What Is Code Generation from MATLAB?

  When to Generate Code from MATLAB Algorithms

  Which Code Generation Feature to Use

  When Not to Generate Code from MATLAB Algorithms

  Benefits of Generating Code from MATLAB

  Direct Translation of MATLAB Algorithms to C/C++ Code

  Prerequisites for Code Generation from MATLAB

  Preparing MATLAB Code for C/C++ and MEX Code Generation

• Expected Differences in Behavior After Compiling Your MATLAB Code

  MATLAB Language Features Supported for Code Generation

  MATLAB Language Features Not Supported for Code Generation

  Related Products That Support Code Generation from MATLAB

  About Code Generation for Supported Functions

  Functions Supported for Code Generation - Alphabetical List

• Functions Supported for Code Generation - Categorical List

  About Code Generation for System Objects

  Computer Vision System Toolbox System Objects

  Communications System Toolbox System Objects

  DSP System Toolbox System Objects

  Why Define Variables Differently for Code Generation?

• Best Practices for Defining Variables for C/C++ Code Generation

  When You Can Reassign Variable Properties for C/C++ Code Generation

• Eliminating Redundant Copies of Variables in Generated Code

  Defining and Initializing Persistent Variables

• Reusing the Same Variable with Different Properties

  Avoiding Overflows in for-Loops

  Supported Variable Types

  How Working with Data is Different for Code Generation

• Code Generation for Complex Data

  Code Generation for Characters

  How Working with Structures Is Different for Code Generation

  Structure Operations Allowed for Code Generation

• Defining Scalar Structures for Code Generation

• Defining Arrays of Structures for Code Generation

  Making Structures Persistent

  Indexing Substructures and Fields

  Assigning Values to Structures and Fields

  Passing Large Structures as Input Parameters

• How Working with Enumerated Data Is Different for Code Generation

• Enumerated Types Supported for Code Generation

  When to Use Enumerated Data for Code Generation

• Workflows for Using Enumerated Data for Code Generation

• How to Define Enumerated Data for Code Generation

  How to Instantiate Enumerated Types for Code Generation

• How to Generate Code for Enumerated Data

• Defining and Using Enumerated Types for Code Generation

• Operations on Enumerated Data Allowed for Code Generation

• Using Enumerated Data in Control Flow Statements

• Customizing Enumerated Data Types

  Changing and Reloading Enumerated Data Types

  Restrictions on Use of Enumerated Data in for-Loops

  Toolbox Functions That Support Enumerated Types for Code Generation

  What Is Variable-Size Data?

• How Working with Variable-Size Data Is Different for Code Generation

  Bounded Versus Unbounded Variable-Size Data

  How to Control Memory Allocation of Variable-Size Data

  How to Generate Code for MATLAB Functions with Variable-Size Data

• Generating Code for a MATLAB Function That Expands a Vector in a Loop

• Using Variable-Size Data Without Dynamic Memory Allocation

• Variable-Size Data in Code Generation Reports

• Defining Variable-Size Data for Code Generation

• C Code Interface for Arrays

• Troubleshooting Issues with Variable-Size Data

• Limitations with Variable-Size Support for Code Generation

• Restrictions on Variable Sizing in Toolbox Functions Supported for Code Generation

• About Code Generation for MATLAB Classes

• How Working with MATLAB Classes is Different for Code Generation

  Memory Allocation Requirements

  Generate Code for MATLAB Value Classes

  Generate Code for MATLAB Handle Classes and System Objects

• MATLAB Classes in Code Generation Reports

• Troubleshooting

  How Working with Function Handles is Different for Code Generation

  Example: Defining and Passing Function Handles for Code Generation

  Limitations with Function Handles for Code Generation

  Specifying Variable Numbers of Arguments

  Supported Index Expressions

• Using varargin and varargout in for-Loops

• Implementing Wrapper Functions with varargin and varargout

  Passing Property/Value Pairs with varargin

  Rules for Using Variable Length Argument Lists for Code Generation

• How MATLAB Resolves Function Calls in Generated Code

  How MATLAB Resolves File Types on the Path for Code Generation

  Adding the Compilation Directive %#codegen

  Calling Subfunctions

  Calling Supported Toolbox Functions

• Calling MATLAB Functions

• Generating Efficient Code

  Generating Reusable Code