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dear friends,
if i make a command
sys=system('uname -a'),
then sys=0
but what i want is the output of unix command uname -a.
how can i achive this?

Hello. I have a problem on trying to define an array with eight
dimensions. I tried the following:
integer :: N=10
complex,dimension(-N:N,-N:N,0:1,0:1,-N:N,-N:N,0:1,0:1) :: P

, but i get an error when compiling that the array cannot have more
than seven dimensions.
I'm working under gfortran version 4.3.0 .
Thank you for any recommendation on what to do, or suggestion about an
alternate solution.

Hi list,

can anyone tell me what the construction below is called? And is it f90
or f95 or some extension? My f77 book doesn't have it and I haven't found
it in the f90 texts googled so far.

FUNCTION BVP_LINSPACE(A,B,NPTS) RESULT(X)
!----------------------------------^Whats this called?
!
INTEGER :: NPTS
DOUBLE PRECISION :: A,B
DOUBLE PRECISION :: X(NPTS)
INTEGER :: K
DOUBLE PRECISION :: DELTA
NPTS = MAX(NPTS,2)
DELTA = (B - A) / (NPTS - 1)
X = (/ (A + DELTA*(K-1), K = 1,NPTS) /)
END FUNCTION BVP_LINSPACE

The code is from http://cs.stmarys.ca/~muir/BVP_SOLVER_Files/BVP_M.f90
with comments removed.

The code segment given below demonstrates the issue that I currently
face. The code compiles without error in this state. However, if the
line near the end is uncommented, the compiler fails with the
following message

"Error: A component cannot be an array if the encompassing structure
is an array" [aI].

Is it supposed to work in this form?

I am interested in writing it this way for the purposes of
vectorization.

The compiler being used is the latest Intel VF 10.1.**

Thanks
RS

program TestUserDefinedType

implicit none
!---------------------------------------------------------
!---------------------------------------------------------
type Inner

real, allocatable :: aI(:)
real :: aJ

This is a slightly modified reposting of an earlier posting that
received no replies:

C++ has a construct referred to as expression templates that make it
possible to greatly increase the speed and decrease the memory
utilization of programs that use overloaded arithmetic ("defined
operators and assignments" in Fortran). While I don't know enough to
advocate adopting the C++ approach, I do think that not having a
solution to the problem expression templates solves puts Fortran at a
very significant disadvantage in performance and it seems to me that
performance is one of the most cited reasons for using Fortran.

Consider the following:

type(foo) :: a,b,c,d

d = a + b*c

where =, +, and * are a defined assignment and two defined operators.
Since many (most?) modern microprocessors can perform a multiply/add
combination in a single clock cycle, it's a travesty to have separate
procedures for + and *. But combining them into one procedure such
as

d = add_multiply(a,b,c)

hi

I have a Fortran program which solves the acoustic wave equation using
Finite Element Method.
i am using Compaq visual fortran compiler (v 6.6) on a 32 bit windows
xp machine.

I get following error when the program tries to write the matrix on
the disk.

===================================================================
forrtl: An attempt was made to move the file pointer before the
beginning of the
file.
forrtl: severe (38): error during write, unit...

Title: Fix error in type equivalence

Paragraph 2 of Section 4.5.1.3 states

Data entities in different scoping units also
have the same type if they are declared with
reference to different derived-type definitions
that specify the same type name, ...

Why should it matter that that the data entities
are in different scoping units? Shouldn't the
same rules apply if the data entities are in the
same scoping unit? The answer to the first
question is that it should not matter, and the
answer to the second is that the same rules
should apply.

Examination of the first paragraph of Section
4.5.3.1 reveals what likely happened. That
paragraph states