.
_________________________________________________________________________________________

Verify 'Operator to represent Bitwise and Logical Operator blocks' setting
Check whether Code Generation > Optimization > Operator to represent Bitwise and Logical Operator blocks is set to 'Same as modeled' or 'Bitwise operator'.

Passed
Code Generation > Optimization > Operator to represent Bitwise and Logical Operator blocks is set to 'Same as modeled' or 'Bitwise operator'.
_________________________________________________________________________________________

Verify 'Default parameter behavior' setting
This check applies only to referenced models. Top models are compatible for all possible values of 'Default parameter behavior'.

Passed
'Default parameter behavior' setting is compatible.
_________________________________________________________________________________________

Verify 'Remove error status field in real-time model data structure' setting
Check whether Code Generation > Interface > Remove error status field in real-time model data structure is selected.

Warning
This check failed because the following prerequisite(s) for the check failed :Code Generation > System target file is not set to ert.tlc or a System target file derived from ERT.This incompatibility is fatal and will prevent execution of the Code Inspector Follow the recommended action and rerun the check.

Recommended Action
Set Code Generation > System target file to ert.tlc or a System target file derived from ERT.
_________________________________________________________________________________________

Verify 'Create block' setting
Check whether Code Generation > Verification > Create block is set to 'none'.

Warning
This check failed because the following prerequisite(s) for the check failed :Code Generation > System target file is not set to ert.tlc or a System target file derived from ERT.This incompatibility is fatal and will prevent execution of the Code Inspector Follow the recommended action and rerun the check.

Recommended Action
Set Code Generation > System target file to ert.tlc or a System target file derived from ERT.
_________________________________________________________________________________________

Verify 'Measure function execution times' setting
Check whether Code Generation > Verification > Measure function execution times is set to 'off'.

Warning
This check failed because the following prerequisite(s) for the check failed :Code Generation > System target file is not set to ert.tlc or a System target file derived from ERT.This incompatibility is fatal and will prevent execution of the Code Inspector Follow the recommended action and rerun the check.

Recommended Action
Set Code Generation > System target file to ert.tlc or a System target file derived from ERT.
_________________________________________________________________________________________

Verify 'Signal naming' setting
Check whether Code Generation > Identifiers > Signal naming is set to 'None'.

Passed
Code Generation > Identifiers > Signal naming is set to 'None'.
_________________________________________________________________________________________

Verify 'Parameter naming' setting
Check whether Code Generation > Identifiers > Parameter naming is set to 'None'.

Passed
Code Generation > Identifiers > Parameter naming is set to 'None'.
_________________________________________________________________________________________

Verify 'TLC options' setting
Check whether Code Generation > TLC options is set to '' or '-aMaxStackVariableSize=inf'.

Warning
Code Generation > TLC options is not set to '' or '-aMaxStackVariableSize=inf' .

Recommended Action
Set Code Generation > TLC options to '' or '-aMaxStackVariableSize=inf' .
_________________________________________________________________________________________

Verify 'variable-size signals' setting
Check whether Code Generation > Interface > variable-size signals is cleared.

Warning
Code Generation > Interface > variable-size signals is selected.This incompatibility is fatal and will prevent execution of the Code Inspector

Recommended Action
Clear the Code Generation > Interface > variable-size signals checkbox.
_________________________________________________________________________________________

Verify 'Single output/update function' setting
Check whether Code Generation > Interface > Single output/update function is selected.

Warning
This check failed because the following prerequisite(s) for the check failed :Code Generation > System target file is not set to ert.tlc or a System target file derived from ERT.This incompatibility is fatal and will prevent execution of the Code Inspector Follow the recommended action and rerun the check.

Recommended Action
Set Code Generation > System target file to ert.tlc or a System target file derived from ERT.
_________________________________________________________________________________________

Verify 'Use bitsets for storing Boolean data' setting
Check whether Code Generation > Optimization > Use bitsets for storing Boolean data is cleared.

Passed
Code Generation > Optimization > Use bitsets for storing Boolean data is cleared.
_________________________________________________________________________________________

Verify 'Casting modes' setting
Check whether Code Generation > Code Style > Casting modes is set to 'Nominal' or 'Standards'.

Passed
Code Generation > Code Style > Casting modes is set to 'Nominal' or 'Standards'.
_________________________________________________________________________________________

Verify 'Suppress generation of default cases for switch statements if unreachable' setting
Check whether Code Generation > Code Style > Suppress generation of default cases for switch statements if unreachable is cleared.

Warning
This check failed because the following prerequisite(s) for the check failed :Code Generation > System target file is not set to ert.tlc or a System target file derived from ERT.This incompatibility is fatal and will prevent execution of the Code Inspector Follow the recommended action and rerun the check.

Recommended Action
Set Code Generation > System target file to ert.tlc or a System target file derived from ERT.
_________________________________________________________________________________________

Verify 'Optimize using the specified minimum and maximum values' setting
Check whether Code Generation > Optimization > Optimize using the specified minimum and maximum values is cleared.

Passed
Code Generation > Optimization > Optimize using the specified minimum and maximum values is cleared.
_________________________________________________________________________________________

Verify 'Existing shared code' setting
Check whether Code Generation > Interface > Existing shared code is set to "" (i.e. unspecified).

Passed
Code Generation > Interface > Existing shared code is set to "".
_________________________________________________________________________________________

Verify 'parameters' setting
Check whether Code Generation > Interface > parameters is cleared.

Passed
Code Generation > Interface > parameters is cleared.
_________________________________________________________________________________________

Verify 'signals' setting
Check whether Code Generation > Interface > signals is cleared.

Passed
Code Generation > Interface > signals is cleared.
_________________________________________________________________________________________

Verify 'states' setting
Check whether Code Generation > Interface > states is cleared.

Passed
Code Generation > Interface > states is cleared.
_________________________________________________________________________________________

Verify 'root-level I/O' setting
Check whether Code Generation > Interface > root-level I/O is cleared.

Passed
Code Generation > Interface > root-level I/O is cleared.
_________________________________________________________________________________________

Verify 'External mode' setting
Check whether Code Generation > Interface > External mode is cleared.

Passed
Code Generation > Interface > External mode is cleared.
_________________________________________________________________________________________

Verify 'Reuse output buffers of Model blocks' setting
Check whether Code Generation > Optimization > Reuse output buffers of Model blocks is cleared.

Warning
Code Generation > Optimization > Reuse output buffers of Model blocks is selected.

Recommended Action
Clear the Code Generation > Optimization > Reuse output buffers of Model blocks checkbox.
_________________________________________________________________________________________

Verify 'Rate Transition block code' setting
Check whether Code Generation > Code Placement > Rate Transition block code is set to 'Inline'.

Warning
This check failed because the following prerequisite(s) for the check failed :Code Generation > System target file is not set to ert.tlc or a System target file derived from ERT.This incompatibility is fatal and will prevent execution of the Code Inspector Follow the recommended action and rerun the check.

Recommended Action
Set Code Generation > System target file to ert.tlc or a System target file derived from ERT.
_________________________________________________________________________________________

Verify 'Header files' setting
Check whether Code Generation > Code Placement > Header files field contains a $U token.

Warning
This check failed because the following prerequisite(s) for the check failed :Code Generation > System target file is not set to ert.tlc or a System target file derived from ERT.This incompatibility is fatal and will prevent execution of the Code Inspector Follow the recommended action and rerun the check.

Recommended Action
Set Code Generation > System target file to ert.tlc or a System target file derived from ERT.

Check data import and export settings

Verify 'Initial state' setting
Check whether Data Import/Export > Initial state is cleared.

Passed
Data Import/Export > Initial state is cleared.

Check diagnostic settings

Verify 'Multitask data store' setting
Check whether Diagnostics > Data Validity > Multitask data store is set to 'error'.

Passed
Diagnostics > Data Validity > Multitask data store is set to 'error'.
_________________________________________________________________________________________

Verify 'Multitask data transfer' setting
Check whether Diagnostics > Sample Time > Multitask data transfer is set to 'error'.

Passed
Diagnostics > Sample Time > Multitask data transfer is set to 'error'.
_________________________________________________________________________________________

Verify 'Multitask conditionally executed subsystem' setting
Check whether Diagnostics > Sample Time > Multitask conditionally executed subsystem is set to 'error'.

Passed
Diagnostics > Sample Time > Multitask conditionally executed subsystem is set to 'error'.
_________________________________________________________________________________________

Verify 'Algebraic loop' setting
Check whether Diagnostics > Algebraic loop is set to 'error'.

Warning
Diagnostics > Algebraic loop is not set to 'error' .

Recommended Action
Set Diagnostics > Algebraic loop to 'error' .
_________________________________________________________________________________________

Verify 'Underspecified initialization detection' setting
Check whether Diagnostics > Data Validity > Underspecified initialization detection is set to 'Simplified'.

Passed
Diagnostics > Data Validity > Underspecified initialization detection is set to 'Simplified'.
_________________________________________________________________________________________

Verify 'Non-bus signals treated as bus signals' setting
Check whether Diagnostics > Connectivity > Non-bus signals treated as bus signals is set to 'error'.

Warning
Diagnostics > Connectivity > Non-bus signals treated as bus signals is not set to 'error' .This incompatibility is fatal and will prevent execution of the Code Inspector

Recommended Action
Set Diagnostics > Connectivity > Non-bus signals treated as bus signals to 'error' .
_________________________________________________________________________________________

Verify 'Detect downcast' setting
Check whether Diagnostics > Data Validity > Detect downcast is set to 'error'.

Passed
Diagnostics > Data Validity > Detect downcast is set to 'error'.
_________________________________________________________________________________________

Verify 'Detect overflow' setting
Check whether Diagnostics > Data Validity > Detect overflow is set to 'error'.

Passed
Diagnostics > Data Validity > Detect overflow is set to 'error'.
_________________________________________________________________________________________

Verify 'Wrap on overflow' setting
Check whether Diagnostics > Data Validity > Wrap on overflow is set to 'error'.

Warning
Diagnostics > Data Validity > Wrap on overflow is not set to 'error' .

Recommended Action
Set Diagnostics > Data Validity > Wrap on overflow to 'error' .
_________________________________________________________________________________________

Verify 'Saturate on overflow' setting
Check whether Diagnostics > Data Validity > Saturate on overflow is set to 'error'.

Warning
Diagnostics > Data Validity > Saturate on overflow is not set to 'error' .

Recommended Action
Set Diagnostics > Data Validity > Saturate on overflow to 'error' .
_________________________________________________________________________________________

Verify 'Detect underflow' setting
Check whether Diagnostics > Data Validity > Detect underflow is set to 'error'.

Warning
Diagnostics > Data Validity > Detect underflow is not set to 'error' .

Recommended Action
Set Diagnostics > Data Validity > Detect underflow to 'error' .
_________________________________________________________________________________________

Verify 'Detect loss of tunability' setting
Check whether Diagnostics > Data Validity > Detect loss of tunability is set to 'error'.

Passed
Diagnostics > Data Validity > Detect loss of tunability is set to 'error'.
_________________________________________________________________________________________

Verify 'Allow symbolic dimension specification' setting
Check whether Diagnostics > Allow symbolic dimension specification is cleared.

Warning
Diagnostics > Allow symbolic dimension specification is selected.

Recommended Action
Clear the Diagnostics > Allow symbolic dimension specification checkbox.
_________________________________________________________________________________________

Verify 'Unexpected backtracking' setting
Check whether Diagnostics > Stateflow > Unexpected backtracking is set to 'error'.

Passed
Diagnostics > Stateflow > Unexpected backtracking is set to 'error'.
_________________________________________________________________________________________

Verify 'Invalid input data access in chart initialization' setting
Check whether Diagnostics > Stateflow > Invalid input data access in chart initialization is set to 'error'.

Warning
Diagnostics > Stateflow > Invalid input data access in chart initialization is not set to 'error' .

Recommended Action
Set Diagnostics > Stateflow > Invalid input data access in chart initialization to 'error' .
_________________________________________________________________________________________

Verify 'No unconditional default transitions' setting
Check whether Diagnostics > Stateflow > No unconditional default transitions is set to 'error'.

Passed
Diagnostics > Stateflow > No unconditional default transitions is set to 'error'.
_________________________________________________________________________________________

Verify 'Transition outside natural parent' setting
Check whether Diagnostics > Stateflow > Transition outside natural parent is set to 'error'.

Warning
Diagnostics > Stateflow > Transition outside natural parent is not set to 'error' .

Recommended Action
Set Diagnostics > Stateflow > Transition outside natural parent to 'error' .
_________________________________________________________________________________________

Verify 'Unreachable execution path' setting
Check whether Diagnostics > Stateflow > Unreachable execution path is set to 'error'.

Warning
Diagnostics > Stateflow > Unreachable execution path is not set to 'error' .

Recommended Action
Set Diagnostics > Stateflow > Unreachable execution path to 'error' .
_________________________________________________________________________________________

Verify 'Undirected event broadcasts' setting
Check whether Diagnostics > Stateflow > Undirected event broadcasts is set to 'error'.

Warning
Diagnostics > Stateflow > Undirected event broadcasts is not set to 'error' .

Recommended Action
Set Diagnostics > Stateflow > Undirected event broadcasts to 'error' .
_________________________________________________________________________________________

Verify 'Transition action specified before condition action' setting
Check whether Diagnostics > Stateflow > Transition action specified before condition action is set to 'error'.

Warning
Diagnostics > Stateflow > Transition action specified before condition action is not set to 'error' .

Recommended Action
Set Diagnostics > Stateflow > Transition action specified before condition action to 'error' .
_________________________________________________________________________________________

Verify Bus signal treated as vector setting
Check whether Diagnostics > Connectivity > Bus signal treated as vector is set to 'error'

Warning
Diagnostics > Connectivity > Bus signal treated as vector is not set to error.This incompatibility is fatal and will prevent execution of the Code Inspector

Recommended Action
Set Diagnostics > Connectivity > Bus signal treated as vector to error.

Check hardware implementation settings

Verify 'char' setting
Check whether Hardware Implementation > char is set to '8'.

Passed
Hardware Implementation > char is set to '8'.
_________________________________________________________________________________________

Verify 'short' setting
Check whether Hardware Implementation > short is set to '16'.

Passed
Hardware Implementation > short is set to '16'.
_________________________________________________________________________________________

Verify 'int' setting
Check whether Hardware Implementation > int is set to '32'.

Warning
Hardware Implementation > int is not set to '32' .

Recommended Action
Set Hardware Implementation > int to '32' . Select a compatible device with attributes matching those listed in the SLCI Hardware Implementation checks and the SLCI documentation.
_________________________________________________________________________________________

Verify 'float' setting
Check whether Hardware Implementation > float is set to '32'.

Passed
Hardware Implementation > float is set to '32'.
_________________________________________________________________________________________

Verify 'double' setting
Check whether Hardware Implementation > double is set to '64'.

Passed
Hardware Implementation > double is set to '64'.
_________________________________________________________________________________________

Verify 'pointer' setting
Check whether Hardware Implementation > pointer is set to '32'.

Warning
Hardware Implementation > pointer is not set to '32' .

Recommended Action
Set Hardware Implementation > pointer to '32' . Select a compatible device with attributes matching those listed in the SLCI Hardware Implementation checks and the SLCI documentation.
_________________________________________________________________________________________

Verify 'size_t' setting
Check whether Hardware Implementation > size_t is set to '32'.

Warning
Hardware Implementation > size_t is not set to '32' .

Recommended Action
Set Hardware Implementation > size_t to '32' . Select a compatible device with attributes matching those listed in the SLCI Hardware Implementation checks and the SLCI documentation.
_________________________________________________________________________________________

Verify 'ptrdiff_t' setting
Check whether Hardware Implementation > ptrdiff_t is set to '32'.

Warning
Hardware Implementation > ptrdiff_t is not set to '32' .

Recommended Action
Set Hardware Implementation > ptrdiff_t to '32' . Select a compatible device with attributes matching those listed in the SLCI Hardware Implementation checks and the SLCI documentation.
_________________________________________________________________________________________

Verify 'native' setting
Check whether Hardware Implementation > native is set to '32'.

Warning
Hardware Implementation > native is not set to '32' .

Recommended Action
Set Hardware Implementation > native to '32' . Select a compatible device with attributes matching those listed in the SLCI Hardware Implementation checks and the SLCI documentation.
_________________________________________________________________________________________

Verify 'Signed integer division rounds to' setting
Check whether Hardware Implementation > Signed integer division rounds to is set to 'Zero'.

Passed
Hardware Implementation > Signed integer division rounds to is set to 'Zero'.
_________________________________________________________________________________________

Verify 'Shift right on a signed integer as arithmetic shift' setting
Check whether Hardware Implementation > Shift right on a signed integer as arithmetic shift is selected.

Passed
Hardware Implementation > Shift right on a signed integer as arithmetic shift is selected.
_________________________________________________________________________________________

Verify 'long' setting
Check whether Hardware Implementation > long is set to '32' or '64'.

Passed
Hardware Implementation > long is set to '32' or '64'.
_________________________________________________________________________________________

Verify 'long long' setting
Check whether Hardware Implementation > long long is set to '64'.

Passed
Hardware Implementation > long long is set to '64'.
_________________________________________________________________________________________

Verify 'Test hardware is the same as production hardware' setting
Check whether Hardware Implementation > Test hardware is the same as production hardware is selected.

Passed
Hardware Implementation > Test hardware is the same as production hardware is selected.
_________________________________________________________________________________________

Verify 'Device vendor' setting
Identify whether Hardware Implementation > Device vendor is not set to 'ASIC/FPGA->ASIC/FPGA' .

Passed
Hardware Implementation > Device vendor is not set to 'ASIC/FPGA->ASIC/FPGA' .

Check math and data types settings

Verify 'Implement logic signals as Boolean data (vs. double)' setting
Check whether Math and Data Types > Implement logic signals as Boolean data (vs. double) is selected.

Passed
Math and Data Types > Implement logic signals as Boolean data (vs. double) is selected.
_________________________________________________________________________________________

Verify 'Use algorithms optimized for row-major array layout' setting
Check whether Math and Data Types > Use algorithms optimized for row-major array layout is cleared.

Passed
Math and Data Types > Use algorithms optimized for row-major array layout is cleared.

Check solver settings

Verify 'Type' setting
Check whether Solver > Type is set to 'Fixed-step'.

Passed
Solver > Type is set to 'Fixed-step'.
_________________________________________________________________________________________

Verify 'Solver' setting
Check whether Solver > Solver is set to 'FixedStepDiscrete'.

Passed
Solver > Solver is set to 'FixedStepDiscrete'.
_________________________________________________________________________________________

Verify 'Periodic sample time constraint' setting
Check whether Solver > Periodic sample time constraint is set to 'Unconstrained' or 'STIndependent'.

Passed
Solver > Periodic sample time constraint is set to 'Unconstrained' or 'STIndependent'.
_________________________________________________________________________________________

Verify 'Automatically handle rate transition for data transfer' setting
Check whether Solver > Automatically handle rate transition for data transfer is cleared.

Warning
Solver > Automatically handle rate transition for data transfer is selected.

Recommended Action
Clear the Solver > Automatically handle rate transition for data transfer checkbox.
_________________________________________________________________________________________

Verify 'Allow tasks to execute concurrently on target' setting
Check whether Solver > Allow tasks to execute concurrently on target is cleared.

Passed
Solver > Allow tasks to execute concurrently on target is cleared.

Check for unconnected objects in the model

Check for unconnected objects
Identify unconnected lines, input ports, and output ports in the model or subsystem

Passed
There are no unconnected lines, input ports, or output ports in the model or subsystem.

Check system target file setting

Verify System target file setting
Check whether Code Generation > System target file is ert.tlc or a System target file derived from ERT

Warning
Code Generation > System target file is not set to ert.tlc or a System target file derived from ERT.This incompatibility is fatal and will prevent execution of the Code Inspector

Recommended Action
Set Code Generation > System target file to ert.tlc or a System target file derived from ERT.

Check function specification setting

Check model interface settings
Check whether the Configure arguments for Step function prototype setting in the Configure C Step Function Interface dialog box is cleared.

Warning
This check failed because the following prerequisite(s) for the check failed :

Code Generation > System target file is not set to ert.tlc or a System target file derived from ERT.This incompatibility is fatal and will prevent execution of the Code Inspector

Recommended Action
Set Code Generation > System target file to ert.tlc or a System target file derived from ERT.

Check for usage of fixed-point instrumentation

Not Run

Check for unsupported blocks

Check for blocks not supported by Simulink Code Inspector
Identify blocks that are not supported by Simulink Code Inspector

Warning
The following block(s) are not supported by Simulink Code Inspector:

Blocks	Block Type
untitled1/Analog Input	MATLABSystem
untitled1/Analog Input1	MATLABSystem
untitled1/Analog Input2	MATLABSystem
untitled1/Arduino_Mega_Hauptprogramm_DDAppGeneratedBlock	MATLABSystem
untitled1/RGB_LED_1/RGB_LED_1_BLAU	MATLABSystem
untitled1/RGB_LED_1/RGB_LED_1_GRUEN	MATLABSystem
untitled1/RGB_LED_1/RGB_LED_1_ROT	MATLABSystem
untitled1/RGB_LED_2/RGB_LED_2_BLAU	MATLABSystem
untitled1/RGB_LED_2/RGB_LED_2_GRUEN	MATLABSystem
untitled1/RGB_LED_2/RGB_LED_2_ROT	MATLABSystem
untitled1/Standard Servo Write	MATLABSystem

∧ Less

Recommended Action
Replace previously listed blocks with supported blocks. Review the unsupported block section of the Simulink Code Inspector documentation and follow the given advice.

Check storage class for workspace variables

Not Run

Check GetSet storage class for workspace variables

Not Run

Check for sample times in the model

Not Run

Check usage of Sources blocks

Not Run

Check usage of Signal Routing blocks

Not Run

Check usage of Math Operations blocks

Not Run

Check usage of Signal Attributes blocks

Not Run

Check usage of Logical and Bit Operations blocks

Not Run

Check usage of Lookup Tables blocks

Not Run

Check usage of User-Defined Function blocks

Not Run

Check usage of Ports and Subsystems blocks

Not Run

Check usage of Discontinuities blocks

Not Run

Check usage of Sinks blocks

Not Run

Check usage of Discrete blocks

Not Run

Check usage of root Outport blocks

Not Run

Check for unsupported Signal Conversion blocks automatically inserted at signals entering block input ports

Not Run

Check usage of buses

Not Run

Check for usage of synthesized local data stores

Not Run

Check usage of global data stores

Not Run

Check global data stores' name shadow

Not Run

Check conditional input branch execution setting

Not Run

Check usage of Stateflow blocks

Not Run

Check usage of Stateflow charts

Not Run

Check usage of Stateflow data

Not Run

Check usage of Stateflow events

Not Run

Check usage of Stateflow states

Not Run

Check usage of Stateflow junctions

Not Run

Check usage of Stateflow transitions

Not Run

Check usage of Stateflow graphical functions

Not Run

Check usage of Stateflow truth tables

Not Run

Check Loop unrolling threshold setting

Not Run

Check destinations of If and Switchcase blocks

Not Run

Check for root Outport blocks that have non-auto storage class

Not Run

Check for Terminator blocks that connect to Model block outports

Not Run

Check for unsupported propagation of initial condition values

Not Run

Check data type replacement names

Not Run

Check usage of MATLAB Function Blocks

Not Run

Check usage of Data in MATLAB Functions

Not Run

Check usage of Code in MATLAB Functions

Check non-inlined user defined functions with global variables in MATLAB code
Simulink Code Inspector supports non-inlined user defined functions with global variables in MATLAB code when they are not inside a reusable or void-void subsystem and model parameter 'Code interface packaging (CodeInterfacePackaging)' is set to 'Nonreusable function'

Passed
Non-inlined user defined functions in MATLAB code are supported
_________________________________________________________________________________________

Check that data used in MATLAB function is of a supported data type
Simulink Code Inspector supports the following data types in MATLAB functions: built-in, bus and enumerated types inherited from 'Simulink.IntEnumType' with default value 0

Passed
All data used in MATLAB function is of supported data type.
_________________________________________________________________________________________

Check that code in MATLAB function is of a supported dimension
Check for code in MATLAB function that only supports 'scalar', 'vector' or 'matrix' dimensions

Passed
No code with unsupported dimension was found.
_________________________________________________________________________________________

Check that if statements in MATLAB code use conditions that are scalar
Simulink Code Inspector does not support if statements in MATLAB code if the conditions are not scalar

Passed
If statements in MATLAB code use conditions that are scalar
_________________________________________________________________________________________

For MATLAB root function, do not specify coder.inline directive or set coder.inline directive to 'always'. For user defined MATLAB functions, explicitly set coder.inline directive to 'always' or 'never'
For user defined MATLAB functions, coder.inline directive must be explicitly set to 'always' or 'never'

Passed
MATLAB root functions and user defined MATLAB functions use supported coder.inline directives
_________________________________________________________________________________________

Check usage of inner functions in MATLAB code
Simulink Code Inspector does not support functions defined inside the body of another function in MATLAB code

Passed
The model defines no inner function in MATLAB code
_________________________________________________________________________________________

Check that math functions in MATLAB code use only integer and floating-point data
Simulink Code Inspector only supports math functions in MATLAB code that use integer or floating-point data

Passed
All math functions in MATLAB code use only integer or floating-point data
_________________________________________________________________________________________

Check that no code in MATLAB functions has missing data type information
Simulink Code Inspector does not support MATLAB functions that contain code with missing data type information

Passed
No MATLAB functions contain code with missing data type information
_________________________________________________________________________________________

Check that no code in MATLAB functions has missing dimension information
Simulink Code Inspector does not support MATLAB functions that contain code with missing dimension information

Passed
No MATLAB functions contain code with missing dimension information
_________________________________________________________________________________________

Check that operators used in MATLAB functions do not have operands of different data dimensions
Simulink Code Inspector does not support MATLAB functions that have operators whose operands are of different data dimensions.

Passed
No MATLAB function contains operators that have operands of different data dimensions.
_________________________________________________________________________________________

Check that operators used in MATLAB functions do not have operands with mixed data type
Simulink Code Inspector does not support MATLAB functions with operators of mixed data type

Passed
No MATLAB function contains operators with mixed data type.
_________________________________________________________________________________________

Check that conditional initialization of persistent variables uses an 'if' statement with a single isempty(persistent) or ~isempty(persistent) condition
Simulink Code Inspector does not support conditional initialization of a persistent variable in MATLAB code that does not use isempty(persistent) or ~isempty(persistent) in the 'if' statement

Passed
Conditional initialization of persistent variables in MATLAB code uses 'if' statement with single isempty(persistent) or ~isempty(persistent) condition
_________________________________________________________________________________________

Check that there is only one initialization statement of a persistent variable in 'if' statement body
Simulink Code Inspector does not support multiple initialization statements of a persistent variable in MATLAB code in the 'if' statement body

Warning
The following 'if' statements for initialization of persistent variables are not supported:

MATLAB function block

Code

untitled1/MATLAB Function

untitled1/MATLAB Function:1253-1453

untitled1/MATLAB Function2

untitled1/MATLAB Function2:1254-1454

untitled1/MATLAB Function1

untitled1/MATLAB Function1:1253-1453

Recommended Action
Modify the MATLAB code so that conditional initialization of persistent variables contains one statement in 'if' statement
_________________________________________________________________________________________

Check usage of recursive functions in MATLAB code
Simulink Code Inspector does not support recursive functions in MATLAB code

Passed
The model defines no recursive function in MATLAB code
_________________________________________________________________________________________

Check that the 'Loop unrolling threshold' does not result in partially unrolled loops in the generated code when using matrix operations in MATLAB code
Simulink Code Inspector does not support matrix operations in MATLAB code if the 'Loop unrolling threshold' results in partially unrolled loops in the generated code.

Passed
'Loop unrolling threshold' is compatible with matrix operations in MATLAB code
_________________________________________________________________________________________

Check for unsupported MATLAB code in MATLAB functions
Check for usage of unsupported MATLAB code in MATLAB functions

Passed
No unsupported MATLAB code was found in MATLAB functions
_________________________________________________________________________________________

Check MATLAB Code Analyzer messages

Check MATLAB code used in MATLAB Function blocks

Passed
No issues in MATLAB Function blocks found
_________________________________________________________________________________________

Check MATLAB functions defined in Stateflow charts

Passed
No MATLAB functions defined in Stateflow charts found
_________________________________________________________________________________________

Check called MATLAB functions

Passed
No external MATLAB functions found
_________________________________________________________________________________________

Check for multiple sample times in model used as a model reference target

Not Run

Check Treat each discrete rate as a separate task setting

Not Run

Check model for commented out blocks

Not Run

Check model for void_void subsystems that use the same function name

Not Run

Check n-D Lookup Table blocks for incompatible breakpoint data type

Not Run

Check model for reusable subsystems that use the same function interfaces

Not Run

Check for usage of shared synthesized local data stores

Not Run

Check for unsupported Code Mapping settings

Check for unsupported usage of Storage Class on the Data Defaults tab of the Code Mappings editor.
Identify unsupported Storage Class settings for model element categories on the Data Defaults tab of the Code Mappings editor.

Passed
There is no unsupported Storage Class setting for model element categories on the Data Defaults tab of the Code Mappings editor.

Check model for compiled and graphical block sorted order

Not Run

Check usage of String blocks

Not Run

Check usage of shared utilities

Not Run

Check model arguments for storage classes

Verify that model arguments do not have a storage class
Check if model arguments have a storage class.

Passed
The model does not contain any model arguments with a storage class.

Check usage of Stateflow MATLAB action language

Not Run

Verify 'Generate an example main program' setting of multirate models

Not Run

Check for unsupported signal identifiers specified in Code Mappings editor

Not Run

Check usage of Stateflow atomic subcharts

Not Run

Check for unsupported usage of 64-bit data types

Not Run

2.18 Frequency Response Estimation

Identify time-varying source blocks interfering with frequency response estimation

Not Run

Filter checks

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