• Product Description

• About MATLAB Coder

• Code Generation for Embedded Software Applications

  Code Generation for Fixed-Point Algorithms

  Installing Prerequisite Products

  Related Products

  Setting Up the C/C++ Compiler

  Expected Background

• Workflow Overview

• Running MATLAB Coder Demos

• Generating C Code from MATLAB Code Using the MATLAB Coder Project Interface

• Generating C Code from MATLAB Code at the Command Line

• Generating MEX Functions from MATLAB Code at the Command Line

• Recommended Compilation Options for codegen

  Testing MEX Functions in MATLAB

  Comparing C Code and MATLAB Code Using Tiling in the MATLAB Editor

  Using Build Scripts

  Using the MATLAB Code Analyzer to Check Code Interactively at Design Time

  Separating Your Test Bench from Your Function Code

  Preserving Your Code

  File Naming Conventions

• Product Description

• Product Overview

  Code Generation Workflow

  Check Bug Reports for Latest Issues and Fixes

  MATLAB Coder Project Set Up Workflow

  Creating a New Project

  Opening an Existing Project

  Adding Files to the Project

• Specifying Properties of Primary Function Inputs in a Project

• Autodefining Input Types

• Defining Input Parameters by Example in a Project

• Defining or Editing Input Parameter Type in a Project

  Defining Constant Input Parameters in a Project

  Defining Inputs Programmatically in the MATLAB File

  Adding Global Variables in a Project

• Specifying Global Variable Type and Initial Value in a Project

• Output File Name Specification

• Specifying Output File Locations

• Selecting Output Type

  More About

  Preparing MATLAB Code for C/C++ Code Generation Workflow

• Fixing Errors Detected by the Code Analyzer

• How to Generate MEX Functions Using the MATLAB Coder Project Interface

• How to Generate MEX Functions at the Command Line

• Fixing Errors Detected at Code Generation Time

• Design Considerations When Writing MATLAB Code for Code Generation

  Running MEX Functions

  Debugging Strategies

  Workflow for Testing MEX Functions in MATLAB

  Why Test MEX Functions in MATLAB?

  Running MEX Functions

• How to Verify MEX Functions in a Project

  How to Verify MEX Functions at the Command Line

• Debugging Run-Time Errors

  Code Generation Workflow

• C/C++ Code Generation

• Generating C/C++ Static Libraries from MATLAB Code

• Generating C/C++ Dynamically Linked Libraries from MATLAB Code

• Generating Standalone C/C++ Executables from MATLAB Code

• Build Setting Configuration

• Primary Function Input Specification

• Speeding Up Compilation

• Code Optimization

• Paths and File Infrastructure Setup

• Code Generation for More Than One Entry-Point MATLAB Function

• Code Generation for Global Data

• Generation of Traceable Code

  Code Generation for Enumerated Types

• Code Generation for Variable-Size Data

  Code Generation for MATLAB Classes

• How MATLAB Coder Partitions Generated Code

• Customizing the Post-Code-Generation Build Process

• Code Generation Reports

• Troubleshooting

  Calling a C Static Library Function from C Code

  Calling a C/C++ Static Library Function from MATLAB Code

• Calling Generated C/C++ Functions

  Using a MATLAB Coder Dynamic Library in a Simple Microsoft Visual Studio Project

• Custom C/C++ Code Integration

  Workflow for Accelerating MATLAB Algorithms

  How to Accelerate MATLAB Algorithms

• Modifying MATLAB Code for Acceleration

• Speeding Up MATLAB Algorithms with the Basic Linear Algebra Subprograms (BLAS) Library

• Controlling Run-Time Checks

  Accelerating Simulation of Bouncing Balls

• MATLAB Coder Interface to C/C++ Code

• Calling External C/C++ Functions

  Returning Multiple Values from C Functions

• How MATLAB Coder Infers C/C++ Data Types