ERA20C Error in the grid%tsk

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Weleatham
Posts: 3
Joined: Sun Oct 25, 2015 1:29 pm

ERA20C Error in the grid%tsk

Post by Weleatham » Fri Aug 14, 2020 10:58 pm

Hello all,

I am trying to utilize the UEMS with ERA20C data. The ems_run is getting hung up on this error -

Error Log: error in the grid%tsk

I was able to download the ERA20C data with Roberts scripts from RDA and process the data. Emsprep ran without any issues as well. Wondering if any other folks ran into this issue and what the solution is? I am wondering if Roberts scripts do not grab the invariant data from the ERA20C dataset?

Any help is much appreciated. Running UEMSV19.8.1.

Weleatham
Posts: 3
Joined: Sun Oct 25, 2015 1:29 pm

Re: ERA20C Error in the grid%tsk

Post by Weleatham » Sun Aug 16, 2020 4:35 pm

Also here is the rsl.out file that I should have included with my previous post. Hope someone has utilized the ERA20C dataset with success?

taskid: 8 hostname: localhost.localdomain
Ntasks in X 1 , ntasks in Y 13
REAL_EM V4.1.2 PREPROCESSOR
*************************************
Parent domain
ids,ide,jds,jde 1 300 1 199
ims,ime,jms,jme -4 305 116 144
ips,ipe,jps,jpe 1 300 123 137
*************************************
DYNAMICS OPTION: Eulerian Mass Coordinate
alloc_space_field: domain 1 , 364468560 bytes allocated
Time period # 1 to process = 1938-09-18_12:00:00.
Time period # 2 to process = 1938-09-18_15:00:00.
Time period # 3 to process = 1938-09-18_18:00:00.
Time period # 4 to process = 1938-09-18_21:00:00.
Time period # 5 to process = 1938-09-19_00:00:00.
Time period # 6 to process = 1938-09-19_03:00:00.
Time period # 7 to process = 1938-09-19_06:00:00.
Time period # 8 to process = 1938-09-19_09:00:00.
Time period # 9 to process = 1938-09-19_12:00:00.
Time period # 10 to process = 1938-09-19_15:00:00.
Time period # 11 to process = 1938-09-19_18:00:00.
Time period # 12 to process = 1938-09-19_21:00:00.
Time period # 13 to process = 1938-09-20_00:00:00.
Time period # 14 to process = 1938-09-20_03:00:00.
Time period # 15 to process = 1938-09-20_06:00:00.
Time period # 16 to process = 1938-09-20_09:00:00.
Time period # 17 to process = 1938-09-20_12:00:00.
Time period # 18 to process = 1938-09-20_15:00:00.
Time period # 19 to process = 1938-09-20_18:00:00.
Time period # 20 to process = 1938-09-20_21:00:00.
Time period # 21 to process = 1938-09-21_00:00:00.
Time period # 22 to process = 1938-09-21_03:00:00.
Time period # 23 to process = 1938-09-21_06:00:00.
Time period # 24 to process = 1938-09-21_09:00:00.
Time period # 25 to process = 1938-09-21_12:00:00.
Time period # 26 to process = 1938-09-21_15:00:00.
Time period # 27 to process = 1938-09-21_18:00:00.
Time period # 28 to process = 1938-09-21_21:00:00.
Time period # 29 to process = 1938-09-22_00:00:00.
Time period # 30 to process = 1938-09-22_03:00:00.
Time period # 31 to process = 1938-09-22_06:00:00.
Time period # 32 to process = 1938-09-22_09:00:00.
Time period # 33 to process = 1938-09-22_12:00:00.
Time period # 34 to process = 1938-09-22_15:00:00.
Time period # 35 to process = 1938-09-22_18:00:00.
Time period # 36 to process = 1938-09-22_21:00:00.
Time period # 37 to process = 1938-09-23_00:00:00.
Total analysis times to input = 37.

-----------------------------------------------------------------------------

Domain 1: Current date being processed: 1938-09-18_12:00:00.0000, which is loop # 1 out of 37
configflags%julyr, %julday, %gmt: 1938 261 12.00000
d01 1938-09-18_12:00:00 Yes, this special data is acceptable to use: OUTPUT FROM METGRID V4.1
metgrid input_wrf.F first_date_input = 1938-09-18_12:00:00
metgrid input_wrf.F first_date_nml = 1938-09-18_12:00:00
d01 1938-09-18_12:00:00 Timing for input 0 s.
d01 1938-09-18_12:00:00 flag_soil_layers read from met_em file is 1
Max map factor in domain 1 = 1.13. Scale the dt in the model accordingly.
Using sfcprs3 to compute psfc
using new automatic levels program
1 50.00000 50.00000 0.9938148
2 59.30001 109.3000 0.9865262 1.186000
3 70.17539 179.4754 0.9779665 1.183396
4 82.83159 262.3070 0.9679536 1.180351
5 97.47681 359.7838 0.9562950 1.176807
6 114.3117 474.0955 0.9427925 1.172706
7 133.5152 607.6107 0.9272501 1.167993
8 155.2269 762.8376 0.9094852 1.162616
9 179.5256 942.3632 0.8893408 1.156536
10 206.4064 1148.770 0.8667006 1.149733
11 235.7587 1384.528 0.8415059 1.142206
12 267.3475 1651.876 0.8137698 1.133988
13 300.8040 1952.680 0.7835901 1.125143
14 335.6296 2288.309 0.7511554 1.115775
15 371.2143 2659.524 0.7167452 1.106024
16 406.8731 3066.397 0.6807192 1.096060
17 441.8949 3508.292 0.6435007 1.086076
18 475.5980 3983.890 0.6055513 1.076269
19 507.3834 4491.273 0.5673437 1.066833
20 537.8264 5029.100 0.5292622 1.060000
21 570.0959 5599.195 0.4914466 1.060000
22 604.3017 6203.497 0.4540416 1.060000
23 640.5598 6844.057 0.4171961 1.060000
24 678.9933 7523.050 0.3810608 1.060000
25 719.7328 8242.782 0.3457871 1.060000
26 762.9168 9005.699 0.3115241 1.060000
27 808.6918 9814.391 0.2784166 1.060000
28 857.2133 10671.60 0.2466030 1.060000
29 908.6460 11580.25 0.2162118 1.060000
25416.39 11580.25 44 29
30 922.4094 12502.66 0.1885158
31 922.4094 13425.07 0.1636730
32 922.4094 14347.48 0.1413894
33 922.4094 15269.89 0.1214015
34 922.4094 16192.30 0.1034728
35 922.4094 17114.71 8.7391041E-02
36 922.4094 18037.12 7.2966009E-02
37 922.4094 18959.53 6.0027018E-02
38 922.4094 19881.94 4.8421025E-02
39 922.4094 20804.35 3.8010649E-02
40 922.4094 21726.76 2.8672740E-02
41 922.4094 22649.17 2.0296840E-02
42 922.4094 23571.58 1.2783799E-02
43 922.4094 24493.99 6.0447473E-03
44 922.4094 25416.40 -3.5978619E-08
1.0000 0.9938 0.9865 0.9780 0.9680 0.9563 0.9428 0.9273 0.9095 0.8893
0.8667 0.8415 0.8138 0.7836 0.7512 0.7167 0.6807 0.6435 0.6056 0.5673
0.5293 0.4914 0.4540 0.4172 0.3811 0.3458 0.3115 0.2784 0.2466 0.2162
0.1885 0.1637 0.1414 0.1214 0.1035 0.0874 0.0730 0.0600 0.0484 0.0380
0.0287 0.0203 0.0128 0.0060 0.0000
Full level index = 1 Height = 0.0 m
Full level index = 2 Height = 50.0 m Thickness = 50.0 m
Full level index = 3 Height = 109.2 m Thickness = 59.2 m
Full level index = 4 Height = 179.1 m Thickness = 70.0 m
Full level index = 5 Height = 261.6 m Thickness = 82.5 m
Full level index = 6 Height = 358.5 m Thickness = 96.9 m
Full level index = 7 Height = 471.8 m Thickness = 113.3 m
Full level index = 8 Height = 603.9 m Thickness = 132.0 m
Full level index = 9 Height = 756.9 m Thickness = 153.1 m
Full level index = 10 Height = 933.3 m Thickness = 176.4 m
Full level index = 11 Height = 1135.3 m Thickness = 202.0 m
Full level index = 12 Height = 1365.0 m Thickness = 229.7 m
Full level index = 13 Height = 1624.1 m Thickness = 259.1 m
Full level index = 14 Height = 1913.9 m Thickness = 289.8 m
Full level index = 15 Height = 2235.0 m Thickness = 321.1 m
Full level index = 16 Height = 2587.5 m Thickness = 352.5 m
Full level index = 17 Height = 2970.7 m Thickness = 383.1 m
Full level index = 18 Height = 3383.0 m Thickness = 412.3 m
Full level index = 19 Height = 3822.3 m Thickness = 439.3 m
Full level index = 20 Height = 4285.9 m Thickness = 463.6 m
Full level index = 21 Height = 4771.6 m Thickness = 485.7 m
Full level index = 22 Height = 5279.9 m Thickness = 508.4 m
Full level index = 23 Height = 5811.6 m Thickness = 531.7 m
Full level index = 24 Height = 6367.1 m Thickness = 555.5 m
Full level index = 25 Height = 6946.7 m Thickness = 579.7 m
Full level index = 26 Height = 7550.9 m Thickness = 604.2 m
Full level index = 27 Height = 8179.8 m Thickness = 628.9 m
Full level index = 28 Height = 8833.5 m Thickness = 653.7 m
Full level index = 29 Height = 9511.9 m Thickness = 678.4 m
Full level index = 30 Height = 10214.7 m Thickness = 702.8 m
Full level index = 31 Height = 10910.9 m Thickness = 696.2 m
Full level index = 32 Height = 11589.9 m Thickness = 679.0 m
Full level index = 33 Height = 12251.6 m Thickness = 661.7 m
Full level index = 34 Height = 12896.0 m Thickness = 644.4 m
Full level index = 35 Height = 13531.5 m Thickness = 635.5 m
Full level index = 36 Height = 14167.0 m Thickness = 635.5 m
Full level index = 37 Height = 14802.6 m Thickness = 635.5 m
Full level index = 38 Height = 15438.1 m Thickness = 635.5 m
Full level index = 39 Height = 16073.6 m Thickness = 635.5 m
Full level index = 40 Height = 16709.1 m Thickness = 635.5 m
Full level index = 41 Height = 17344.6 m Thickness = 635.5 m
Full level index = 42 Height = 17980.2 m Thickness = 635.5 m
Full level index = 43 Height = 18615.7 m Thickness = 635.5 m
Full level index = 44 Height = 19251.2 m Thickness = 635.5 m
Full level index = 45 Height = 19886.7 m Thickness = 635.5 m
d01 1938-09-18_12:00:00 Using inland lakes with average surface temperature
d01 1938-09-18_12:00:00 Using average surface temperature for tmn
d01 1938-09-18_12:00:00 forcing artificial silty clay loam at 28 points, out of 4485
error in the grid%tsk
i,j= 134 123
grid%landmask= 0.000000
grid%tsk, grid%sst, grid%tmn= 143.5806 287.0382 143.5806
error in the grid%tsk
i,j= 135 123
grid%landmask= 0.000000
grid%tsk, grid%sst, grid%tmn= 143.5449 287.4423 143.5449
error in the grid%tsk
i,j= 136 123
grid%landmask= 0.000000
grid%tsk, grid%sst, grid%tmn= 143.5086 287.7190

Weleatham
Posts: 3
Joined: Sun Oct 25, 2015 1:29 pm

Re: ERA20C Error in the grid%tsk

Post by Weleatham » Wed Aug 19, 2020 9:39 pm

For those who also run into this problem....the UEMS defaults to updating the boundary conditions every 3 hours. Change it to 6 hours and it should work.

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