Intel one api 2024.1
目を凝らしてよむと fortran compiler 単独のインストール法が書いてあります。
Intel® Fortran Compiler adds more Fortran 2023 language features including improved compatibility and interoperability between C and Fortran code, simplified trigonometric calculations, and predefined data types to improve code portability and ensure consistent behavior; makes OpenMP offload programming more productive; and increases compiler stability.
New in Intel® Fortran Compiler 2024.1.0 Release
Intel® Fortran Compiler 2024.1.0
- Intel® Fortran Compiler adds more Fortran 2023 language features - improving compatibility and interoperability between C and Fortran code in the intrinsic module ISO_C_BINDING; simplifying trigonometric calculations by allowing developers to use intrinsic functions that accept arguments as degrees, enhancing ease of use and code readability; use of predefined data types of specific sizes in intrinsic module ISO_FORTRAN_ENV improving code portability and ensuring consistent behavior, and more.
- Intel® Fortran Compiler makes OpenMP Offload programming more productive by adding runtime checks ensuring that mapped data is currently allocated/associated.
- Increased compiler stability by fixing miscellaneous compilation, OpenMP* and runtime issues.
文法面詳細
文法面では大した進歩はないようです。real16 が常数に加わりましたが、12世代 i7 win11 環境下では -2 が入っていて、そのような種 (kind) は存在しないようです。
Details of New and Changed Compiler Features
ifx 2024.1.0 and ifort 2021.12.0
The following Fortran 2023 features are new in this release:
- Source input lines in free format can have up to 10,000 characters.
- A Fortran statement can contain up to 1,000,000 characters.
- New named constants LOGICAL8, LOGICAL16, LOGICAL32, LOGICAL64, and REAL16 in the intrinsic module ISO_FORTRAN_ENV.
- New procedures C_F_STRPOINTER and F_C_STRING for C interoperability have been added to the intrinsic module ISO_C_BINDING.
- Optional argument LOWER to subroutine C_F_POINTER in the intrinsic module ISO_C_BINDING, which allows specifying lower bounds for the fptr array pointer argument.
- Two argument form of the intrinsic trigonometric function ATAND (Y, X) whose arguments are in degrees.
