MATLAB Compiler Getting Started Preface Related Products Using this Guide Typographical Conventions Introducing the MATLAB Compiler Introduction Before You Begin New Features Compiler Licensing Changes Uses of the Compiler Creating MEX-Files Creating Stand-Alone Applications The MATLAB Compiler Family Why Compile M-Files? Stand-Alone Applications and Libraries Hiding Proprietary Algorithms Faster Execution Upgrading from Previous Versions MATLAB Compiler 2.0 MATLAB Compiler 1.2 MATLAB Compiler 1.0/1.1 Limitations and Restrictions MATLAB Code Stand-Alone Applications Installation and Configuration System Configuration for MEX-Files UNIX Workstation System Requirements Installation mex Verification MATLAB Compiler Verification Microsoft Windows on PCs System Requirements Installation mex Verification MATLAB Compiler Verification Troubleshooting mex Troubleshooting Troubleshooting the Compiler Using the MATLAB Compiler Getting Started with MEX-Files A Simple Example - The Sierpinski Gasket Invoking the M-File Compiling the M-File into a MEX-File Invoking the MEX-File Compiler Options and Macros Generating Simulink S-Functions Simulink-Specific Options Specifying S-Function Characteristics Converting Script M-Files to Function M-Files Stand-Alone Applications Differences Between MEX-Files and Stand-Alone Applications Stand-Alone C Applications Stand-Alone C++ Applications Building Stand-Alone C/C++ Applications Overview Getting Started Building Stand-Alone Applications on UNIX Configuring for C or C++ Preparing to Compile Verifying mbuild Verifying the MATLAB Compiler Distributing Stand-Alone UNIX Applications About the mbuild Script Building Stand-Alone Applications on PCs Configuring for C or C++ Preparing to Compile Verifying mbuild Verifying the MATLAB Compiler About the mbuild Script Using an IDE Distributing Stand-Alone Windows Applications Building Shared Libraries Troubleshooting Troubleshooting mbuild Troubleshooting the Compiler Coding with M-Files Only Alternative Ways of Compiling M-Files Compiling MATLAB Provided M-Files Separately Compiling mrank.m and rank.m as Helper Functions Mixing M-Files and C or C++ Simple Example Advanced C Example Controlling Code Generation Code Generation Overview Example M-Files Generated Code Compiling Private and Method Functions The Generated Header Files C Header File C++ Header File Internal Interface Functions C Interface Functions C++ Interface Functions Supported Executable Types Generating Files MEX-Files Main Files Simulink S-Functions C Libraries C Shared Library C++ Libraries Porting Generated Code to a Different Platform Formatting Compiler-Generated Code Listing All Formatting Options Setting Page Width Setting Indentation Spacing Including M-File Information in Compiler Output Controlling Comments in Output Code Controlling #line Directives in Output Code Controlling Information in Run-Time Errors Interfacing M-Code to C/C++ Code C Example Using Pragmas Print Handlers Main Routine Written in C Main Routine Written in M-Code Optimizing Performance Optimization Bundles Optimizing Arrays Scalar Arrays Nonscalar Arrays Optimizing Loops Simple Indexing Loop Simplification Optimizing Conditionals Reference Reference Pragmas %#external %#function %#mex Functions mbchar mbcharscalar mbcharvector mbint mbintscalar mbintvector mbreal mbrealscalar mbrealvector mbscalar mbvector reallog realpow realsqrt Command Line Tools mbuild mcc MATLAB Compiler Option Flags MATLAB Compiler Quick Reference Common Uses of the Compiler mcc Error and Warning Messages Compile-Time Errors Warning Messages Run-Time Errors Printable Documentation (PDF) Product Page (Web)