Note that CVF is superseded in favor of the Intel Fortran compilers. Time to spare now, or perhaps due to the license fee of a new intel fortran compiler). Adapt your project file either via the user interface of by manually editing the *.dsp file. Compaq Visual Fortran - Crashes During Linking A.LIB File. Going under Project->Settings, Clicking the Link tab, and under the input category, adding the library files under object/library modules (bprop.lib rprop.lib) and having the Additional Library Path point to where the files are.
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Contents. Overview The compilers generate code for and processors and certain non-Intel but compatible processors, such as certain processors. A specific release of the compiler (11.1) remains available for development of Linux-based applications for IA-64 processors.
On Windows, it is known as Intel Visual Fortran. On OS X and Linux, it is known as Intel Fortran.
The latest release of the compiler continues to support the and Intel Architecture instruction-set capabilities by means of, which can enable applications to use, and instructions. Use of such instructions through the compiler can lead to improved application performance in some applications as run on IA-32 and Intel 64 architectures, compared to applications built with compilers that do not support these instructions. Intel Fortran also continues support for 4.0, for, almost all of the Fortran 2003 standard and much of the Fortran 2008 standard including, user-defined I/O, BLOCK and submodules. For more information on Fortran standards, a number or resources are available, such as the Wikipedia entry or the wiki page. When used with Intel cluster tools (see the 'Description of Packaging' below) the compiler can also automatically generate calls for from OpenMP directives. Optimizations Intel compilers are optimized to computer systems using processors that support Intel architectures. They are designed to minimize stalls and to produce code that executes in the fewest possible number of cycles.
Intel Fortran Compilers support three separate high-level techniques for optimizing the compiled program: (IPO), (PGO), and other (HLO). They also support a directives-based approach to application offloading to Intel coprocessors, such as the coprocessor. Interprocedural optimization applies typical compiler optimizations (such as constant propagation) but uses a broader scope that may include multiple procedures, multiple files, or the entire program. Regarding, the compiler generates a dataset of performance-related information from using the application with representative workloads, which it then analyzes to find which parts of the application are executed more and less frequently. The compiler uses these data to organize application execution to optimize performance based on how the application is actually used. This is in contrast to IPO which optimizes applications according to the logical flow of the application independent of workloads. The two can be combined to provide workload-based optimizations within which the logical-flow is optimized.
Thus, all optimizations can benefit from profile-guided feedback because they are less reliant on heuristics when making compilation decisions. High-level optimizations are optimizations performed on a version of the program that more closely represents the source code. This includes, data prefetch, and more. Standards support The Intel Fortran compiler supports all of the features of the Fortran 90, Fortran 95, Fortran 2003 standards and most of Fortran 2008. It also supports some draft Fortran 2018 features. Additionally, it supports various extensions found in VAX Fortran and Compaq Visual Fortran.
Do You Need a Compiler? Please note that it is not necessary to purchase a compiler to run PSS®E, including the use of models in dynamic link libraries (.dll) supplied for PSS®E that do not require connection routines (i.e. Conec, Conet).
The Fortran and C run-time libraries will continue to be included with PSS®E, as in the past. If you are not sure whether you need a compiler, may help.
In general, user-written software used with PSS®E, e.g. Conec, Conet, user-written dynamics models, and programs that call the Saved Case Data Extraction Routines (USRCAS), should be compiled with the version of the compiler used to create that version of the PSS®E product. We cannot provide support for problems that arise when mixing code from different compilers other than as specified in 'Using other compilers' below. If you are a new user of PSS®E and need to compile. Purchase the Intel® Parallel Studio XE 2018 Composer Edition for Fortran Windows. This is the current version. When you purchase of a license to the current version of Intel® Visual Fortran you will be allowed to download older versions and install them, if you choose.
Download the installer that includes the Microsoft Visual Studio Shell and Libraries, for those versions that offer that alternative. If you already have Microsoft Visual Studio you may use the installer that does not contain the shell. The current version of the compiler is 18.0, although that is not mentioned in Intel®’s advertising. Pay attention to the prerequisites.
These can be found in the Release Notes under System Requirements. The Release Notes for each version of IVF are available on Intel’s web site. Using Microsoft Visual Studio. You do not need to purchase Microsoft Visual Studio (although that can affect which download you select, see above).
You may use Microsoft Visual Studio to build PSS®E extension libraries. A sample project file for Microsoft Visual Studio 2010 to build and debug dsusr.dll is supplied beginning with PSSE 33.4.0. No other project files are supplied. No project files are supplied for earlier releases. If you do wish to use Microsoft Visual Studio, refer to Intel's documentation for compatibility. For example, Intel® Visual Fortran Composer XE 2013 for Windows will integrate with Microsoft Visual Studio 2008, 2010, or 2012, but not with Microsoft Visual Studio 2005. Using other compilers.
Only Intel® Visual Fortran (IVF) compilers can be used with PSS®E. It is generally possible to use any version of IVF version 9.1 or later to build PSS®E extension libraries for use with any version of PSS®E built with IVF. However, you must use the run-time libraries of the latest version of the compiler being used. The Environment Manager will help you coordinate this (see 'Multiple PSS®E or compiler versions' below). That said we strongly encourage using IVF version 11 or later. IVF 9.1 and 10.0 will require that you have previously installed Microsoft Visual Studio. However, the Express Version is sufficient, which is available at no cost.
Please, also, consider the following: - PSS®E 33.0.0 and 33.0.1 must use IVF 12.0 or later unless both the PSSE33PSSLIB10.exe installer (see link below under PSS®E 33) and a recent enough version of the Environment Manager (version 5.2.0 or later) are installed. If you exchange compiled files with colleagues, be sure that they have a compiler installed at least as recent as the one that you are using. Please contact support if you have any further questions about compiler compatibility.
How PSS®E was built PSS®E 29 was built with the Compaq Visual Fortran (CVF) 6.6B compiler, and the Microsoft C/C (MSC) version 6 compiler (corresponds with Microsoft Visual Studio version 6, released in 1998). Only these compilers can be used. (Note: Compaq Visual Fortran is no longer commercially available). PSS®E 30 (all releases except 30.3.3 IVF) was built with the CVF 6.6B and MSC 6 Compilers. Only these compilers can be used. (Note: Compaq Visual Fortran is no longer commercially available).
PSS®E 31 was built with the Intel® Visual Fortran (IVF) 9.1 compiler, and the MSC version 8 compiler (corresponds with Microsoft Visual Studio 2005). PSS®E 32 was built with the IVF 10.1 compiler and the MSC version 9 compiler (corresponds with Microsoft Visual Studio 2008). PSS®E 33 was built with the IVF 12.0 compiler (marketed as Intel® Visual Fortran Composer XE 2011 for Windows) and the MSC version 10 compiler (corresponds with Microsoft Visual Studio 2010). PSS®E 34 was built with the IVF 15.0 compiler (marketed as Intel® Parallel Studio XE 2015 Composer Edition for Fortran Windows) and the MSC version 12 compiler (corresponds with Microsoft Visual Studio 2013). PSS®E 30.3.3 IVF was built with the IVF 9.1 and MSC 8 compilers. Multiple PSS®E or compiler versions The Environment Manager (available for download at the PSS®E User Support website) can assist in switching between versions of PSS®E and selecting compilers. It contains the CreateUserDll feature which is a GUI driven application to build PSS®E extension libraries (such as dsusr.dll for user-written dynamics simulation models).
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The Environment Manager is maintained independently of PSS®E and we recommend that the latest version of the Environment Manager be used for all versions of PSS®E. Purchasing the Intel compiler Intel is offering a special discounted fee to Siemens PTI customers. In order to take advantage of this offer to either upgrade from Compaq Visual Fortran compiler or purchase a new license of Intel® Parallel Studio XE Composer Edition for Fortran Windows under this offer, you must contact.
Please state Siemens PTI Customer in the subject line.
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