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N_Strahl
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OFFLINE
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Fresh Boarder
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I am running a particle simulation with 26415 particles. One for each raster centroid of my model DEM raster. To initialize my particles I use the USER_FLOT.f subroutine. I first check if the point in question is inside of the model boundary and then add it with ADD_PARTICLE. This works great on one processor. The problem is that when running in parallel I am getting the error: 'PARTICLE IN 4 SUB-DOMAINS', when running on 4 processors, for example. I am guessing this is because some of my particles are located on the partition boundaries, right? Is there a way to maybe add a partible to one partition only to ensure the error is not thrown? I'm also open to other suggestions.
Below is my fortran file and case file. Thanks in advance!
! ********************
SUBROUTINE USER_FLOT
! ********************
!
&(XFLOT,YFLOT,NFLOT,NFLOT_MAX,X,Y,IKLE,NELEM,NELMAX,NPOIN,
& TAGFLO,CLSFLO,SHPFLO,ELTFLO,MESH,LT,NIT,AT)
USE BIEF
USE STREAMLINE, ONLY : ADD_PARTICLE,DEL_PARTICLE
USE ALGAE_TRANSP
!
USE DECLARATIONS_SPECIAL
IMPLICIT NONE
INTEGER, INTENT(IN) :: NPOIN,NIT,NFLOT_MAX,LT
INTEGER, INTENT(IN) :: NELEM,NELMAX
INTEGER, INTENT(IN) :: IKLE(NELMAX,3)
INTEGER, INTENT(INOUT) :: NFLOT
INTEGER, INTENT(INOUT) :: TAGFLO(NFLOT_MAX)
INTEGER, INTENT(INOUT) :: CLSFLO(NFLOT_MAX)
INTEGER, INTENT(INOUT) :: ELTFLO(NFLOT_MAX)
DOUBLE PRECISION, INTENT(IN) :: X(NPOIN),Y(NPOIN),AT
DOUBLE PRECISION, INTENT(INOUT) :: XFLOT(NFLOT_MAX)
DOUBLE PRECISION, INTENT(INOUT) :: YFLOT(NFLOT_MAX)
DOUBLE PRECISION, INTENT(INOUT) :: SHPFLO(3,NFLOT_MAX)
TYPE(BIEF_MESH) , INTENT(INOUT) :: MESH
INTEGER ROW
INTEGER COL
INTEGER, PARAMETER :: ROWS = 564
INTEGER, PARAMETER :: COLS = 869
INTEGER N1,N2,N3,IELEM
DOUBLE PRECISION, PARAMETER :: EPSILO = 1.D-10
DOUBLE PRECISION DET1,DET2,DET3,ZF,ZS,X1,X2,X3,XP,Y1,Y2,Y3,YP
DOUBLE PRECISION, PARAMETER :: TOPX = 677133.5D0
DOUBLE PRECISION, PARAMETER :: TOPY = 5462322.5D0
IF(LT.EQ.0) THEN
WRITE(LU,*) 'ADDING PARTICLES: ',ROWS,COLS
DO ROW=0, ROWS-1
DO COL=0, COLS-1
DO IELEM=1,NELEM
! FIRST 3 POINTS OF ELEMENTS ON BOTTOM IN 3D COINCIDE
! WITH POINTS IN 2D
XP = TOPX + 0.5D0 + COL
YP = TOPY-ROW-0.5D0
N1=MESH%IKLE%I(IELEM )
N2=MESH%IKLE%I(IELEM+ NELMAX)
N3=MESH%IKLE%I(IELEM+2*NELMAX)
X1=MESH%X%R(N1)
X2=MESH%X%R(N2)
X3=MESH%X%R(N3)
Y1=MESH%Y%R(N1)
Y2=MESH%Y%R(N2)
Y3=MESH%Y%R(N3)
DET1=(X3-X2)*(YP-Y2)-(Y3-Y2)*(XP-X2)
DET2=(X1-X3)*(YP-Y3)-(Y1-Y3)*(XP-X3)
DET3=(X2-X1)*(YP-Y1)-(Y2-Y1)*(XP-X1)
IF(DET1.GE.-EPSILO.AND.
& DET2.GE.-EPSILO.AND.
& DET3.GE.-EPSILO) THEN
CALL ADD_PARTICLE(XP,YP,0.D0,(ROW)*COLS+COL,1,NFLOT,
& NFLOT_MAX,XFLOT,YFLOT,YFLOT,TAGFLO,CLSFLO,
& SHPFLO,SHPFLO,ELTFLO,ELTFLO,MESH,1,
& 0.D0,0.D0,0.D0,0.D0,0,0)
GOTO 30
ENDIF
ENDDO
30 CONTINUE
ENDDO
ENDDO
ENDIF
RETURN
END
/*COMPUTATION ENVIRONMENT*
PARALLEL PROCESSORS = 4
GEOMETRY FILE = 'mesh.slf'
GEOMETRY FILE FORMAT = 'SERAFIND'
BOUNDARY CONDITIONS FILE = 'T100D60.cli'
RESULTS FILE = 'T100D60.slf'
RESULTS FILE FORMAT = 'SERAFIND'
FORTRAN FILE = 'user_flot.f'
/*OUTPUT*
TITLE = 'TG14, T100D60 DROGUES'
VARIABLES FOR GRAPHIC PRINTOUTS = 'U,V,H,S,R'
NUMBER OF PRIVATE ARRAYS = 1
GRAPHIC PRINTOUT PERIOD = 300
LISTING PRINTOUT PERIOD = 600
MASS-BALANCE = YES
INFORMATION ABOUT SOLVER = YES
DEBUGGER = 0
/*INITIAL CONDITIONS*
/*BOUNDARY CONDITIONS*
/*PHYSICAL PARAMETERS*
RAINFALL-RUNOFF MODEL = 0
LAW OF BOTTOM FRICTION = 4
FRICTION COEFFICIENT = 0
RAIN OR EVAPORATION = YES
DURATION OF RAIN OR EVAPORATION IN HOURS = 5
RAIN OR EVAPORATION IN MM PER DAY = 1101.6
/*NUMERICAL PARAMETERS, SOLVER*
EQUATIONS = 'SAINT-VENANT FV'
FINITE VOLUME SCHEME = 5
SOLVER ACCURACY = 1.E-6
VARIABLE TIME-STEP = YES
DESIRED COURANT NUMBER = 0.9
ORIGINAL DATE OF TIME = 2000;01;01
ORIGINAL HOUR OF TIME = 00;00;00
DURATION = 14400
ASCII DROGUES FILE : flo.dat
/DROGUES FILE FORMAT : BKBINPCL
/BINARY DROGUES FILE : flo.pcl
MAXIMUM NUMBER OF DROGUES : 26415
PRINTOUT PERIOD FOR DROGUES : 1000
STOCHASTIC DIFFUSION MODEL = 0
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