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进行数值模拟,如下错误!
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 This is RegCM version 4
 SVN Revision: exported compiled at: data : Aug  3 2013  time: 20:58:23
 
 : this run started at    : Mon Aug 19 11:07:40 2013
 : it is submitted by   : xue
 : it is running on     : xue
 : it is using          :            1   processors
 : in directory         : /home/xue/runRegCM
 
 param: RESTARTPARAM READ IN
 param: TIMEPARAM READ IN
 param: OUTPARAM READ IN
 param: PHYSICSPARAM READ IN
 param: SUBEXPARAM READ IN
 param: EMANPARAM READ IN
 param: dtau =    37.500000000000000        75.000000000000000
 nrec =       289276
 param: IDATE1, IDATE2, dtmin, ktaur =   1990060100  1990070100   2.5000000000000000                0
 READING HEADER FILE:/home/xue/runRegCM/input/TRS.INFO
 param: DIMS          34          64          18
 param: DOMAIN   60000.000       45.389999       13.480000       45.389999       13.480000      0.71556687
 param: PROJLAMCON
 param: SIGMA   0.0000000      5.00000007E-02  0.10000000      0.16000000      0.23000000      0.31000000      0.38999999      0.47000000      0.55000001      0.63000000      0.70999998      0.77999997      0.83999997      0.88999999      0.93000001      0.95999998      0.98000002      0.99000001       1.0000000
 param: PTOP   5.0000000
 param: OUTPUT           1           1
 param: ***** mdate =   1990060100
 param: input/output parameters
 ifsave =  T  savfrq =    48.000000000000000       iftape =  T  tapfrq =    6.0000000000000000       ifprt  =  F  prtfrq =    12.000000000000000       kxout  =            6  jxsex  =           40  radisp =    6.0000000000000000       batfrq =    3.0000000000000000       nslice =          120  ifchem =  F  chemfrq =   6.0000000000000000       clmfrq =    12.000000000000000
 
 param: physical parameterizations
 iboudy =  5
 icup =  4
 igcc = 1
 ipptls =  1
 iocnflx =  2
 ipgf =  0
 iemiss =  0
 lakemod =  0
 Chemistry active? 0=no,1=yes  ichem = 0
 Nudge value high range   = 3.000000
 Nudge value medium range = 2.000000
 Nudge value low range    = 1.000000
 
 param: model parameters
 radfrq =    30.000000
 abatm  =   600.000000
 abemh  =    18.000000
 dt     =   150.000000
 
 ncld =  1
 
 HT
 HTSD
 SATBRT
 XLAT
 XLONG
 MSFX
 MSFD
 F
 SNOWC
 
 ***************************************************
 ***************************************************
 **** RegCM IS BEING RUN ON THE FOLLOWING GRID: ****
 ****     Map Projection: LAMCON                ****
 ****     IY=          34  JX=          64  KX=          18              ****
 ****     PTOP=   5.0000000      DX=   60000.000            ****
 ****     CLAT=    45.389999      CLON=   13.480000         ****
 ***************************************************
 
 Index of highest allowed pbl:  kt =  10
 
 AUTO-CONVERSION RATE:  LAND=   0.000250                      OCEAN=   0.000250
 RELATIVE HUMIDITY THRESHOLDS:  LAND=  0.80000001192092896                                    OCEAN=  0.89999997615814209
 GULTEPE FACTORS:  LAND=  0.40000000596046448                       OCEAN=  0.40000000596046448
 MAXIMUM CLOUD COVER FOR RADIATION:   0.80000001192092896
 MAXIMUM RELATIVE HUMIDITY:    1.0099999904632568
 rh0 temperature threshold:    238.00000000000000
 Raindrop Evaporation Rate  1.00000000000000002E-003
 Raindrop Accretion Rate   3.0000000000000000
 
 
 EMANUEL (1991) CONVECTION V4.3C (20 May, 2002)
 MIN CONVECTION ORIGIN (minsig/orig):   0.94999998807907104                3
 AUTOCONVERSION THERSHOLD (elcrit):   1.09999999403953552E-003
 AUTOCONVERSION THRESHOLD TO ZERO (tlcrit):   -55.000000000000000
 ENTRAINMENT COEFFICIENT (entp):    1.5000000000000000
 FRACTIONAL AREA OF UNSATURATED DNDRAFT (sigd):   5.00000007450580597E-002
 PRECIP FRACTION OUTSIDE OF CLOUD (sigs):   0.11999999731779099
 FALL SPEED OF RAIN (omtrain):    50.000000000000000
 FALL SPEED OF SNOW (omtsnow):    5.5000000000000000
 RAIN EVAPORATION COEFFICIENT (coeffr):    1.0000000000000000
 SNOW EVAPORATION COEFFICIENT (coeffs):   0.80000001192092896
 CONVECTIVE MOMENTUM TRANSPORT COEFFICIENT (cu):   0.69999998807907104
 DOWNDRAFT VELOCITY SCALE (betae):    10.000000000000000
 MAX NEGATIVE PERTURBATION BELOW LFC (dtmax):   0.89999997615814209
 QUASI-EQUILIBRIUM APPROACH RATE (alphae):   0.20000000298023224
 QUASI-EQUILIBRIUM APPROACH RATE (damp):   0.10000000149011612
 
 
 
 CONVECTIVE CLOUD FRACTION/WATER
 Maximum Convective Cloud Cover
 before resolution scaling:   0.25000000000000000
 Maximum Convective Cloud Cover
 after resolution scaling:   0.25000000000000000
 Convective Cloud Water:   4.99999987368937582E-005
 the surface energy budget is used to calculate the ground temperature.   julday = 152   gmt =  0.0
 the radiation is computed every   12 time steps.
 
 relaxation boudnary conditions (exponential method) are used. fnudge =     0.33333E-03  gnudge =     0.48000E+06
 0 k    sigma(k)     a(k)     dsigma(k)    twt(k,1)     twt(k,2)     qcon(k)
 
 1     0.0000     0.0250     0.0500       0.0000       0.0000       0.0000
 2     0.0500     0.0750     0.0500       0.5000       0.5000       0.5000
 3     0.1000     0.1300     0.0600       0.4545       0.5455       0.5455
 4     0.1600     0.1950     0.0700       0.4615       0.5385       0.5385
 5     0.2300     0.2700     0.0800       0.4667       0.5333       0.5333
 6     0.3100     0.3500     0.0800       0.5000       0.5000       0.5000
 7     0.3900     0.4300     0.0800       0.5000       0.5000       0.5000
 8     0.4700     0.5100     0.0800       0.5000       0.5000       0.5000
 9     0.5500     0.5900     0.0800       0.5000       0.5000       0.5000
 10     0.6300     0.6700     0.0800       0.5000       0.5000       0.5000
 11     0.7100     0.7450     0.0700       0.5333       0.4667       0.4667
 12     0.7800     0.8100     0.0600       0.5385       0.4615       0.4615
 13     0.8400     0.8650     0.0500       0.5455       0.4545       0.4545
 14     0.8900     0.9100     0.0400       0.5556       0.4444       0.4444
 15     0.9300     0.9450     0.0300       0.5714       0.4286       0.4286
 16     0.9600     0.9700     0.0200       0.6000       0.4000       0.4000
 17     0.9800     0.9850     0.0100       0.6667       0.3333       0.3333
 18     0.9900     0.9950     0.0100       0.5000       0.5000       0.5000
 19     1.0000
 
 
 maximum time =   30.000 days.
 time step =  150.00 seconds
 dx =  60000. meters
 grid points (x,y) = (  64,  34)
 number of levels = 18
 constant hor. diff. coef. =  0.36000E+05 m*m/s
 maximum  hor. diff. coef. =  0.37500E+06 m*m/s
 READING INITAL CONDITIONS  1990060100
 U
 V
 TA
 QV
 PS
 TS
 *** solar declination angle =  22.07 degrees.
 ozone profiles
 0.4963E-07
 0.4963E-07
 0.4963E-07
 0.4963E-07
 0.4963E-07
 0.5250E-07
 0.5289E-07
 0.5775E-07
 0.6296E-07
 0.7186E-07
 0.8557E-07
 0.1074E-06
 0.1500E-06
 0.2283E-06
 0.4177E-06
 0.8028E-06
 0.1420E-05
 0.3188E-05
 0.0000E+00
 dectim =    1440.0000000000000
 BCs are ready from   1990060100   to   1990060106
 dt, dtau =    150.00000000000000        37.500000000000000        75.000000000000000
 Calculating Vertical Modes
 - Linearization about standard atmosphere
 0sigmaf      0.00      5.000E-02  0.100      0.160      0.230      0.310      0.390      0.470      0.550      0.630      0.710
 0.780      0.840      0.890      0.930      0.960      0.980      0.990       1.00
 0t mean      218.       218.       218.       218.       230.       239.       248.       255.       262.       268.       273.
 277.       280.       283.       285.       286.       287.       287.
 0ps mean     100.
 0 vertical mode problem completed for kx= 18     0 errors detected   (should be 0)
 m, fac =            4   33.333333333333336
 m, fac =            2   60.000000000000000
 Writing output files in direct access format
 
 ******* OPENING NEW OUTPUT FILES:  1990060100
 OPENING NEW OUT FILE: /home/xue/runRegCM/output//ATM.1990060100
 OPENING NEW SRF FILE: /home/xue/runRegCM/output//SRF.1990060100
 OPENING NEW RAD FILE: /home/xue/runRegCM/output//RAD.1990060100
 OUT-history written date =    1990060100.0000000
 LAND variables written at   1990060100   2.5000000000000000
 Writing rad fields at ktau =            1  1990060100
 at day =    0.0851, ktau =         50 :  1st, 2nd time deriv of ps =  0.26715E-04 0.98959E-07,  no. of points w/convection =     148
 LAND variables written at   1990060103   180.00000000000000
 at day =    0.1719, ktau =        100 :  1st, 2nd time deriv of ps =  0.14142E-04 0.29969E-07,  no. of points w/convection =     180
 *** solar declination angle =  22.11 degrees.
 dectim =    2880.0000000000000
 OUT-history written date =    1990060106.0000000
 LAND variables written at   1990060106   0.0000000000000000
 Writing rad fields at ktau =          144  1990060106
 BCs are ready from   1990060106   to   1990060112
 at day =    0.2587, ktau =        150 :  1st, 2nd time deriv of ps =  0.98340E-05 0.19447E-07,  no. of points w/convection =     286
 at day =    0.3455, ktau =        200 :  1st, 2nd time deriv of ps =  0.80761E-05 0.13971E-07,  no. of points w/convection =     684
 LAND variables written at   1990060109   180.00000000000000
 at day =    0.4323, ktau =        250 :  1st, 2nd time deriv of ps =  0.79871E-05 0.11274E-07,  no. of points w/convection =     807
 *** solar declination angle =  22.14 degrees.
 dectim =    4320.0000000000000
 OUT-history written date =    1990060112.0000000
 LAND variables written at   1990060112   0.0000000000000000
 Writing rad fields at ktau =          288  1990060112
 BCs are ready from   1990060112   to   1990060118
 at day =    0.5191, ktau =        300 :  1st, 2nd time deriv of ps =  0.11038E-04 0.13815E-07,  no. of points w/convection =     866
 at day =    0.6059, ktau =        350 :  1st, 2nd time deriv of ps =  0.99502E-05 0.13795E-07,  no. of points w/convection =     855
 LAND variables written at   1990060115   180.00000000000000
 at day =    0.6927, ktau =        400 :  1st, 2nd time deriv of ps =  0.84321E-05 0.10493E-07,  no. of points w/convection =     665
 *** solar declination angle =  22.17 degrees.
 dectim =    5760.0000000000000
 
 Program received signal 8 (SIGFPE): Floating-point exception.
 
 Backtrace for this error:
 + /lib64/libc.so.6() [0x3f86432920]
 + function outtap_ (0x50E0BD)
 at line 214 of file outtap.F90
 + function output_ (0x5571D3)
 at line 2042 of file output.F90
 + in the main program
 at line 342 of file regcm.F90
 + /lib64/libc.so.6(__libc_start_main+0xfd) [0x3f8641ecdd]
 ** Warning: a core dump was requested, but the core sizelimit
 **          is currently zero.
 
 Quit
 
 
 
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