intel fortran compiler

 

// Intel is committed to respecting human rights and avoiding complicity in human rights abuses. Currently the compiler supports Linux, MacOS and Windows platforms and x86_64 architectures. If you use Mozilla Firefox*, you may encounter an issue where the, Introduction, Conventions, and Further Information, Specifying the Location of Compiler Components, Running Fortran Applications from the Command Line, Using Makefiles to Compile Your Application, Using Microsoft Visual Studio* Solution Explorer, Performing Common Tasks with Microsoft Visual Studio*, Selecting a Version of the Intel® Fortran Compiler, Understanding Solutions, Projects, and Configurations, Navigating Programmatic Components in a Fortran File, Specifying Path, Library, and Include Directories, Setting Compiler Options in the Microsoft Visual Studio* IDE Property Pages, Using Intel Libraries for oneAPI with Microsoft Visual Studio*, Using Guided Auto Parallelism in Microsoft Visual Studio*, Using Code Coverage in Microsoft Visual Studio*, Using Profile-Guided Optimization in Microsoft Visual Studio*, Using Source Editor Enhancements in Microsoft Visual Studio*, Specifying Project Types with ifort Command Options, Using Fortran Console Application Projects, Using Fortran Standard Graphics Application Projects, Using Fortran QuickWin Application Projects, Using Fortran Windowing Application Projects, Using Fortran Dynamic-Link Library Projects, Additional Documentation: Creating Fortran Applications that Use Windows* OS Features, Optimization Reports: Enabling in Microsoft Visual Studio*, Options: Guided Auto Parallelism dialog box, Options: Profile Guided Optimization dialog box, Using Visual Studio* IDE Automation Objects, Ways to Display Certain Option Information, Displaying General Option Information From the Command Line, What Appears in the Compiler Option Descriptions, mbranches-within-32B-boundaries, Qbranches-within-32B-boundaries, mstringop-inline-threshold, Qstringop-inline-threshold, Interprocedural Optimization (IPO) Options, coarray-config-file, Qcoarray-config-file, complex-limited-range, Qcomplex-limited-range, qopt-assume-safe-padding, Qopt-assume-safe-padding, qopt-mem-layout-trans, Qopt-mem-layout-trans, qopt-multi-version-aggressive, Qopt-multi-version-aggressive, qopt-multiple-gather-scatter-by-shuffles, Qopt-multiple-gather-scatter-by-shuffles, qopt-prefetch-distance, Qopt-prefetch-distance, qopt-prefetch-issue-excl-hint, Qopt-prefetch-issue-excl-hint, qopt-ra-region-strategy, Qopt-ra-region-strategy, qopt-streaming-stores, Qopt-streaming-stores, qopt-subscript-in-range, Qopt-subscript-in-range, Profile Guided Optimization (PGO) Options, finstrument-functions, Qinstrument-functions, prof-hotness-threshold, Qprof-hotness-threshold, prof-value-profiling, Qprof-value-profiling, qopt-report-annotate, Qopt-report-annotate, qopt-report-annotate-position, Qopt-report-annotate-position, qopt-report-per-object, Qopt-report-per-object, Offload Compilation Options, OpenMP* Options, and Parallel Processing Options, par-runtime-control, Qpar-runtime-control, parallel-source-info, Qparallel-source-info, qopenmp-threadprivate, Qopenmp-threadprivate, fast-transcendentals, Qfast-transcendentals, fimf-arch-consistency, Qimf-arch-consistency, fimf-domain-exclusion, Qimf-domain-exclusion, fimf-force-dynamic-target, Qimf-force-dynamic-target, qsimd-honor-fp-model, Qsimd-honor-fp-model, qsimd-serialize-fp-reduction, Qsimd-serialize-fp-reduction, inline-max-per-compile, Qinline-max-per-compile, inline-max-per-routine, Qinline-max-per-routine, inline-max-total-size, Qinline-max-total-size, inline-min-caller-growth, Qinline-min-caller-growth, Output, Debug, and Precompiled Header (PCH) Options, feliminate-unused-debug-types, Qeliminate-unused-debug-types, fzero-initialized-in-bss, Qzero-initialized-in-bss, Programming Tradeoffs in Floating-point Applications, Handling Floating-point Array Operations in a Loop Body, Reducing the Impact of Subnormal Exceptions, Avoiding Mixed Data Type Arithmetic Expressions, Comparison of Intel® Fortran and Windows* API Routines, Redistributing Libraries When Deploying Applications, Resolving References to Shared Libraries Provided with Intel® oneAPI, Including the Intel® Visual Fortran Interface Definitions for Windows* API Routines, Specifying Default Pathnames and File Names, Obtaining File Information: INQUIRE Statement, User-Supplied OPEN Procedures: USEROPEN Specifier, Microsoft* Fortran PowerStation Compatible Files (Windows*), Programming with Mixed Languages Overview, Using Standard Fortran Interoperability Syntax for Existing Fortran Extensions, Interoperating with arguments using C descriptors, C Structures, Typedefs, and Macros for Interoperability, Calling Subprograms from the Main Program (Windows*), Passing Arguments in Mixed-Language Programming, Stack Considerations in Calling Conventions (Windows*), Compiling and Linking Intel® Fortran/C Programs, Building Intel® Fortran/C Mixed-Language Programs on Windows* Systems, Handling Fortran Array Pointers and Allocatable Arrays, Understanding Errors During the Build Process, Using the END, EOR, and ERR Branch Specifiers, Using the IOSTAT Specifier and Fortran Exit Codes, Overriding the Default Run-Time Library Exception Handler, Advanced Exception and Termination Handling, Handlers for the Application (Project) Types, Providing Your Own Exception/Termination Handler, Using Windows* Structured Exception Handling (SEH), Custom Handlers for Fortran Console, Fortran QuickWin, and Fortran Standard Graphics Applications, Custom Handlers for Fortran DLL Applications, Custom Handlers for Fortran Windows Applications, Procedure Pointers as Derived-Type Components, Structure Constructors with Parameterized Derived Types, Type Parameter Order for Parameterized Derived Types, Deferred-Length Type Parameters for Parameterized Derived Types, Assumed-Length Type Parameters for Parameterized Derived Types, Binary, Octal, Hexadecimal, and Hollerith Constants, Determining the Data Type of Nondecimal Constants, Specifying Data Objects for Coarray Images, Examples of Intrinsic Assignment to Polymorphic Variables, Effects of Equivalency and Interaction with COMMON Statements, STAT= and ERRMSG= Specifiers in Image Control Statements, Intrinsic Module Procedures - ISO_C_BINDING, Intrinsic Module Procedures - ISO_FORTRAN_ENV, IEEE Intrinsic Modules Quick Reference Tables, Functions, Subroutines, and Statement Functions, General Rules for Function and Subroutine Subprograms, Character Constant and Hollerith Arguments, References to Generic Intrinsic Functions, References to Elemental Intrinsic Procedures, Procedures that Require Explicit Interfaces, Interoperability of Procedures and Procedure Interfaces, Argument Keywords in Intrinsic Procedures, Categories and Lists of Intrinsic Procedures, Rules for Formatted Sequential READ Statements, Rules for List-Directed Sequential READ Statements, Rules for Namelist Sequential READ Statements, Rules for Unformatted Sequential READ Statements, Rules for Formatted Direct-Access READ Statements, Rules for Unformatted Direct-Access READ Statements, Forms and Rules for Internal READ Statements, Rules for Formatted Sequential WRITE Statements, Rules for List-Directed Sequential WRITE Statements, Rules for Namelist Sequential WRITE Statements, Rules for Unformatted Sequential WRITE Statements, Rules for Formatted Direct-Access WRITE Statements, Rules for Unformatted Direct-Access WRITE Statements, Forms and Rules for Internal WRITE Statements, Characteristics of Defined I/O Procedures, Resolving Defined I/O Procedure References, Examples of User-Defined Derived-Type I/O, Dollar-Sign ($) and Backslash ( \ ) Editing, Interaction Between Format Specifications and I/O Lists, Rules for General Directives that Affect DO Loops, Rules for Loop Directives that Affect Array Assignment Statements, Clauses Used in Multiple OpenMP Fortran Directives, Deleted and Obsolescent Language Features, Deleted Language Features in the Fortran Standard, Obsolescent Language Features in the Fortran Standard, FORTRAN 66 Interpretation of the EXTERNAL Statement, Alternative Syntax for the PARAMETER Statement, Alternative Syntax for Binary, Octal, and Hexadecimal Constants, Alternative Syntax for a Record Specifier, Alternative Syntax for the DELETE Statement, Alternative Form for Namelist External Records, Type Declarations within Record Structures, Character and Key Code Charts for Windows*, ASCII Character Codes Chart 2: IBM* Character Set, ASCII Character Set for Linux* and macOS*, Library Modules and Run-Time Library Routines, Overview of NLS and MCBS Routines (Windows*), Standard Fortran Routines That Handle MBCS Characters (Windows*), Overview of Serial Port I/O Routines (Windows*), Statements for Program Unit Calls and Definitions, Statements and Intrinsic Procedures for Memory Allocation and Deallocation, Intrinsic Functions for Numeric and Type Conversion, Trigonometric, Exponential, Root, and Logarithmic Intrinsic Procedures, Intrinsic Functions for Floating-Point Inquiry and Control, Intrinsic Procedures for Bit Operation and Representation, National Language Support Library Routines, ATTRIBUTES INLINE, NOINLINE, and FORCEINLINE, ATTRIBUTES MIXED_STR_LEN_ARG and NOMIXED_STR_LEN_ARG, DBESJ0, DBESJ1, DBESJN, DBESY0, DBESY1, DBESYN, Using Other Methods to Set Environment Variables, Understanding Files Associated with Intel® Fortran Applications, Compiling and Linking Multithread Programs, Viewing Fortran Data Types in the Microsoft* Debugger, Viewing the Call Stack in the Microsoft* Debugger, Debugging a Program that Encounters a Signal or Exception, Adding OpenMP* Support to your Application, Enabling Further Loop Parallelization for Multicore Platforms, Function Annotations and the SIMD Directive for Vectorization, Profile-Guided Optimization via HW counters, Profile an Application with Instrumentation, Understanding Code Layout and Multi-Object IPO, Requesting Compiler Reports with the xi* Tools, Compiler Directed Inline Expansion of Functions, Developer Directed Inline Expansion of User Functions, Addressing Support for 64-bit Architecture (Linux*), Tradeoffs and Restrictions in Using Traceback, Sample Programs and Traceback Information, Specifying Alternative Tools and Locations, Temporary Files Created by the Compiler or Linker, Using the Intel® Fortran COM Server (Windows*), Fortran COM Server Interface Design Considerations, Deploying the COM Server on Another System, Using the Intel® Fortran Module Wizard (COM Client) (Windows*), Calling the Routines Generated by the Module Wizard, Getting a Pointer to an Object's Interface, Additional Resources about COM and Automation, Disable or Decrease the Amount of Inlining, Dynamically Link Intel-Provided Libraries, Disable Inline Expansion of Standard Library or Intrinsic Functions, Disable Passing Arguments in Registers Instead of On the Stack, Understanding Single and Multibyte Character Sets, Using Function Order Lists, Function Grouping, Function Ordering, and Data Ordering Optimizations, Comparison of Function Order Lists and IPO Code Layout, Understanding Fortran Language Standards Overview, Conformance, Compatibility, and Fortran Features, Minimizing Operating System-Specific Information, Supported Native and Nonnative Numeric Formats, Environment Variable FORT_CONVERT.ext or FORT_CONVERT_ext Method, Environment Variable FORT_CONVERTn Method, Compiler Option -convert or /convert Method, Download Documentation: Intel® Compiler (Current and Previous). General Compiler Optimization Flags. We strongly recommend that you rebuild, with the 9.0 compiler, applications that use the IMSL libraries to accommodate previous errors in external name decoration. Start using the compiler from the command line or within Microsoft Visual Studio*. // See our complete legal Notices and Disclaimers. Intel Fortran Compiler Beta (ifx), a new, LLVM-based compiler that supports Fortran 95 and partially newer versions of the standard. // Performance varies by use, configuration and other factors. It also provides description of all the library functions and intrinsic procedures. The IMSL* Fortran Libraries 5.0, provided in Intel Visual Fortran Compiler Professional Edition, have been updated for this release to include corrections for reported problems. Intel’s products and software are intended only to be used in applications that do not cause or contribute to a violation of an internationally recognized human right. Intel MKL core libraries for Fortran. Improves development productivity by targeting CPUs and GPUs, Supports broad Fortran language standards, Incorporates industry standards support for OpenMP* 4.5 and initial OpenMP 5.0 for GPU Offload, Leverages well-proven LLVM compiler technology, Takes advantage of multicore, Single Instruction Multiple Data (SIMD) vectorization, and multiprocessor systems with OpenMP, automatic parallelism, and coarrays, Optimizes code with an automatic processor dispatch feature, Eclipse* C/C++ Development Tooling (CDT) (Linux* only), Xcode (macOS* and Intel® Fortran Compiler Classic only), Toolkits: Intel® oneAPI Base Toolkit and add-on toolkits for HPC, AI, IoT, and more, Tools and Libraries: Intel® oneAPI DPC++ Compiler, Intel® oneAPI Math Kernel Library, Intel® Distribution for Python*, Intel® VTune™ Profiler, Intel® Advisor, and more, Intel® Xeon® processors with Intel® Graphics Technology (GPU), Intel® Programmable Acceleration Card with Intel® Arria® 10 GX FPGA, Fortran – Full 77, 90, 95, and partial 2003, Fortran – Full 77, 90, 95, 2003, 2008, and 2018, Support open standards of C, C++, SYCL, and OpenMP*, Generate optimized binary host code and accelerator code, Work with a familiar set of tools on your preferred platform: Windows*, Linux*, or macOS*, Integration within Microsoft Visual Studio*, thus providing a complete, integrated development environment including a Fortran-aware debugger, State-of-the-art optimizations for the latest Intel® processors (Intel® Advanced Vector Extensions instructions, etc.) Intel technologies may require enabled hardware, software or service activation. For more information, see the system requirements. To use the Context Sensitive/F1 Help feature, visit the, Download Previous Versions of the Developer Guide and Reference. or Forgot your Intel Sign up here This new compiler uses the Intel Fortran Front End along with the LLVM framework. Libraries for Intel EM64T-based applications are now provided, and the cross-compiler for Itanium-based applications is now supported for use with the IMSL libraries. username Intel’s compiler offers various options so that you can compile programs that don’t conform syntactically fully correct to the Fortran standard. But there is a error: "setup did not find a supported Microsoft Visual Studio". Feature Requirements; Getting Help and Support; Related Information; Notational Conventions; Compiler Setup. // Your costs and results may vary. Community support is available for the free version at the Intel Developer forum. Free Fortran Compilers. The Intel® Fortran Compiler (Beta) is our new compiler based on the Intel® Fortran Compiler Classic (ifort) frontend and runtime libraries. The Intel compilers optimization flags deliberately mimic many of those used with the GNU family of compilers. Staying aligned with Intel’s evolving and diverse architectures, the compiler now supports GPUs. Staying aligned with Intel’s evolving and diverse architectures, the compiler now supports GPUs. COINS compiler infrastructure provides modulalized compiler components such as C front-end, Fortran front-end, optimizers, parallelizers, and back-ends for Intel x86, Sparc, Arm, Mips, PowerPC, etc. or See Intel’s Global Human Rights Principles. Intel® Fortran Compiler Classic and Intel® Fortran Compiler (Beta) Developer Guide and Reference. // Intel is committed to respecting human rights and avoiding complicity in human rights abuses. Oracle Developer Studio. For every Fortran project Intel® Fortran Compiler Classic (IFORT) is selected by default in Visual Studio. But you should be able to use other Intel Fortran Compiler versions as well. The compilation on Linux posses no problems, but Intel Fortran compiler on Windows seems to cause great complications for CMake. Additional Requirements Intel Visual Fortran Compiler Professional Edition for Windows can be used on, and develop code for, Intel processors since the Intel Pentium 4 processor. This manual describes the Intel® Fortran Language for programmer’s reference. Build high-performing, efficient, reliable solutions that run at the network’s edge. Intel® Fortran Compiler(Beta): provides CPU and GPU offload support of GPUs, Intel® Fortran Compiler Classic: provides continuity with existing CPU-focused workflows. Intel Fortran Compiler For Linux offers the best support for creating multi-threaded applications. ††OpenMP host and offload support available only in Intel Fortran Compiler(Beta). // See our complete legal Notices and Disclaimers. CMake et al should just find the Intel compiler when in the oneAPI command prompt. The dpcpp compiler is based on the LLVM compiler family and uses the flags described on that page. This manual is organized as follows: Chapter 1 “Introduction to Intel Fortran.” Summarizes features of Intel Fortran that distinguish it from the Standard Fortran 95. The Intel® Fortran Compiler is built on a long history of generating optimized code that supports industry standards while taking advantage of built-in technology for Intel® Xeon® Scalable processors and Intel® Core™ processors. Can I do now to install Fortran 10.1 Intel expand the capabilities of High Performance Computing around the globe that! 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