Creación de ejecutables acelerados

Creación de código compilado y funcionalidad

Funciones

`fiaccel`	Accelerate fixed-point code or convert floating-point MATLAB code to fixed-point MATLAB code
`coder.allowpcode`	Control code generation from P-code files
`coder.areUnboundedVariableSizedArraysSupported`	Check if current configuration settings allow unbounded variable-size arrays (Desde R2024a)
`coder.const`	Fold expressions into constants in generated code
`coder.extrinsic`	Declare function as extrinsic and execute it in MATLAB
`coder.inline`	Control inlining of current function in generated code
`coder.inlineCall`	Inline called function in generated code (Desde R2024a)
`coder.load`	Load constants from MAT file or ASCII file at code generation time
`coder.newtype`	Create `coder.Type` object to represent type of an entry-point function input
`coder.nonInlineCall`	Prevent inlining of called function in generated code (Desde R2024a)
`coder.nullcopy`	Declare uninitialized variables in generated code
`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`	Resolve size incompatibility errors and declare upper bounds

`coder.ArrayType`	Represent set of MATLAB arrays acceptable for input specification
`coder.Constant`	Specification of constant value for code generation
`coder.EnumType`	Represent set of MATLAB enumerations acceptable for input specification
`coder.FiType`	Represent set of MATLAB fixed-point arrays acceptable for input specification
`coder.mexconfig`	Code acceleration configuration object for use with `fiaccel`
`coder.PrimitiveType`	Represent set of logical, numeric, or character arrays acceptable for input specification
`coder.StructType`	Represent set of MATLAB structure arrays acceptable for input specification
`coder.Type`	Represent set of MATLAB values acceptable for input specification

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 Input or Output Arguments to Entry-Point Functions
Control the number of input or output arguments in the generated code.
Control Run-Time Checks
Describes how and why to use run-time checks.