namelist_ESA-error 1.9 KB

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  1. !! -------------------
  2. !! Namelist for SOSIE
  3. !! -------------------
  4. !!
  5. !! ***********************
  6. !! Input characteristics :
  7. !! ***********************
  8. !!
  9. &ninput
  10. ivect = 0 ! this is not a vector interpolation
  11. lregin = F ! input grid is regular (lon and lat are "1D")
  12. cf_in = 'data_in_smooth_HHEEMMII-TTAAGG.nc'
  13. cv_in = 'total_standard_error'
  14. cv_t_in = 'time'
  15. jt1 = 0 ! we want to interpolate each time record
  16. jt2 = 0 ! //
  17. jplev = 1
  18. cf_x_in = 'data_in_smooth_HHEEMMII-TTAAGG.nc'
  19. cv_lon_in = 'lon'
  20. cv_lat_in = 'lat'
  21. cf_lsm_in = 'missing_value' ! we use 'missing_value' of input field to determine
  22. cv_lsm_in = '' ! the land-sea-mask
  23. ldrown = F ! we want to propagate sea values onto the land-sea mask
  24. ewper = -1 ! input field does have east-west periodicity with 0 overlapping point
  25. vmax = 100
  26. vmin = 0
  27. /
  28. !!
  29. !!
  30. !!
  31. !!
  32. !! ***********************************
  33. !! IF 3D INTERPOLATION ( jplev = 0 )
  34. !! ***********************************
  35. !!
  36. !! This namelist section is not required as we do pure 2D interpolation
  37. !!
  38. !!
  39. !!
  40. !! *****************************
  41. !! Output Grid characteristics :
  42. !! *****************************
  43. !!
  44. !!
  45. &noutput
  46. lregout = F
  47. cf_x_out = 'mask_out.nc'
  48. cv_lon_out = 'nav_lon'
  49. cv_lat_out = 'nav_lat'
  50. cf_lsm_out = 'mask_out.nc'
  51. cv_lsm_out = 'tmask'
  52. lmout = T
  53. rmaskvalue = -99999999.
  54. lct = F ! we use time from input file
  55. t0 = 0
  56. t_stp = 0
  57. /
  58. !!
  59. !!
  60. !!
  61. !!
  62. !! *******************************
  63. !! Netcdf output characteristics :
  64. !! *******************************
  65. !!
  66. &nnetcdf
  67. cmethod = 'bilin'
  68. cv_l_out = 'nav_lon'
  69. cv_p_out = 'nav_lat'
  70. cv_t_out = 'time_counter'
  71. cv_out = 'error_at_i'
  72. cu_out = ''
  73. cu_t = ''
  74. cln_out = 'error_at_i'
  75. cd_out = '.'
  76. csource = 'ESA-HHEEMMII'
  77. ctarget = 'TTAARRGGEETT'
  78. cextra = 'TTAAGG'
  79. /
  80. !!