fiaccel | Accelerate fixed-point code and convert floating-point MATLAB code to fixed-point MATLAB code |
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.mexconfig | Code acceleration configuration object |
coder.newtype | Create a coder.Type object to represent the 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 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.MexConfig | Code acceleration configuration object for use with fiaccel |
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 |
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.
Describes how and why to use run-time checks.