| Fixed-Point Converter | Convert MATLAB code to fixed point |
fiaccel | Accelerate fixed-point code and convert floating-point MATLAB code to fixed-point MATLAB code |
coder.config | Create configuration object for fixed-point or single-precision conversion |
coder.mexconfig | Code acceleration configuration object |
coder.approximation | Create function replacement configuration object |
coder.allowpcode | Control code generation from protected MATLAB files |
coder.const | Fold expressions into constants in generated code |
coder.extrinsic | Declare extrinsic functions |
coder.inline | Control inlining in generated code |
coder.load | Load compile-time constants from MAT-file or ASCII file into caller workspace |
coder.newtype | Create a coder.Type object |
coder.nullcopy | Declare uninitialized variables in code generation |
coder.resize | Resize coder.Type object |
coder.target | Determine if code generation target is specified target |
coder.typeof | Create coder.Type object to represent the type
of an entry-point function input |
coder.unroll | Unroll for-loop by making a copy of
the loop body for each loop iteration |
coder.varsize | Declare variable-size data |
coder.MexConfig | Code acceleration configuration object for use with fiaccel |
coder.FixptConfig | Floating-point to fixed-point conversion configuration object |
coder.ArrayType | Represent set of MATLAB arrays |
coder.Constant | Represent set containing one MATLAB value |
coder.EnumType | Represent set of MATLAB enumerations |
coder.FiType | Represent set of MATLAB fixed-point arrays |
coder.PrimitiveType | Represent set of logical, numeric, or char arrays |
coder.StructType | Represent set of MATLAB structure arrays |
coder.Type | Represent set of MATLAB values |
Propose Data Types Based on Simulation Ranges
Propose fixed-point data types based on simulation ranges using the Fixed-Point Converter app.
Propose Data Types Based on Derived Ranges
Propose fixed-point data types based on static ranges using the Fixed-Point Converter app.
Convert Fixed-Point Conversion Project to MATLAB Scripts
Use project settings for fixed-point conversion at the command line.
Specify options used when proposing types for automated fixed-point conversion.
View and Modify Variable Information
View and modify variable information for fixed-point conversion.
Detect Dead and Constant-Folded Code
During the simulation of your test file, the app detects dead code or code that is constant folded.
Avoid issues with generated fixed-point code.
Replace the exp Function with a Lookup Table
Replace a function with a lookup table approximation in fixed-point code generated with the Fixed-Point Converter app.
Replace a Custom Function with a Lookup Table
Replace a custom function with a lookup table approximation function by using the Fixed-Point Converter app.
Visualize Differences Between Floating-Point and Fixed-Point Results
Use a custom plot function to compare the behavior of the generated fixed-point code against the behavior of the original floating-point MATLAB code.
Enable Plotting Using the Simulation Data Inspector
Inspect and compare floating-point and fixed-point logged input and output data.
Detect overflows using the app.
Convert Code Containing Global Variables to Fixed-Point
Convert MATLAB code using global variables to fixed-point using the app.
Convert Code Containing Structures to Fixed Point
Convert a MATLAB® algorithm containing structures to fixed point using the Fixed-Point Converter app.
Generate Fixed-Point MATLAB Code for Multiple Entry-Point Functions
Generate fixed-point code for multiple entry-point functions using the Fixed-Point Converter app.
Convert dsp.FIRFilter Object to Fixed-Point Using the Fixed-Point Converter App
This example converts a dsp.FIRFilter System
object™, which filters a high-frequency sinusoid signal, to fixed-point using the Fixed-Point Converter app.
Propose Data Types Based on Simulation Ranges
Propose fixed-point data types based on simulation ranges using the fiaccel function.
Propose Data Types Based on Derived Ranges
Propose fixed-point data types based on static ranges using the fiaccel function.
Detect overflows at the command line.
Replace the exp Function with a Lookup Table
Replace a function with a lookup table approximation
in fixed-point code generated with the fiaccel function.
Replace a Custom Function with a Lookup Table
Replace a custom function with a lookup table approximation
function by using the fiaccel function.
Enable Plotting Using the Simulation Data Inspector
Inspect and compare floating-point and fixed-point logged input and output data.
Visualize Differences Between Floating-Point and Fixed-Point Results
Use a custom plot function to compare the behavior of the generated fixed-point code against the behavior of the original floating-point MATLAB code.
Fixed-Point Conversion Workflows
Learn more about the different fixed-point conversion methods. The conversion method you use depends on your end goal and your level of fixed-point expertise.
Automated Fixed-Point Conversion
Using the Fixed-Point Converter app for automated fixed-point conversion.
MATLAB Language Features Supported for Automated Fixed-Point Conversion
Summary of language features that are and are not supported for automated fixed-point conversion.
Automated Fixed-Point Conversion Best Practices
Generate fixed-point code according to best practices.
Avoid issues with generated fixed-point code.
Fixed-Point Code for MATLAB Classes
Use supported constructs and coding style best practices for fixed-point conversion of MATLAB classes.
Generate Fixed-Point MATLAB Code for Multiple Entry-Point Functions
Generate fixed-point code for multiple entry-point functions using the Fixed-Point Converter app.
Convert Code Containing Global Data to Fixed Point
Convert MATLAB code using global variables to fixed-point programmatically.
Replacing Functions Using Lookup Table Approximations
Generate lookup table approximations to replace custom functions or functions that are not supported for fixed point.
Inspecting Data Using the Simulation Data Inspector
The Simulation Data Inspector allows you to view data logged during the fixed-point conversion process.
Visualize numerical differences during fixed-point conversion.
Data Type Issues in Generated Code
Highlight potential data type issues in report.
System Objects Supported by Fixed-Point Converter App
You can use the Fixed-Point Converter app to automatically propose and apply data types for commonly used system objects.
Debug Numerical Issues in Fixed-Point Conversion Using Variable Logging
Techniques for debugging your fixed-point code when you need more than out of the box conversion.
Why Does the Fixed-Point Converter App Not Propose Data Types for System Objects?
Troubleshoot missing data type proposals for System objects.
Slow Operations in the Fixed-Point Converter App
By default, the MATLAB Coder™Fixed-Point Converter app screens your entry-point functions for code generation readiness.