가속화된 실행 파일 생성
컴파일된 코드 생성 및 기능
함수
fiaccel | Accelerate fixed-point code or convert floating-point MATLAB code to fixed-point MATLAB code |
coder.allowpcode | P 코드 파일로부터 코드 생성 |
coder.areUnboundedVariableSizedArraysSupported | Check if current configuration settings allow unbounded variable-size arrays (R2024a 이후) |
coder.const | Fold expressions into constants in generated code |
coder.extrinsic | 함수를 외재적 함수로 선언하고 MATLAB에서 실행 |
coder.inline | Control inlining of current function in generated code |
coder.inlineCall | Inline called function in generated code (R2024a 이후) |
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 (R2024a 이후) |
coder.nullcopy | 생성 코드에서 초기화되지 않은 변수 선언하기 |
coder.resize | coder.Type 객체의 크기 변경 |
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 |
클래스
coder.ArrayType | 입력 사양에 허용되는 MATLAB 배열 집합 표현 |
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 | 입력 사양에 허용되는 논리형 배열, 숫자형 배열 또는 문자형 배열 집합 표현 |
coder.StructType | 입력 사양에 허용되는 MATLAB 구조체형 배열 집합 표현 |
coder.Type | 입력 사양에 허용되는 MATLAB 값 집합 표현 |
도움말 항목
- 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.
