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[Lapack] LAPACK installation fails

Hi,

I try to compile the LAPACK libraries (v3.2.2) with the NAG Fortran compiler 
but it appears to fail (infos on environment and test-outputs are included 
below).  I would appreciate any hints on how to fix this problem.

Thank you very much,
        Holger Frahm

*******************************************************
* Processor (from /proc/cpuinfo)
Intel(R) Core(TM)2 Duo CPU     P9400  @ 2.40GHz

*******************************************************
* Operating system: Linux (Opensuse 11.2)
uname -a
Linux tuttle 2.6.31.12-0.2-desktop #1 SMP PREEMPT 2010-03-16 21:25:39 +0100 
i686 i686 i386 GNU/Linux

*******************************************************
* Compiler:
NAG Fortran Compiler Release 5.2(668) 

*******************************************************
* Options in make.inc:
#
FORTRAN  = nagfor
OPTS     = -dcfuns -u -w=obs -O4
DRVOPTS  = $(OPTS)
NOOPT    = -O0
LOADER   = nagfor
LOADOPTS =
#
TIMER    = INT_CPU_TIME

*******************************************************
* BLAS-library compiled from LAPACK-distribution

*******************************************************
OUTPUT of tests
*******************************************************
INSTALL/testslamch
  Epsilon                      =    5.9604645E-08
  Safe minimum                 =    1.1754944E-38
  Base                         =    2.0000000
  Precision                    =    1.1920929E-07
  Number of digits in mantissa =   24.0000000
  Rounding mode                =    1.0000000
  Minimum exponent             =   -1.2500000E+02
  Underflow threshold          =    1.1754944E-38
  Largest exponent             =    1.2800000E+02
  Overflow threshold           =    3.4028235E+38
  Reciprocal of safe minimum   =    8.5070592E+37
Warning: Floating underflow occurred

*******************************************************
INSTALL/testsecond
 Time for 10,000,000 SAXPY ops  =   0.00     seconds
 *** Warning:  Time for operations was less or equal than zero => timing in 
TESTING might be dubious
 Including SECOND, time         =  0.500E-02 seconds
 Average time for SECOND        =  0.100E-02 milliseconds

*******************************************************
./xlintsts < stest.in
 Tests of the REAL LAPACK routines
 LAPACK VERSION 3.2.2

 The following parameter values will be used:
    M   :       0     1     2     3     5    10    50
    N   :       0     1     2     3     5    10    50
    NRHS:       1     2    15
    NB  :       1     3     3     3    20
    NX  :       1     0     5     9     1
    RANK:      30    50    90

 Routines pass computational tests if test ratio is less than   30.00

 Relative machine underflow is taken to be    0.117549E-37
 Relative machine overflow  is taken to be    0.340282E+39
 Relative machine precision is taken to be    0.596046E-07


 SGE routines passed the tests of the error exits

 All tests for SGE routines passed the threshold (  3653 tests run)

 SGE drivers passed the tests of the error exits

 All tests for SGE drivers  passed the threshold (  4866 tests run)

 SGB routines passed the tests of the error exits

 All tests for SGB routines passed the threshold ( 28938 tests run)

 SGB drivers passed the tests of the error exits

 All tests for SGB drivers  passed the threshold ( 30969 tests run)

 SGT routines passed the tests of the error exits

 All tests for SGT routines passed the threshold (  2694 tests run)

 SGT drivers passed the tests of the error exits

 All tests for SGT drivers  passed the threshold (  2033 tests run)

 SPO routines passed the tests of the error exits

 All tests for SPO routines passed the threshold (  1628 tests run)

 SPO drivers passed the tests of the error exits

 All tests for SPO drivers  passed the threshold (  1910 tests run)

 SPS routines passed the tests of the error exits
Runtime Error: *** Arithmetic exception: Floating divide by zero - aborting

*******************************************************
./xeigtsts < sep.in
 Tests of the Symmetric Eigenvalue Problem routines

 LAPACK VERSION 3.2.2

 The following parameter values will be used:
    M:         0     1     2     3     5    20
    N:         0     1     2     3     5    20
    NB:        1     3     3     3    10
    NBMIN:     2     2     2     2     2
    NX:        1     0     5     9     1

 Relative machine underflow is taken to be    0.117549E-37
 Relative machine overflow  is taken to be    0.340282E+39
 Relative machine precision is taken to be    0.596046E-07

 Routines pass computational tests if test ratio is less than   50.00


Runtime Error: *** Arithmetic exception: Floating divide by zero - aborting

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