Creation of Accelerated Executable

Compiled code creation and functionality

Functions

`fiaccel`	Accelerate fixed-point code and convert floating-pointMATLABcode to fixed-pointMATLABcode
`coder.allowpcode`	Control code generation from protectedMATLABfiles
`coder.const`	Fold expressions into constants in generated code
`coder.extrinsic`	Declare a function as extrinsic and execute it inMATLAB
`coder.inline`	Control inlining of a specific function in generated code
`coder.load`	Load compile-time constants from MAT-file or ASCII file into caller workspace
`coder.mexconfig`	Code acceleration configuration object
`coder.newtype`	Create`coder.Type`object to represent type of an entry-point function input
`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.ArrayType`	Represent set ofMATLABarrays
`coder.Constant`	Specification of constant value for code generation
`coder.EnumType`	Represent set ofMATLABenumerations
`coder.FiType`	Represent set ofMATLABfixed-point arrays
`coder.mexconfig`	Code acceleration configuration object for use with`fiaccel`
`coder.PrimitiveType`	Represent set of logical, numeric, or char arrays
`coder.StructType`	Represent set ofMATLABstructure arrays
`coder.Type`	Represent set ofMATLABvalues

Accelerate Code Using fiaccel
Accelerating fixed-point code via compiled C code MEX function generation.
Accelerate Code for Variable-Size Data
Describes how Fixed-Point Designer works with variable-size data.
Generate C Code from Code Containing Global Data
Describes how to compile functions that use global data and how to synchronize global data with MATLAB.
Specify Number of Entry-Point Function Input or Output Arguments to Generate
Control the number of arguments in generated entry-point functions.
Control Run-Time Checks
Describes how and why to use run-time checks.