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  • 通过减少内存使用量并指定数值数据类型,生成高效的代码。控制数据类型的命名、定义和用法。

  • 通过为声明和定义指定标识符和文件位置,简化将生成的代码与您自己的代码进行集成的过程。

  • 管理对信号数据的访问并指定参数可调性。

  • 将信号和参数数据封装到结构体中。

  • 提高代码的可读性和可追溯性。





Data Structures in the Generated Code

The code generator uses data structures in the generated code to describe the model fully and store data, such as signal and states.

Data Stores in Generated Code

Use a data store to explicitly model a piece of shared global data in the generated code.

Parameter Data Types in the Generated Code

Optimize the generated code and generate code for specific processors by controlling the data types that store parameter data in computer memory.

Generate Local Variables with Localizable Storage Class

For signals, if possible, generate variables that are local to functions rather than in global storage.

Share Data Between Code Generated from Simulink, Stateflow, and MATLAB

Define data shared between Simulink, Stateflow, and MATLAB.

Air-Fuel Ratio Control System with Fixed-Point Data

Optimize the code generated for an air-fuel ratio control system by using fixed-point data types.


Code Generation of Matrices and Arrays

Work with code that the code generator produces for matrices and arrays.

Generate Row-Major Code for S-Functions

Enable existing S-functions for row-major code generation by specifying the array layout.

Generate Row-Major Code for Model That Contains a MATLAB Function Block

Use coder.rowMajor inside the MATLAB Function block to generate row-major code.

Column-Major Layout to Row-Major Layout Conversion of Models with Lookup Table Blocks

Convert existing column-major model to row-major for code generation.

Row-Major Algorithms for Row-Major Array Layout

Generate code by using the row-major and column-major algorithms for row-major array layout.

Interpolation Algorithm for Row-Major Array Layout

Simulate and generate code by using the interpolation algorithm for row-major and column-major array layout.

Interpolation with Subtable Selection Algorithm for Row-Major Array Layout

Simulate and generate code by using the interpolation with subtable selection algorithm for row-major and column-major array layout.

Direct Lookup Table Algorithm for Row-Major Array Layout

Simulate and generate code by using the Direct Lookup Table algorithm for row-major and column-major array layout.

Dimension Preservation of Multidimensional Arrays

Preserve dimensions of multidimensional arrays in generated code.

Preserve Dimensions of Multidimensional Arrays in Generated Code

Preserve array dimensions for model data elements.




Reuse Parameter Data in Different Data Type Contexts

Reuse parameter data by creating a Simulink.Parameter object or numeric MATLAB® variable that you can use in different data type contexts.

Limitations for Block Parameter Tunability in Generated Code

Limitations can prevent a block parameter from appearing in the generated code as tunable, which means you cannot interact with the parameter value after compiling the code.

Access Signal, State, and Parameter Data During Execution

As you iteratively develop a model, capture output signal and state data that model execution generates. Tune parameter values during execution to observe results on the outputs.

Switch Between Sets of Parameter Values During Simulation and Code Execution

Switch between independent sets of values for the same block parameters by storing the sets in an array of structures.

Preserve Variables in Generated Code

As you iteratively develop a model, you can tune block parameter values during simulation or execution of generated code to observe the results on signal and state values.

Configure Packaging of Parameter Arguments in Generated Code

Customize the implementation of parameter arguments in generated code.

Control Signal and State Initialization in the Generated Code

Generate code that enables you to store tunable initial conditions in memory, for example, for modeling a system that shuts down and restarts.

Initialization of Signal, State, and Parameter Data in the Generated Code

To match the numerics of a simulation in Simulink®, the generated code assigns initial values to global data, especially for block states and parameters.


Control Data Type Names in Generated Code

Control the names of primitive, structure, and enumerated data types in the generated code.

Organize Data into Structures in Generated Code

Create structures of signal, state, and parameter data in the generated code.



Control File Placement of Custom Data Types

Integrate the generated code with your own code by placing typedef statements in generated and imported files.

Specify Boolean and Data Type Limit Identifiers

Integrate the generated code with your code by specifying the identifiers that correspond to Boolean false and true. Also, specify the identifiers that correspond to data type limits, which the generated code uses to determine overflows.