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Fortran Programming: more books (100)

Fundamentals of FORTRAN programming by Robert C Nickerson, 1982
Guide to Fortran Programming by Daniel D. McCracken, 1961-12
Simplified BASIC and Fortran Programming: With Companion Problems by Lisa Rosenblatt, Judah I. Rosenblatt, 1973-12
Fundamentals of structured programming using FORTRAN with SF/k and WATFIV-S by R. C Holt, 1977
Fortran Programming for Civil Engineers by Richard H. McCuen, 1975-08
Pocket Guide To... FORTRAN (Programming Pocket Guides) by P. Ridler, Philip Ridler, 1987-10
Fortran IV programming by Wilfred P Rule, 1973
Scientific Programming Using Fortran 77 (Hutchinson computer studies series) by William Turner, 2000-12-31
Structured Fortran Watfiv-s Programming by Jean Paul Tremblay, 1979-12-01
The ABC's of Fortran Programming by Michael J. Merchant, 1979-03
Fortran 95 Interval Arithmetic Programming Reference by Sun Microsystems Inc., 2005-11
Fortran 77 Programming by Walter S. Brainerd, 1978-08
Introduction to Computer Programming-Basic Fortran 4: A Practical Approach by William J. Keys, Thomas J. Cashman, 1972-06
Introduction to Fortran II and Fortran IV Programming by D.K. Carver, 1969-11

lists with details

Bibliography On The Fortran Programming Language
Bibliography on the fortran programming language. This bibliography is a part of the Computer Science Bibliography Collection.
http://liinwww.ira.uka.de/bibliography/Compiler/fortran.html
ACNUC FORTRAN Programming Interface
ACNUC FORTRAN Application Programming Interface. Contents . ACCESSING SEQUENCES OF AN ACNUC DATABASE FROM USER FORTRAN PROGRAMS; EXAMPLES
http://pbil.univ-lyon1.fr/databases/acnuc/fort_interface.html

Extractions: ACNUC FORTRAN Application Programming Interface ACCESSING SEQUENCES OF AN ACNUC DATABASE FROM USER FORTRAN PROGRAMS Sequences or subsequences (e.g. protein, tRNA or rRNA genes) can be read in the acnuc database by your own FORTRAN programs using the following API. The same interface works with all acnuc databases and structures ( GenBank, EMBL, SwissProt or NBRF/PIR). Seven subroutines/functions ( GSNUML GSNUMLPHA GFRAG LIBSUB ... CLOSEACNUC ) are provided for your programs to use. Basically, starting with the sequence name, use subroutine GSNUML to obtain the sequence length and number in the database and subroutine GFRAG to read its bases or amino acids, or a fragment of the sequence. You can also use routine LIBSUB to obtain a short textual description of the sequence. Protein translation using the adequate reading frame and genetic code is also possible (see example 3, below). Also, call GOPEN once at the beginning of your program to gain access to acnuc. And CLOSEACNUC may be used to close the acnuc database when needed. Subroutine GSNUML : to get sequence or sub-sequence number and length from its name CHARACTER NAME*16 CALL GSNUML(NAME,NUM,LENGTH) NAME: character string *16 containing the sequence name. NUM: upon return, the sequence number in the database, or if NAME is not an existing sequence name. LENGTH: upon return, the sequence length in nucleotides.
Fortran Programming Language
fortran programming Fortran language. Fortran, an acronym meaning FORmula TRANslation language, was developed in 1950s to simplify scientific programming.
http://www.buzzle.com/chapters/computers-and-the-internet_programming-and-langua

Extractions: Fortran, an acronym meaning "FORmula TRANslation" language, was developed in the 1950s to simplify scientific programming. One of the first computer languages destined to be machine-independent, it allows a programmer to write in algebraic notation forms. Earlier versions were spartan in design, but technological advances allow useful features for a variety of applications. Fortran's programs call for short computer time, helpful to long computations such as weather forecasting, and is accessible from many different computer operating systems. The links included herein offer information about Fortran. Mississippi State University, Mississippi State: High Performance Fortran
APAC National Facility - Training
APAC National Facility Advanced fortran programming Intel Fortran Manuals, This is a link to the documentation for the Intel8 Fortran compiler.
http://nf.apac.edu.au/training/FortranAdvanced/

Extractions: AUSTRALIAN PARTNERSHIP FOR ADVANCED COMPUTING NATIONAL FACILITY Home Notices and News Accounts Facilities, Software and Userguides ... Training APAC National Facility Advanced Fortran Programming Course slides An html version of the course slides. Course Examples and Exercises A tar file comprising examples and course exercises with solutions. Compilers on the APAC machines: See the APAC NF User Guide particularly both AC and LC sections on Compilers and Options Intel Fortran Manuals This is a link to the documentation for the Intel8 Fortran compiler. Email problems, suggestions, questions to help@nf.apac.edu.au Search this site
16.5 FORTRAN Programming
16.5.5 Program Control. Command Line Arguments. A FORTRAN program can easily evaluate arguments included on the command line that runs the program.
http://www.fnal.gov/docs/UNIX/unix_at_fermilab/htmldoc/rev1997/uatf-103.html

Extractions: [Next] [Previous] [Up] [Top] ... [Index] Chapter 16: Software Development There is some additional information about using FORTRAN in the UNIX environment that you will find useful to know. In order to avoid conflicts with the C runtime library when FORTRAN and C programs are included in a single program, most UNIX compilers internally append an underscore to FORTRAN external references and entry point names. At Fermilab we have set up all compilers to do this by default. By default, most compilers pre-link all the source code being compiled, even when you specify the -c option. If you compile a library with a single statement, it will usually contain a single module, and be linked as a whole. The fsplit utility identifies and extracts subprograms from the original FORTRAN source file into individual files in the current directory. These files can then be compiled separately so that they retain their identity when assembled into a library. The names of the extracted individual files are taken from their corresponding subprogram names. On some systems
VAX FORTRAN PROGRAMMING GUIDE $15
VAX fortran programming GUIDE $15 last modified Sat, 6 Aug 1741 EDT everything else, which can be applied to programming fortran on other OS s.
http://newyork.craigslist.org/mnh/bks/89388886.html
ITKnowledgeBASE
Classical fortran programming for Engineering and Scientific Applications Explaining how to program computer to perform calculations using FORTRAN,
http://www.itknowledgebase.net/ejournals/books/book_summary/summary.asp?id=1644
IBM Systems Journal: FORTRAN For Clusters Of IBM ES/3090 Multiprocessors - Techn
Different forms of parallelism can occur in a FORTRAN program. In addition to the two Parallel fortran programming models for sharedmemory mentioned
http://www.findarticles.com/p/articles/mi_m0ISJ/is_n3_v30/ai_11212665

Extractions: AI Magazine Advanced Battery Technology America's Network BT Catalyst ... View all titles in this topic Hot New Articles by Topic Automotive Sports Top Articles Ever by Topic Automotive Sports FORTRAN for clusters of IBM ES/3090 multiprocessors - technical IBM Systems Journal Sept, 1991 by R.J. Sahulka E.C. Plachy L.J. Scarborough R.G. Scarborough ... S.W. White Save a personal copy of this article and quickly find it again with Furl.net. It's free! Save it. IBM Clustered FORTRAN is a combination of software and hardware that allows two IBM Enterprise System/3090 [TM] (ES/3090 [TM]) multiprocessors to be physically connected as a cluster and allows FORTRAN jobs to execute in parallel across all of the processors of the cluster. The FORTRAN compiler and library provided as part of Clustered FORTRAN are used for writing and executing the parallel programs in this hybrid environment of distributed and shared-memory systems. The compiler provides language extensions for explicit programming in parallel, as well as the ability to automatically generate both parallel and vector code. The Clustered FORTRAN language allows users to write parallel applications that are independent of the machine configuration and operating system. This paper describes the execution environment, compiler, and library, gives some variations of programming matrix multiplication, and shows that performance of one GigaFLOPS can be achieved using Clustered FORTRAN.
WasedaOCW » Waseda OpenCourseWare » Course List » Fortran
17.4004.02 fortran programming (1), Spring 2004 This course includes an introduction to fortran programming language, located in the study materials
http://www.waseda.jp/ocw/ComputerScience/17-4004-02FORTRANProgramming1Spring2004

Extractions: 1.5 hour / session Level Undergraduate Highlights of this Course This course includes an introduction to FORTRAN programming language, located in the study materials section. Course Description This course introduces students to elementary knowledge of FORTRAN language through exercises in practical programming. In addition, it aims to become skilled in UNIX operating system and to learn computer literacy. Waseda University JAPAN OCW ALLIANCE Contact Legal Notices
Meine Publikationen, Etc.
For the development of new software and for teaching fortran programming, F should be the base language for teaching fortran programming.
http://unics.rrzn.uni-hannover.de/rrzn/gehrke/publikat.html
Fortran - Wikipedia, The Free Encyclopedia
An encyclopedia description of fortran history with many links to programming terms.
http://en.wikipedia.org/wiki/Fortran

Extractions: Fortran (also FORTRAN ) is a statically typed compiled imperative computer ... programming language originally developed in the and still heavily used for scientific computing and numerical computation half a century later. The name is a portmanteau of For mula Tran slator/ Tran slation . Early versions of the language were known as FORTRAN, but the capitalization has been dropped in newer revisions beginning with Fortran 90. The official language standards now refer to the language as "Fortran". Although originally a procedural language, recent versions of Fortran have included some features to support object-oriented programming edit Fortran punch card. Note column markings. The first FORTRAN compiler was developed for the IBM 704 in by an IBM team led by John W. Backus . This was an optimizing compiler, because the authors reasoned that no one would use the language if its performance were not comparable to assembly language The language was widely adopted by scientists for writing numerically intensive programs, which encouraged compiler writers to produce compilers that generate faster code. The inclusion of a complex number data type in the language made Fortran especially suited to scientific computation. There are many vendors of high performance Fortran compilers today. Many advances in the theory and design of
Comp-fortran-90 Archives - March 1998: Object-oriented Programming In Fortran 20
Essay by Werner W. Schulz opining on how object orientation and genericity should be added to fortran.
http://www.fortranlib.com/a0000001.htm
Comparison Of FORTRAN And C
and makes fortran programs even more portable. o fortran extensions for parallel programming are standardized by the High Performance fortran (HPF)
http://www.ibiblio.org/pub/languages/fortran/ch1-2.html

Extractions: 1-2 COMPARISON OF FORTRAN AND C ******************************** (Thanks to Craig Burley for the excellent comments) The world of computing sometimes adopts silly fashions, too often good companies and products fell from grace, and lesser ones gained the upper hand. Some new examples for the uselessness of quality are the MS empire and Compaq buying Digital Equipment Corporation. It seems that the fashion winds (in the US, in the UK it seems to be different) blows now in the numerical computing world towards C and C++. This strange trend is probably driven by people who are not experienced numerical programmers. Dr. John Prentice Fortran 90 as a language of choice for science students At Lahey At UCD Jerrold Wagener Fortran 90 and Computational Science Was available at the CSEP website Fortran still dominates in the numerical computing world, but it seems to lose ground. The following points may help you make up your mind. (Partly adapted from the Fortran FAQ) a) FORTRAN tends to meet some of the needs of scientists better. Most notably, it has built in support for: o Variable-dimension array arguments in subroutines. A feature required for writing general purpose routines without explicitly specifying the array dimensions passed to them. Standard C lacks this important feature (some compilers like gcc have it as non-standard extension) and the workarounds are very cumbersome (
Object Oriented Fortran 90 Programming
Summarizes much of the current work in object oriented programming using fortran 90 on scalar workstations and distributedmemory supercomputers.
http://www.cs.rpi.edu/~szymansk/oof90.html

Extractions: Note that the best way to view these pages is with a browser that supports tables and frames. Much of the information is current inaccessible without this support. Hopefully, this will change in the future. Welcome to our WWW page introducing our research in object-oriented programming using the Fortran 90 programming language. Fortran 90 is a modern language that introduces many important new features beneficial for scientific programming. While the array-syntax notation has received the most attention, we have found that many modern software development techniques can be supported by this language, including object-oriented concepts. While Fortran 90 is not a full object-oriented language it can directly support many of the important concepts of such languages including abstract data types, encapsulation, function overloading, and classes. Other concepts, such as inheritance and dynamic dispatching, are not supported directly, but can be emulated. (Direct support is a Fortran 2000 requirement.) Since Fortran 90 is backward compatible with Fortran 77, new concepts can be introduced into existing programs in a controlled manner. This allows experienced Fortran 77 programmers to modernize their software, making it easier to understand, modify, share, explain, and extend based on the benefits modern programming principles provide.
Comparison Of C++, FORTRAN 90 And Oberon-2
The report concludes by a personal assessment of the three languages with respect to the numerical context. By Bernd M¶sli. The reader's experience in scientific programming in C or fortran would be advantageous.
http://www.arithmetica.ch/Oberon/CFORTRANOberon.nhtml

Extractions: May 12, 1995 In the past decade, the programming languages C++, FORTRAN 90 and Oberon-2 all evolved from their ancestors. This invites to reflect upon the suitability of these modern programming languages for scientific and engineering computing. In the first part, we compare their primary language features, as needed by scientists and engineers. In the second part, we list some useful features missing in Oberon-2. The report concludes by a personal assessment of the three languages with respect to the numerical context. The reader's experience in scientific programming in C or FORTRAN would be advantageous. Business computing holds the major share of the computer market. Here COBOL, PL/1 and C have been the languages of choice, but C slowly supersedes its competitors in recent software projects. Scientific computing holds a minor market share. FORTRAN 77 dominated programming in science and engineering in the past. The importance of C increases in all programming fields, especially in science and engineering. Data have been the primary valuables of business computing, while programs have been the primary valuables of scientific computing. Hence, switching from FORTRAN environments to C or Oberon is generally more laborious than switching from COBOL environments to C or Oberon.
Rui's Programming Resource
Pascal, Javascript, fortran and Assembly examples and links for beginners. Also includes some free programs.
http://free.prohosting.com/~roost/
John McCarthy
Inventor of the Lisp programming language, arguably the oldest language in active use today (and a likely candidate for oldest highlevel language overall, in competition with fortran)
http://www-formal.stanford.edu/jmc/

Extractions: I'm Professor Emeritus (as of 2001 Jan 1) of Computer Science at Stanford University and here's more about me including addresses. If you like frames try this [courtesy of Tim McCarthy]. It occurs to me that those who have already looked at this web page might not want to slog through all of it on the chance that something newly installed might interest them. If you've looked at the page before, then look at this dated list. Dates start in 1995 July. I sometimes miss one or two. THE ROBOT AND THE BABY is a science fiction story. Maybe I'll try to publish it conventionally. Do you think I should? I have decided to make some comment from time to time on world, national and scientific affairs. I don't have time to make this into a proper blog. INTRODUCTORY My goal is get all my papers and many of my notes into a form reachable from this page. If any of the papers here are listed as references, I would be grateful if the URLs were given along with the printed references. Some are available only as Web documents and will remain that way. Please include them as references if you would reference a printed document with the same content. The Sustainability of Human Progress Many people, including many scientists, mistakenly believe that human progress, in the form it has taken in the last few hundred years, is unsustainable. The sustainabililty page and its subsidiaries attempt to summarize the scientific basis for technological optimism. There is also a section discussing related ideological phenomena and the advocacy politics to which ideologies have given rise.
DISLIN
Library of subroutines and functions that display data graphically. Software is available for the programming languages C, fortran 77, fortran 90, Perl, Python and Java.
http://www.linmpi.mpg.de/dislin/
FSQPwhatis
By AEM Design a source code for minimizing the maximum of a set of smooth objective functions subject to general smooth constraints. Two versions, written in portable fortran 77 (FFSQP), standard C (CFSQP). Both are tested and run on most platforms.
http://www.aemdesign.com/FSQPwhatis.htm

Extractions: FSQP What is FSQP? FSQP Sites Key Features Obtaining FSQP ... Related Sites What is FSQP FSQP was originally developed at the Institute for Systems Research (ISR) University of Maryland . See history for detail. FSQP is a source code for minimization of the maximum of a set of smooth objective functions subject to general smooth constraints. Two versions are available. One written in portable Fortran 77 (FFSQP), and the other written in portable standard C (CFSQP). Both versions have been tested and run successfully on most platforms, including Sun SPARCs, DECs, and IBM personal computers. Feedback from users concerning success/failure on various platforms would be greatly appreciated, as would suggested fixes in the case of a problem. When solving problems with many sequentially related constraints (or objectives), such as discretized semi-infinite programming (SIP) problems, the C version CFSQP gives the user the option to use an algorithm that efficiently solves these problems, greatly reducing computational effort.
The CT Programming Language
An algorithmic language like C, Pascal, fortran, and Basic, but greatly enhanced by multimedia capabilities, including easyto-use support for color graphics, mouse interactions, and even movies in QuickTime or Video for Windows format.
http://vpython.org/cTsource/cToverview.html

Extractions: The cT Programming Language Archives The cT programming language was developed in the period 1985-2000 in the Center for Design of Educational Computing at Carnegie Mellon University in Pittsburgh (the Center was later renamed the Center for Innovation in Learning; it ceased operation in 2002). The developers were David Andersen, Bruce Sherwood, Judith Sherwood, and Kevin Whitley. The initial impetus was the need for an easy to use graphics- and mouse-oriented programming environment for faculty and students using the then-new "3M" Unix workstations (a million bytes of memory, a million pixels, and a million instruction per second). Ease of use was important because the alternative, writing in C and using highly complex graphics libraries, was beyond the capabilities of most users. Another issue was that at that time the windowing software was changing rapidly, so that programs written in C that used graphics or the mouse quickly became obsolete. Moreover, it soon became clear that not everyone would use Unix workstations, thanks to the increasing capabilities of the popular microcomputers, especially Macintosh and IBM PC. This put a premium on cross-platform executability of graphics programs, which C did not offer but cT did. cT was based on earlier languages used by the authors of computer-based educational materials written for the PLATO computer-based education system developed at the University of Illinois at Urbana-Champaign. cT is a granddaughter of the TUTOR language initiated in 1967, and a daughter of the MicroTutor language initiated in 1977. cT differs from the earlier dialects in being designed for the modern graphical user interface (windows and mouse).

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