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RE: error wave on delft3d 3.27
Dam Giang, modified 6 Years ago.
error wave on delft3d 3.27
Youngling Posts: 3 Join Date: 7/13/17 Recent Posts
Dear all,
i am using dleft3D 3.27
I only worked with DELFT 3D WAVE (standalone). i have problem
1
Execution started at 20170823.160359
---------------------------------------
SWAN
SIMULATION OF WAVES IN NEAR SHORE AREAS
VERSION NUMBER 40.51A
---------------------------------------
$***************************** HEADING *********************************
$
PROJECT 'wave ' '1 '
'wave '
' '
' '
$
$***************************** MODEL INPUT *****************************
$
SET LEVEL = 0.00 NOR = 90.00 DEPMIN = 0.05 _
MAXMES = 1000 MAXERR = 2 _
GRAV = 9.81 RHO = 1025.00 INRHOG = 1 _
NAUT
$
MODE NONST
CGRID CURV 400 190 EXCEPT 0.0 0.0 _
CIR 36 0.05 1.00 24
Resolution in sigma-space: df/f = 0.1329
$
READ COOR 1. 'TMP_grid2swan01' _
4 0 1 FREE
** Heading lines **
-> x-coordinates
** Heading lines **
-> y-coordinates
$
INPGRID _
BOTTOM CURV 0. 0. 400 190
READINP BOTTOM 1.0 'BOTNOW' 4 0 FREE
$
$
$
$
$
BOUN SHAPE JONSWAP 3.30 PEAK DSPR POWER
BOUN SIDE N CCW _
** Warning : keyword SIDE can be used for regular grid only
CON PAR 1.50 5.00 90.00 4.00
BOUN SHAPE JONSWAP 3.30 PEAK DSPR POWER
BOUN SIDE E CCW _
** Warning : keyword SIDE can be used for regular grid only
CON PAR 1.50 5.00 90.00 4.00
BOUN SHAPE JONSWAP 3.30 PEAK DSPR POWER
BOUN SIDE S CCW _
** Warning : keyword SIDE can be used for regular grid only
CON PAR 1.50 5.00 90.00 4.00
$
GEN3
BREAK CON 1.00 0.73
FRIC JON 0.0670
OFF QUAD
LIM 10 1
NUM DIR cdd= 0.50 SIGIM css= 0.50
$
NUM ACCUR 0.020 0.020 0.020 85.000 15
$
$***************************** OUTPUT REQUEST **************************
$
TABLE 'COMPGRID' NOHEAD 'SWANOUT1' _
HSIGN DIR TM01 DEPTH VELOC TRANSP _
DSPR DISSIP LEAK QB XP YP _
DIST UBOT STEEPW WLENGTH FORCES RTP _
PDIR WIND
$
TABLE 'COMPGRID' NOHEAD 'SWANOUT2' _
TPS TM02 TMM10 DHSIGN DRTM01 SETUP _
$
$
$
$
TEST ITEST= 0 ITRACE= 0
COMPUTE STAT 20161118.**0000
** Error : Wrong repetition factor
** Warning : Limiter is de-activated in case of no quadruplets
iteration 1; sweep 1
iteration 1; sweep 2
iteration 1; sweep 3
iteration 1; sweep 4
accuracy OK in 2.24 % of wet grid points ( 85.00 % required)
iteration 2; sweep 1
iteration 2; sweep 2
iteration 2; sweep 3
iteration 2; sweep 4
accuracy OK in 85.93 % of wet grid points ( 85.00 % required)
** WARNING : Differences in wave height at the boundary
Relative difference between input and computation >= 0.10
Hs[m] Hs[m] Hs[-]
ix iy index (input) (computed) (relative)
--------------------------------------------------
1 128 22 1.51 1.35 0.10
1 127 21 1.51 1.34 0.11
1 126 20 1.51 1.33 0.12
1 125 19 1.51 1.32 0.13
1 124 18 1.51 1.31 0.13
1 123 17 1.51 1.30 0.14
1 122 16 1.51 1.28 0.15
1 121 15 1.51 1.28 0.15
1 120 14 1.51 1.28 0.15
1 119 13 1.51 1.26 0.16
1 118 12 1.51 1.21 0.20
1 117 11 1.51 1.10 0.27
1 116 10 1.51 0.98 0.35
1 115 9 1.51 0.86 0.43
1 114 8 1.51 0.69 0.54
1 113 7 1.51 0.36 0.76
1 112 6 1.51 0.10 0.93
1 111 5 1.51 0.00 1.00
1 110 4 1.51 0.00 1.00
1 109 3 1.51 0.00 1.00
1 108 2 1.51 0.00 1.00
401 104 40011 1.51 0.63 0.58
401 103 40010 1.51 0.00 1.00
401 102 40009 1.51 0.00 1.00
401 101 40008 1.51 0.00 1.00
401 100 40007 1.51 0.00 1.00
401 99 40006 1.51 0.00 1.00
401 98 40005 1.51 0.00 1.00
** Error : Data field skipped:*0000
STOP
Someone could help me?
Thanks you,
i am using dleft3D 3.27
I only worked with DELFT 3D WAVE (standalone). i have problem
1
Execution started at 20170823.160359
---------------------------------------
SWAN
SIMULATION OF WAVES IN NEAR SHORE AREAS
VERSION NUMBER 40.51A
---------------------------------------
$***************************** HEADING *********************************
$
PROJECT 'wave ' '1 '
'wave '
' '
' '
$
$***************************** MODEL INPUT *****************************
$
SET LEVEL = 0.00 NOR = 90.00 DEPMIN = 0.05 _
MAXMES = 1000 MAXERR = 2 _
GRAV = 9.81 RHO = 1025.00 INRHOG = 1 _
NAUT
$
MODE NONST
CGRID CURV 400 190 EXCEPT 0.0 0.0 _
CIR 36 0.05 1.00 24
Resolution in sigma-space: df/f = 0.1329
$
READ COOR 1. 'TMP_grid2swan01' _
4 0 1 FREE
** Heading lines **
-> x-coordinates
** Heading lines **
-> y-coordinates
$
INPGRID _
BOTTOM CURV 0. 0. 400 190
READINP BOTTOM 1.0 'BOTNOW' 4 0 FREE
$
$
$
$
$
BOUN SHAPE JONSWAP 3.30 PEAK DSPR POWER
BOUN SIDE N CCW _
** Warning : keyword SIDE can be used for regular grid only
CON PAR 1.50 5.00 90.00 4.00
BOUN SHAPE JONSWAP 3.30 PEAK DSPR POWER
BOUN SIDE E CCW _
** Warning : keyword SIDE can be used for regular grid only
CON PAR 1.50 5.00 90.00 4.00
BOUN SHAPE JONSWAP 3.30 PEAK DSPR POWER
BOUN SIDE S CCW _
** Warning : keyword SIDE can be used for regular grid only
CON PAR 1.50 5.00 90.00 4.00
$
GEN3
BREAK CON 1.00 0.73
FRIC JON 0.0670
OFF QUAD
LIM 10 1
NUM DIR cdd= 0.50 SIGIM css= 0.50
$
NUM ACCUR 0.020 0.020 0.020 85.000 15
$
$***************************** OUTPUT REQUEST **************************
$
TABLE 'COMPGRID' NOHEAD 'SWANOUT1' _
HSIGN DIR TM01 DEPTH VELOC TRANSP _
DSPR DISSIP LEAK QB XP YP _
DIST UBOT STEEPW WLENGTH FORCES RTP _
PDIR WIND
$
TABLE 'COMPGRID' NOHEAD 'SWANOUT2' _
TPS TM02 TMM10 DHSIGN DRTM01 SETUP _
$
$
$
$
TEST ITEST= 0 ITRACE= 0
COMPUTE STAT 20161118.**0000
** Error : Wrong repetition factor
** Warning : Limiter is de-activated in case of no quadruplets
iteration 1; sweep 1
iteration 1; sweep 2
iteration 1; sweep 3
iteration 1; sweep 4
accuracy OK in 2.24 % of wet grid points ( 85.00 % required)
iteration 2; sweep 1
iteration 2; sweep 2
iteration 2; sweep 3
iteration 2; sweep 4
accuracy OK in 85.93 % of wet grid points ( 85.00 % required)
** WARNING : Differences in wave height at the boundary
Relative difference between input and computation >= 0.10
Hs[m] Hs[m] Hs[-]
ix iy index (input) (computed) (relative)
--------------------------------------------------
1 128 22 1.51 1.35 0.10
1 127 21 1.51 1.34 0.11
1 126 20 1.51 1.33 0.12
1 125 19 1.51 1.32 0.13
1 124 18 1.51 1.31 0.13
1 123 17 1.51 1.30 0.14
1 122 16 1.51 1.28 0.15
1 121 15 1.51 1.28 0.15
1 120 14 1.51 1.28 0.15
1 119 13 1.51 1.26 0.16
1 118 12 1.51 1.21 0.20
1 117 11 1.51 1.10 0.27
1 116 10 1.51 0.98 0.35
1 115 9 1.51 0.86 0.43
1 114 8 1.51 0.69 0.54
1 113 7 1.51 0.36 0.76
1 112 6 1.51 0.10 0.93
1 111 5 1.51 0.00 1.00
1 110 4 1.51 0.00 1.00
1 109 3 1.51 0.00 1.00
1 108 2 1.51 0.00 1.00
401 104 40011 1.51 0.63 0.58
401 103 40010 1.51 0.00 1.00
401 102 40009 1.51 0.00 1.00
401 101 40008 1.51 0.00 1.00
401 100 40007 1.51 0.00 1.00
401 99 40006 1.51 0.00 1.00
401 98 40005 1.51 0.00 1.00
** Error : Data field skipped:*0000
STOP
Someone could help me?
Thanks you,
Adri Mourits, modified 6 Years ago.
RE: error wave on delft3d 3.27
Jedi Master Posts: 303 Join Date: 1/3/11 Recent Posts
Hi Dam Giang,
The line:
COMPUTE STAT 20161118.**0000
seems to cause the problems. Is there something wrong with the (hours in the) time definition of this model? What happens if you use non-stationary in stead of quasi-stationary?
If this doesn't help: can you zip the full set of input files and attach it to a post on this forum?
Thanks.
Regards,
Adri
The line:
COMPUTE STAT 20161118.**0000
seems to cause the problems. Is there something wrong with the (hours in the) time definition of this model? What happens if you use non-stationary in stead of quasi-stationary?
If this doesn't help: can you zip the full set of input files and attach it to a post on this forum?
Thanks.
Regards,
Adri
Dam Giang, modified 6 Years ago.
RE: error wave on delft3d 3.27
Youngling Posts: 3 Join Date: 7/13/17 Recent Posts
Thanks Mourits,
Nataly Chirinos, modified 2 Years ago.
RE: error wave on delft3d 3.27
Youngling Post: 1 Join Date: 11/26/20 Recent Posts
Hello, I have the same error in my simulation of wave in Delft 4.01.00, and I can't solve it, could you help me please?, I'm working with a 5 day time series:
Execution started at 20210724.153518
---------------------------------------
SWAN
SIMULATION OF WAVES IN NEAR SHORE AREAS
DELTARES VERSION NUMBER 40.72ABCDE
---------------------------------------
$***************************** HEADING *********************************
$
PROJECT ' ' ' '
' '
' '
' '
$
$***************************** MODEL INPUT *****************************
$
SET LEVEL = 0.50 NOR = 90.00 DEPMIN = 0.05 _
MAXMES = 1000 MAXERR = 2 _
GRAV = 9.81 RHO = 1025.00 INRHOG = 1 _
NAUT
$
MODE NONST
CGRID CURV 228 158 EXCEPT 0.0 0.0 _
CIR 36 0.05 1.00 24
Resolution in sigma-space: df/f = 0.1329
$
READ COOR 1. 'TMP_grid2swan01' _
4 0 1 FREE
** Heading lines **
-> x-coordinates
** Heading lines **
-> y-coordinates
$
INPGRID _
BOTTOM CURV 0. 0. 228 158
READINP BOTTOM 1.0 'BOTNOW' 4 0 FREE
$
$
$
$
$
$
BOUN SHAPE JONSWAP 3.30 PEAK DSPR POWER
BOUN SIDE N CCW _
** Warning : keyword SIDE should not be used for curvilinear grid
CON PAR 2.24 15.10 214.87 22.00
BOUN SHAPE JONSWAP 3.30 PEAK DSPR POWER
BOUN SIDE S CCW _
** Warning : keyword SIDE should not be used for curvilinear grid
CON PAR 2.24 15.10 214.87 22.00
BOUN SHAPE JONSWAP 3.30 PEAK DSPR POWER
BOUN SIDE W CCW _
** Warning : keyword SIDE should not be used for curvilinear grid
CON PAR 2.24 15.10 214.87 22.00
$
GEN3
BREAK CON 1.00 0.73
FRIC JON 0.0670
OFF WINDG
OFF QUAD
LIM 10 1
PROP BSBT
NUM DIR cdd= 0.50 SIGIM css= 0.50
$
NUM ACCUR 0.020 0.020 0.020 98.000 NONSTAT 15
$
$***************************** MODEL INPUT *****************************
$
SET LEVEL = 0.50 NOR = 90.00 DEPMIN = 0.05 _
MAXMES = 1000 MAXERR = 2 _
GRAV = 9.81 RHO = 1025.00 INRHOG = 1 _
NAUT
$
MODE NONST
CGRID CURV 144 288 EXCEPT 0.0 0.0 _
CIR 36 0.05 1.00 24
Resolution in sigma-space: df/f = 0.1329
$
READ COOR 1. 'TMP_grid2swan03' _
4 0 1 FREE
** Heading lines **
-> x-coordinates
** Heading lines **
-> y-coordinates
$
INPGRID _
BOTTOM CURV 0. 0. 144 288
READINP BOTTOM 1.0 'BOTNOW' 4 0 FREE
$
$
$
$
$
$
BOUN NEST 'NEST003' CLOSED
$
GEN3
BREAK CON 1.00 0.73
FRIC JON 0.0670
OFF WINDG
OFF QUAD
LIM 10 1
PROP BSBT
NUM DIR cdd= 0.50 SIGIM css= 0.50
$
NUM ACCUR 0.020 0.020 0.020 98.000 NONSTAT 15
$
$***************************** OUTPUT REQUEST **************************
$
QUANTITY HSIGN excv=-999.0
QUANTITY DIR excv=-999.0
QUANTITY TM01 excv=-999.0
QUANTITY DEPTH excv=-999.0
QUANTITY VELOC excv=-999.0
QUANTITY TRANSP excv=-999.0
QUANTITY DSPR excv=-999.0
QUANTITY DISSIP excv=-999.0
QUANTITY LEAK excv=-999.0
QUANTITY QB excv=-999.0
QUANTITY XP excv=-999.0
QUANTITY YP excv=-999.0
QUANTITY DIST excv=-999.0
QUANTITY UBOT excv=-999.0
QUANTITY STEEPW excv=-999.0
QUANTITY WLENGTH excv=-999.0
QUANTITY FORCES excv=-999.0
QUANTITY RTP excv=-999.0
QUANTITY PDIR excv=-999.0
QUANTITY WIND excv=-999.0
QUANTITY TPS excv=-999.0
QUANTITY TM02 excv=-999.0
QUANTITY TMM10 excv=-999.0
QUANTITY DHSIGN excv=-999.0
QUANTITY DRTM01 excv=-999.0
QUANTITY SETUP excv=-999.0
QUANTITY DISSURF excv=-999.0
QUANTITY DISWCAP excv=-999.0
QUANTITY DISBOT excv=-999.0
$
TABLE 'COMPGRID' NOHEAD 'SWANOUT1' _
HSIGN DIR TM01 DEPTH VELOC TRANSP _
DSPR DISSIP LEAK QB XP YP _
DIST UBOT STEEPW WLENGTH FORCES RTP _
PDIR WIND
$
TABLE 'COMPGRID' NOHEAD 'SWANOUT2' _
TPS TM02 TMM10 DHSIGN DRTM01 SETUP _
DISSURF DISWCAP DISBOT
$
$
POINTS 'ADCP.loc' _
FILE 'ADCP.loc'
$
TABLE 'ADCP.loc' HEAD 'ADCP.locn3t300063.tab' XP YP DEP HS DIR RTP TM01 _
DSPR UBOT WIND VEL
$
$
TEST ITEST= 0 ITRACE= 0
COMPUTE NONSTAT 20210716.040000 120.00 MIN 20210717.040000
** Warning : Limiter is de-activated in case of no quadruplets
Time of computation -> 20210716.060000 in sec: 21600.
accuracy OK in 1.17 % of wet grid points ( 98.00 % required)
accuracy OK in 54.12 % of wet grid points ( 98.00 % required)
accuracy OK in 99.35 % of wet grid points ( 98.00 % required)
Time of computation -> 20210716.080000 in sec: 28800.
accuracy OK in 62.56 % of wet grid points ( 98.00 % required)
accuracy OK in 99.93 % of wet grid points ( 98.00 % required)
Time of computation -> 20210716.100000 in sec: 36000.
accuracy OK in 99.96 % of wet grid points ( 98.00 % required)
Time of computation -> 20210716.120000 in sec: 43200.
accuracy OK in 99.97 % of wet grid points ( 98.00 % required)
Time of computation -> 20210716.140000 in sec: 50400.
accuracy OK in 99.97 % of wet grid points ( 98.00 % required)
Time of computation -> 20210716.160000 in sec: 57600.
accuracy OK in 99.97 % of wet grid points ( 98.00 % required)
Time of computation -> 20210716.180000 in sec: 64800.
accuracy OK in 99.97 % of wet grid points ( 98.00 % required)
Time of computation -> 20210716.200000 in sec: 72000.
accuracy OK in 99.97 % of wet grid points ( 98.00 % required)
Time of computation -> 20210716.220000 in sec: 79200.
accuracy OK in 99.97 % of wet grid points ( 98.00 % required)
Time of computation -> 20210717.000000 in sec: 86400.
accuracy OK in 99.97 % of wet grid points ( 98.00 % required)
Time of computation -> 20210717.020000 in sec: 93600.
accuracy OK in 99.97 % of wet grid points ( 98.00 % required)
Time of computation -> 20210717.040000 in sec: 100800.
accuracy OK in 99.97 % of wet grid points ( 98.00 % required)
Time of computation -> 20210717.040000 in sec: 100800.
STOP
The simulation stops one case before finishing my whole time series. Could you help me please?
Thank you.
Execution started at 20210724.153518
---------------------------------------
SWAN
SIMULATION OF WAVES IN NEAR SHORE AREAS
DELTARES VERSION NUMBER 40.72ABCDE
---------------------------------------
$***************************** HEADING *********************************
$
PROJECT ' ' ' '
' '
' '
' '
$
$***************************** MODEL INPUT *****************************
$
SET LEVEL = 0.50 NOR = 90.00 DEPMIN = 0.05 _
MAXMES = 1000 MAXERR = 2 _
GRAV = 9.81 RHO = 1025.00 INRHOG = 1 _
NAUT
$
MODE NONST
CGRID CURV 228 158 EXCEPT 0.0 0.0 _
CIR 36 0.05 1.00 24
Resolution in sigma-space: df/f = 0.1329
$
READ COOR 1. 'TMP_grid2swan01' _
4 0 1 FREE
** Heading lines **
-> x-coordinates
** Heading lines **
-> y-coordinates
$
INPGRID _
BOTTOM CURV 0. 0. 228 158
READINP BOTTOM 1.0 'BOTNOW' 4 0 FREE
$
$
$
$
$
$
BOUN SHAPE JONSWAP 3.30 PEAK DSPR POWER
BOUN SIDE N CCW _
** Warning : keyword SIDE should not be used for curvilinear grid
CON PAR 2.24 15.10 214.87 22.00
BOUN SHAPE JONSWAP 3.30 PEAK DSPR POWER
BOUN SIDE S CCW _
** Warning : keyword SIDE should not be used for curvilinear grid
CON PAR 2.24 15.10 214.87 22.00
BOUN SHAPE JONSWAP 3.30 PEAK DSPR POWER
BOUN SIDE W CCW _
** Warning : keyword SIDE should not be used for curvilinear grid
CON PAR 2.24 15.10 214.87 22.00
$
GEN3
BREAK CON 1.00 0.73
FRIC JON 0.0670
OFF WINDG
OFF QUAD
LIM 10 1
PROP BSBT
NUM DIR cdd= 0.50 SIGIM css= 0.50
$
NUM ACCUR 0.020 0.020 0.020 98.000 NONSTAT 15
$
$***************************** MODEL INPUT *****************************
$
SET LEVEL = 0.50 NOR = 90.00 DEPMIN = 0.05 _
MAXMES = 1000 MAXERR = 2 _
GRAV = 9.81 RHO = 1025.00 INRHOG = 1 _
NAUT
$
MODE NONST
CGRID CURV 144 288 EXCEPT 0.0 0.0 _
CIR 36 0.05 1.00 24
Resolution in sigma-space: df/f = 0.1329
$
READ COOR 1. 'TMP_grid2swan03' _
4 0 1 FREE
** Heading lines **
-> x-coordinates
** Heading lines **
-> y-coordinates
$
INPGRID _
BOTTOM CURV 0. 0. 144 288
READINP BOTTOM 1.0 'BOTNOW' 4 0 FREE
$
$
$
$
$
$
BOUN NEST 'NEST003' CLOSED
$
GEN3
BREAK CON 1.00 0.73
FRIC JON 0.0670
OFF WINDG
OFF QUAD
LIM 10 1
PROP BSBT
NUM DIR cdd= 0.50 SIGIM css= 0.50
$
NUM ACCUR 0.020 0.020 0.020 98.000 NONSTAT 15
$
$***************************** OUTPUT REQUEST **************************
$
QUANTITY HSIGN excv=-999.0
QUANTITY DIR excv=-999.0
QUANTITY TM01 excv=-999.0
QUANTITY DEPTH excv=-999.0
QUANTITY VELOC excv=-999.0
QUANTITY TRANSP excv=-999.0
QUANTITY DSPR excv=-999.0
QUANTITY DISSIP excv=-999.0
QUANTITY LEAK excv=-999.0
QUANTITY QB excv=-999.0
QUANTITY XP excv=-999.0
QUANTITY YP excv=-999.0
QUANTITY DIST excv=-999.0
QUANTITY UBOT excv=-999.0
QUANTITY STEEPW excv=-999.0
QUANTITY WLENGTH excv=-999.0
QUANTITY FORCES excv=-999.0
QUANTITY RTP excv=-999.0
QUANTITY PDIR excv=-999.0
QUANTITY WIND excv=-999.0
QUANTITY TPS excv=-999.0
QUANTITY TM02 excv=-999.0
QUANTITY TMM10 excv=-999.0
QUANTITY DHSIGN excv=-999.0
QUANTITY DRTM01 excv=-999.0
QUANTITY SETUP excv=-999.0
QUANTITY DISSURF excv=-999.0
QUANTITY DISWCAP excv=-999.0
QUANTITY DISBOT excv=-999.0
$
TABLE 'COMPGRID' NOHEAD 'SWANOUT1' _
HSIGN DIR TM01 DEPTH VELOC TRANSP _
DSPR DISSIP LEAK QB XP YP _
DIST UBOT STEEPW WLENGTH FORCES RTP _
PDIR WIND
$
TABLE 'COMPGRID' NOHEAD 'SWANOUT2' _
TPS TM02 TMM10 DHSIGN DRTM01 SETUP _
DISSURF DISWCAP DISBOT
$
$
POINTS 'ADCP.loc' _
FILE 'ADCP.loc'
$
TABLE 'ADCP.loc' HEAD 'ADCP.locn3t300063.tab' XP YP DEP HS DIR RTP TM01 _
DSPR UBOT WIND VEL
$
$
TEST ITEST= 0 ITRACE= 0
COMPUTE NONSTAT 20210716.040000 120.00 MIN 20210717.040000
** Warning : Limiter is de-activated in case of no quadruplets
Time of computation -> 20210716.060000 in sec: 21600.
accuracy OK in 1.17 % of wet grid points ( 98.00 % required)
accuracy OK in 54.12 % of wet grid points ( 98.00 % required)
accuracy OK in 99.35 % of wet grid points ( 98.00 % required)
Time of computation -> 20210716.080000 in sec: 28800.
accuracy OK in 62.56 % of wet grid points ( 98.00 % required)
accuracy OK in 99.93 % of wet grid points ( 98.00 % required)
Time of computation -> 20210716.100000 in sec: 36000.
accuracy OK in 99.96 % of wet grid points ( 98.00 % required)
Time of computation -> 20210716.120000 in sec: 43200.
accuracy OK in 99.97 % of wet grid points ( 98.00 % required)
Time of computation -> 20210716.140000 in sec: 50400.
accuracy OK in 99.97 % of wet grid points ( 98.00 % required)
Time of computation -> 20210716.160000 in sec: 57600.
accuracy OK in 99.97 % of wet grid points ( 98.00 % required)
Time of computation -> 20210716.180000 in sec: 64800.
accuracy OK in 99.97 % of wet grid points ( 98.00 % required)
Time of computation -> 20210716.200000 in sec: 72000.
accuracy OK in 99.97 % of wet grid points ( 98.00 % required)
Time of computation -> 20210716.220000 in sec: 79200.
accuracy OK in 99.97 % of wet grid points ( 98.00 % required)
Time of computation -> 20210717.000000 in sec: 86400.
accuracy OK in 99.97 % of wet grid points ( 98.00 % required)
Time of computation -> 20210717.020000 in sec: 93600.
accuracy OK in 99.97 % of wet grid points ( 98.00 % required)
Time of computation -> 20210717.040000 in sec: 100800.
accuracy OK in 99.97 % of wet grid points ( 98.00 % required)
Time of computation -> 20210717.040000 in sec: 100800.
STOP
The simulation stops one case before finishing my whole time series. Could you help me please?
Thank you.