Silicon Power Computer & comm FLSG620DA appendix Routine-specific Information

Page 6

FLSG620DA Users' Note

http://www.csar.cfs.ac.uk/test/software/maths/nag/mark20...

*******************************************************************

*.. Executable Statements ..

WRITE (NOUT,*) 'S18DEF Example Program Results'

*Skip heading in data file READ (NIN,*)

WRITE (NOUT,*)

WRITE (NOUT,99999) 'Calling with N =', N

WRITE

(NOUT,*)

 

 

 

 

WRITE

(NOUT,*)

Z

SCALE

CY(1)

CY(2)

+' FNU

+NZ IFAIL'

20

WRITE (NOUT,*)

 

READ (NIN,*,END=40) FNU, Z, SCALE

 

*

IFAIL = 0

 

CALL S18DEF(FNU,Z,N,SCALE,CY,NZ,IFAIL)

 

*

 

WRITE (NOUT,99998) FNU, Z, SCALE, CY(1), CY(2), NZ, IFAIL

 

40

GO TO 20

 

STOP

 

*

FORMAT (1X,A,I2)

 

99999

',A,

99998

FORMAT (1X,F7.4,' (',F7.3,',',F7.3,')

+2(' (',F7.3,',',F7.3,')'),I4,I4)

END

4.Routine-specific Information

Any further information which applies to one or more routines in this implementation is listed below, chapter by chapter.

(a) D03

The example programs for D03RAF and D03RBF take much longer to run than other examples.

(b) F06, F07 and F08

In this implementation calls to the Basic Linear Algebra Subprograms (BLAS) and linear algebra routines (LAPACK) can be resolved by calls to SCSL.

(c) G02

The value of ACC, the machine-dependent constant mentioned in several documents in the chapter, is 1.0D-13.

(d) P01

On hard failure, P01ABF writes the error message to the error message unit specified by X04AAF and then stops.

(e) S07 - S21

The constants referred to in the NAG Fortran Library Manual have the following values in this implementation:

S07AAF F(1) = 1.0D+13

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Contents NAG Fortran Library, Mark IntroductionAccessing the Library Availability of RoutinesGeneral Information Example Programs Interpretation of Bold Italicised TermsExplicit Output from NAG Routines Interface BlocksUSE NAGF77SCHAPTER Routine-specific Information S10AAF S10ABF S10ACF S13AAF X02 DocumentationX01 X04Support from NAG User FeedbackAppendix Contact Addresses NAG Inc