Model Configuration Parameters: Code Generation Interface
TheCode Generation>Interfacecategory includes parameters for configuring the interface of the generated code. These parameters require a金宝app®Coder™license. Additional parameters available with an ERT-based target require an Embedded Coder®license. Generating code for deep learning models using NVIDIA®CUDA®deep neural network library (cuDNN) or TensorRT™ high performance inference libraries for NVIDIA GPUs requires a GPU Coder™ license.
On the Configuration Parameters dialog box, the following configuration parameters are on theCode Generation>Interfacepane.
Parameter | Description |
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代码替换库(Simulink Coder) |
Specify a code replacement library the code generator uses when producing code for a model. |
Code replacement libraries(Embedded Coder) |
Specify multiple code replacement libraries the code generator use when producing code for a model. |
Shared code placement(Simulink Coder) |
Specify the location for generating utility functions, exported data type definitions, and declarations of exported data with custom storage class. |
Support: floating-point numbers(Embedded Coder) |
Specify whether to generate floating-point data and operations. |
Support: non-finite numbers(Simulink Coder) |
Specify whether to generate non-finite data and operations on non-finite data. |
Support: complex numbers(Embedded Coder) |
Specify whether to generate complex data and operations. |
Support: absolute time(Embedded Coder) |
Specify whether to generate and maintain integer counters for absolute and elapsed time values. |
Support: continuous time(Embedded Coder) |
Specify whether to generate code for blocks that use continuous time. |
Support: variable-size signals(Embedded Coder) |
Specify whether to generate code for models that use variable-size signals. |
Code interface packaging(Simulink Coder) |
Select the packaging for the generated C or C++ code interface. |
Multi-instance code error diagnostic(Simulink Coder) |
Select the severity level for diagnostics displayed when a model violates requirements for generating multi-instance code. |
Pass root-level I/O as(Embedded Coder) |
Control how root-level model input and output are passed to the reusable |
Remove error status field in real-time model data structure(Embedded Coder) |
Specify whether to log or monitor error status. |
Include model types in model class(Embedded Coder) |
Specify whether to generate model type definitions in a model class. |
Array layout(Simulink Coder) |
Specify layout of array data for code generation as column-major or row-major |
External functions compatibility for row-major code generation(Simulink Coder) |
Select diagnostic action if Simulink encounters a function that has no specified array layout |
Generate C API for: signals(Simulink Coder) |
Generate C API data interface code with a signals structure. |
Generate C API for: parameters(Simulink Coder) |
Generate C API data interface code with parameter tuning structures. |
Generate C API for: states(Simulink Coder) |
Generate C API data interface code with a states structure. |
Generate C API for: root-level I/O(Simulink Coder) |
Generate C API data interface code with a root-level I/O structure. |
ASAP2 interface(Simulink Coder) |
Generate code for the ASAP2 data interface. |
External mode(Simulink Coder) |
Generate code for the external mode data interface. |
Transport layer(Simulink Coder) |
Specify the transport protocol for communications. |
MEX-file arguments(Simulink Coder) |
Specify arguments to pass to an external mode interface MEX-file for communicating with executing targets. |
Static memory allocation(Simulink Coder) |
Control memory buffer for external mode communication. |
静态内存缓冲区大小(Simulink Coder) |
Specify the memory buffer size for external mode communication. |
Target library(Simulink Coder) |
Specify the target deep learning library used during code generation.
|
ARM Compute Library version(Simulink Coder) |
Specify the version of ARM®Compute Library. |
ARM Compute Library architecture(Simulink Coder) |
Specify the ARM architecture supported in the target hardware. |
Auto tuning(Simulink Coder) |
使用自动调优cuDNN图书馆。使汽车tuning allows the cuDNN library to find the fastest convolution algorithms. This parameter requires a GPU Coder license. |
These configuration parameters are under theAdvanced parameters.
Parameter | Description |
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Support non-inlined S-functions(Embedded Coder) |
Specify whether to generate code for non-inlined S-functions. |
Maximum word length(Simulink Coder) |
Specify a maximum word length, in bits, for which the code generation process generates system-defined multiword type definitions. |
Buffer size of dynamically-sized string (bytes)(Simulink Coder) |
Number of bytes of the character buffer generated for dynamic string signals without maximum length. |
Multiword type definitions(Embedded Coder) |
Specify whether to use system-defined or user-defined type definitions for multiword data types in generated code. |
Classic call interface(Simulink Coder) |
Specify whether to generate model function calls compatible with the main program module of the GRT target in models created before R2012a. |
Use dynamic memory allocation for model initialization(Embedded Coder) |
Control how the generated code allocates memory for model data. |
Single output/update function(Simulink Coder) |
Specify whether to generate the |
Terminate function required(Embedded Coder) |
Specify whether to generate the |
Combine signal/state structures(Embedded Coder) |
Specify whether to combine global block signals and global state data into one data structure in the generated code |
Generate separate internal data per entry-point function(Embedded Coder) | Generate a model's block signals (block I/O) and discrete states (DWork) acting at the same rate into the same data structure. |
MAT-file logging(Simulink Coder) |
Specify MAT-file logging. |
MAT-file variable name modifier(Embedded Coder) |
Select the text to add to MAT-file variable names. |
Existing shared code(Embedded Coder) |
Specify folder that contains existing shared code |
Remove disable function(Embedded Coder) |
Remove unreachable (dead-code) instances of the |
Remove reset function(Embedded Coder) |
Remove unreachable (dead-code) instances of the |
LUT object struct order for even spacing specification(Simulink Coder) |
Change the order of the fields in the generated structure for a lookup table object whose specification parameter is set to even spacing. |
LUT object struct order for explicit value specification(Simulink Coder) |
Change the order of the fields in the generated structure for a lookup table object whose specification parameter is set to explicit value. |
Generate destructor(Embedded Coder) |
Specify whether to generate a destructor for the C++ model class. |
Use dynamic memory allocation for model block instantiation(Embedded Coder) |
Specify whether generated code uses the operator |
Ignore custom storage classes(Embedded Coder) |
Specify whether to apply or ignore custom storage classes. |
Ignore test point signals(Embedded Coder) |
Specify allocation of memory buffers for test points. |
Implement each data store block as a unique access point(Embedded Coder) |
Create unique variables for each read/write operation of a Data Store Memory block. |
The following parameters under theAdvanced parameters不常使用的和没有其他documentat吗ion.
Parameter | Description |
---|---|
GenerateSharedConstants |
Control whether the code generator generates code with shared constants and shared functions. Default is |
InferredTypesCompatibility |
For compatibility with legacy code including |
TargetLibSuffix -'' |
Control the suffix used for naming a target's dependent libraries (for example, Note This parameter does not apply for model builds that use the toolchain approach, seeLibrary Control Parameters(Simulink Coder) |
TargetPreCompLibLocation -'' |
Control the location of precompiled libraries. If you do not set this parameter, the code generator uses the location specified in |
IsERTTarget |
Indicates whether or not the currently selected target is derived from the ERT target. |
CPPClassGenCompliant |
Indicates whether the target supports the ability to generate and configure C++ class interfaces to model code. |
ConcurrentExecutionCompliant |
Indicates whether the target supports concurrent execution |
UseToolchainInfoCompliant |
Indicate a custom target is toolchain-compliant. |
ModelStepFunctionPrototypeControlCompliant |
Indicates whether the target supports the ability to control the function prototypes of initialize and step functions that are generated for a Simulink model. |
ParMdlRefBuildCompliant |
Indicates if the model is configured for parallel builds when building a model that includes referenced models. |
|
Set in Default is |
ModelReferenceCompliant character vector - off ,on |
Set inSelectCallback for a target to indicate whether the target supports model reference. |
GenerateFullHeader |
Generate full header including time stamp. For ERT targets, this parameter is on theCode Generation > Templatespane. |
The following parameters are for MathWorks use only.
Parameter | Description |
---|---|
ExtModeTesting |
For MathWorks use only. |
ExtModeIntrfLevel |
For MathWorks use only. |
ExtModeMexFile |
For MathWorks use only. |
Related Topics
- Model Configuration(Simulink Coder)