Changes between Initial Version and Version 1 of Ticket #170, comment 5


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Timestamp:
May 11, 2015 5:08:49 PM (4 years ago)
Author:
Paul Gregory
Comment:

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  • Ticket #170, comment 5

    initial v1  
    1414
    1515/home/548/pag548/cylc-run/au-aa314/log/job/L2H.2014101204.9.UM/xbjis000.xbjis.d15131.t103314.rcf.leave
     16{{{
     17forrtl: severe (174): SIGSEGV, segmentation fault occurred
     18Image              PC                Routine            Line        Source             
     19qxreconf           0000000000526223  rcf_h_int_init_bl         705  rcf_h_int_init_bl_mod.f90
     20qxreconf           00000000004775B3  rcf_init_h_interp         105  rcf_init_h_interp_mod.f90
     21qxreconf           000000000046CD5F  rcf_control_mod_m         109  rcf_control_mod.f90
     22qxreconf           0000000000426128  MAIN__                     87  reconfigure.f90
     23qxreconf           000000000042602C  Unknown               Unknown  Unknown
     24libc.so.6          00002AC454F7FD5D  Unknown               Unknown  Unknown
     25qxreconf           0000000000425F39  Unknown               Unknown  Unknown
     26/short/dp9/pag548/work/au-aa314/2014101204/run/um-output/dataw/recon_atm.parexe.13489: line 417: 13537 Aborted
     27}}}
     28Error occurs in rcf_h_init_init_bl_mod.f90 line 705. Code header
     29{{{
     30!+ Initialises bilinear interpolation weights
    1631
     32Module Rcf_H_Int_Init_BL_Mod
    1733
     34!  Subroutine Rcf_H_Int_Init_BL
     35!
     36! Description:
     37!   Sets up the interpolation and rotation weights for bilinear
     38!   horizontal interpolation.
     39!
     40! Method:
     41!   Weights stored in the interp_weights_mod module
     42!   Seperate calculations for P, U, V and P zonal points.
     43!
     44!   Based (with many changes) on UM4.5 code.
     45!
     46! Code Owner: See Unified Model Code Owner's HTML page
     47! This file belongs in section: Reconfiguration
     48}}}
     49Relevant section
     50{{{
     51!--------------------------------------------------------------
     52! 5: Weights and indices for zonal mean P points:
     53!--------------------------------------------------------------
     54! 5.1: Lat and lon of target grid
     55
     56!If output grid is variable resolution
     57!for phi_out for OZONE_ZONAL. C.Wang 17/05/07
     58If (L_vargrid_target) Then
     59  lambda_out(1) = hdr_out % ColDepC(1,1)
     60  Do j=1, grid_out % glob_p_rows
     61    phi_out(j)   =hdr_out % RowDepC(j,1)
     62  End Do
     63Else
     64  lambda_out(1) = start_lon_target
     65  Do j=1, grid_out % glob_p_rows
     66    phi_out(j) = start_lat_target + delta_lat_target * (j+p_offset_out)
     67  End Do
     68End If
     69}}} 
     70