Residual amplitudes and phases
Solution ID:     olc_17a ocean loading solution: 32 bands, wid
No apriori ocean loading were used
GOT00 reference theoretical model + SPOTL
Errors of theoretical model are from /users/pet/oclo_res/ocl.err
Full weight matrix for each station and wave
Schwiderski phase convention
Scales Up/East/North:   1.000  10.000  10.000 
Multiplicative band-dependent reweighting is applied
Reweighting coef. for zonal band       Up/East/North   2.020   1.472   1.472
Reweighting coef. for diurnal band     Up/East/North   1.614   1.505   1.505
Reweighting coef. for semidiurnal band Up/East/North   1.342   1.321   1.321
  
s4      ALGOPARK  Amp |   0.14 -+  0.40 |   0.08 -+  0.14 |   0.14 -+  0.16 |
s4      ALGOPARK  Phs |   35.9 -+ 162.3 |   56.0 -+ 100.7 | -152.0 -+  62.7 |
s4      BR-VLBA   Amp |   0.65 -+  0.36 |   0.27 -+  0.12 |   0.21 -+  0.12 |
s4      BR-VLBA   Phs |  -52.7 -+  31.2 | -108.4 -+  25.5 |   62.9 -+  33.0 |
s4      DSS45     Amp |   1.40 -+  1.30 |   1.00 -+  0.47 |   1.34 -+  0.56 |
s4      DSS45     Phs |  -79.9 -+  53.0 | -180.0 -+  26.9 |  166.1 -+  24.1 |
s4      DSS65     Amp |   1.06 -+  0.89 |   0.62 -+  0.29 |   0.39 -+  0.27 |
s4      DSS65     Phs | -125.0 -+  48.1 |    8.6 -+  26.5 | -112.4 -+  40.0 |
s4      FD-VLBA   Amp |   0.42 -+  0.37 |   0.13 -+  0.11 |   0.16 -+  0.12 |
s4      FD-VLBA   Phs |   23.2 -+  50.6 |   43.6 -+  50.2 |   48.3 -+  41.7 |
s4      FORTLEZA  Amp |   0.42 -+  0.49 |   0.38 -+  0.23 |   0.30 -+  0.28 |
s4      FORTLEZA  Phs |    1.9 -+  66.2 |   65.4 -+  34.7 |  178.2 -+  53.7 |
s4      GILCREEK  Amp |   0.13 -+  0.21 |   0.11 -+  0.10 |   0.17 -+  0.09 |
s4      GILCREEK  Phs | -137.3 -+  93.4 |   51.4 -+  55.7 | -169.5 -+  31.8 |
s4      HARTRAO   Amp |   0.57 -+  0.70 |   0.40 -+  0.41 |   0.40 -+  0.44 |
s4      HARTRAO   Phs | -136.7 -+  70.7 |   19.3 -+  58.4 |   63.9 -+  62.9 |
s4      HATCREEK  Amp |   1.52 -+  1.08 |   0.35 -+  0.46 |   0.50 -+  0.54 |
s4      HATCREEK  Phs |  -12.7 -+  40.5 |  119.3 -+  74.1 |  156.6 -+  60.5 |
s4      HAYSTACK  Amp |   1.23 -+  1.21 |   0.08 -+  0.43 |   0.49 -+  0.41 |
s4      HAYSTACK  Phs |   38.5 -+  56.0 |  -65.3 -+ 318.7 |   87.7 -+  48.4 |
s4      HN-VLBA   Amp |   1.31 -+  0.52 |   0.29 -+  0.15 |   0.25 -+  0.14 |
s4      HN-VLBA   Phs |  -28.5 -+  23.2 |   27.6 -+  29.1 |   85.6 -+  31.0 |
s4      HOBART26  Amp |   0.17 -+  1.04 |   0.84 -+  0.41 |   0.71 -+  0.48 |
s4      HOBART26  Phs |   -3.3 -+ 356.3 |  122.1 -+  28.1 |  149.2 -+  38.8 |
s4      HRAS 085  Amp |   0.71 -+  0.52 |   0.22 -+  0.23 |   0.17 -+  0.27 |
s4      HRAS 085  Phs |   42.7 -+  42.2 |   15.2 -+  60.1 | -130.3 -+  89.5 |
s4      KASHIM34  Amp |   1.34 -+  1.62 |   0.38 -+  0.59 |   0.61 -+  0.64 |
s4      KASHIM34  Phs |   27.1 -+  68.3 |  117.9 -+  87.2 | -134.5 -+  60.3 |
s4      KASHIMA   Amp |   0.99 -+  0.85 |   0.52 -+  0.37 |   0.63 -+  0.39 |
s4      KASHIMA   Phs | -117.4 -+  49.2 |   46.2 -+  40.3 |  -66.8 -+  36.1 |
s4      KAUAI     Amp |   0.26 -+  0.63 |   0.26 -+  0.25 |   0.43 -+  0.30 |
s4      KAUAI     Phs |  177.1 -+ 142.3 |   -5.0 -+  54.4 | -165.1 -+  41.1 |
s4      KOKEE     Amp |   0.63 -+  0.34 |   0.04 -+  0.15 |   0.23 -+  0.18 |
s4      KOKEE     Phs |  167.1 -+  31.2 |   58.2 -+ 204.4 |  -56.6 -+  43.9 |
s4      KP-VLBA   Amp |   0.21 -+  0.41 |   0.13 -+  0.12 |   0.23 -+  0.12 |
s4      KP-VLBA   Phs |  158.4 -+ 113.6 |   98.6 -+  53.9 |  139.4 -+  30.0 |
s4      LA-VLBA   Amp |   0.29 -+  0.34 |   0.10 -+  0.11 |   0.28 -+  0.11 |
s4      LA-VLBA   Phs |   91.0 -+  66.9 |  174.9 -+  60.9 |   23.4 -+  22.4 |
s4      MATERA    Amp |   1.18 -+  0.52 |   0.40 -+  0.20 |   0.33 -+  0.21 |
s4      MATERA    Phs |   84.8 -+  25.0 | -150.7 -+  28.6 | -159.3 -+  36.6 |
s4      MEDICINA  Amp |   0.20 -+  0.55 |   0.15 -+  0.18 |   0.30 -+  0.19 |
s4      MEDICINA  Phs |  144.9 -+ 158.1 | -128.2 -+  69.0 |   63.0 -+  35.4 |
s4      MK-VLBA   Amp |   0.56 -+  0.57 |   0.35 -+  0.19 |   0.29 -+  0.20 |
s4      MK-VLBA   Phs |  153.9 -+  58.7 |  -71.9 -+  30.9 |  -53.9 -+  39.7 |
s4      MOJAVE12  Amp |   0.51 -+  0.39 |   0.11 -+  0.15 |   0.23 -+  0.15 |
s4      MOJAVE12  Phs |  -24.0 -+  44.4 |  -88.2 -+  79.4 |  -97.8 -+  38.4 |
s4      NL-VLBA   Amp |   2.06 -+  0.41 |   0.05 -+  0.11 |   0.13 -+  0.12 |
s4      NL-VLBA   Phs | -109.0 -+  11.5 |   60.5 -+ 122.3 |  -11.3 -+  52.6 |
s4      NOTO      Amp |   0.37 -+  0.97 |   0.21 -+  0.29 |   0.16 -+  0.31 |
s4      NOTO      Phs | -137.2 -+ 152.5 |  -55.1 -+  80.6 |   42.3 -+ 112.2 |
s4      NRAO20    Amp |   0.22 -+  0.42 |   0.11 -+  0.13 |   0.01 -+  0.14 |
s4      NRAO20    Phs | -135.6 -+ 108.8 | -112.3 -+  67.9 |  -86.2 -+ ***** |
s4      NRAO85 3  Amp |   0.18 -+  0.43 |   0.20 -+  0.16 |   0.50 -+  0.19 |
s4      NRAO85 3  Phs |  -61.8 -+ 140.0 |  -61.4 -+  47.0 | -159.2 -+  21.3 |
s4      NYALES20  Amp |   0.47 -+  0.38 |   0.10 -+  0.14 |   0.20 -+  0.14 |
s4      NYALES20  Phs |  146.7 -+  46.7 |  172.4 -+  81.0 |   99.2 -+  39.8 |
s4      ONSALA60  Amp |   0.58 -+  0.44 |   0.06 -+  0.16 |   0.22 -+  0.17 |
s4      ONSALA60  Phs |   31.3 -+  43.6 |  -95.2 -+ 157.5 |  -42.4 -+  43.1 |
s4      OV-VLBA   Amp |   1.09 -+  0.43 |   0.17 -+  0.12 |   0.09 -+  0.12 |
s4      OV-VLBA   Phs | -147.9 -+  22.6 |  -46.1 -+  42.0 |    2.1 -+  74.3 |
s4      OVRO 130  Amp |   0.52 -+  1.20 |   0.63 -+  0.50 |   0.77 -+  0.62 |
s4      OVRO 130  Phs |  -47.3 -+ 132.7 |  -18.1 -+  45.6 |   21.2 -+  45.8 |
s4      PIETOWN   Amp |   0.39 -+  0.37 |   0.21 -+  0.11 |   0.06 -+  0.11 |
s4      PIETOWN   Phs | -112.0 -+  54.6 |  172.3 -+  30.8 |    7.2 -+ 114.9 |
s4      RICHMOND  Amp |   0.24 -+  0.49 |   0.07 -+  0.19 |   0.29 -+  0.25 |
s4      RICHMOND  Phs |  -58.9 -+ 118.0 |    7.2 -+ 155.8 |  140.6 -+  49.4 |
s4      SANTIA12  Amp |   0.39 -+  1.53 |   0.81 -+  0.65 |   0.41 -+  0.80 |
s4      SANTIA12  Phs |  -37.4 -+ 226.4 |  142.1 -+  45.4 |   93.4 -+ 111.8 |
s4      SC-VLBA   Amp |   1.56 -+  0.71 |   0.72 -+  0.21 |   0.28 -+  0.22 |
s4      SC-VLBA   Phs | -104.5 -+  26.1 | -168.9 -+  16.7 |  -86.7 -+  46.3 |
s4      SESHAN25  Amp |   2.21 -+  1.31 |   0.81 -+  0.50 |   0.73 -+  0.52 |
s4      SESHAN25  Phs |  -82.9 -+  33.8 |  138.3 -+  35.8 |   43.4 -+  41.2 |
s4      TSUKUB32  Amp |   1.25 -+  0.97 |   0.18 -+  0.33 |   0.75 -+  0.37 |
s4      TSUKUB32  Phs |   81.7 -+  44.4 |  165.8 -+ 107.5 |  160.1 -+  28.5 |
s4      VNDNBERG  Amp |   1.29 -+  0.99 |   0.24 -+  0.39 |   0.57 -+  0.47 |
s4      VNDNBERG  Phs |  175.6 -+  44.1 |  -75.5 -+  90.3 |   35.0 -+  47.7 |
s4      WESTFORD  Amp |   0.26 -+  0.25 |   0.11 -+  0.09 |   0.17 -+  0.10 |
s4      WESTFORD  Phs |   -7.7 -+  55.1 |   90.5 -+  49.9 |  -91.5 -+  32.4 |
s4      WETTZELL  Amp |   0.31 -+  0.25 |   0.18 -+  0.13 |   0.09 -+  0.14 |
s4      WETTZELL  Phs |   50.8 -+  46.3 |  -37.2 -+  40.6 |  -55.8 -+  89.6 |

Residual amplitudes and phases
Solution ID:     olc_17a ocean loading solution: 32 bands, wid
No apriori ocean loading were used
GOT00 reference theoretical model + SPOTL
Errors of theoretical model are from /users/pet/oclo_res/ocl.err
Full weight matrix for each station and wave
Schwiderski phase convention
Scales Up/East/North:   1.000  10.000  10.000 
Multiplicative band-dependent reweighting is applied
Reweighting coef. for zonal band       Up/East/North   2.020   1.472   1.472
Reweighting coef. for diurnal band     Up/East/North   1.614   1.505   1.505
Reweighting coef. for semidiurnal band Up/East/North   1.342   1.321   1.321
  
m4      ALGOPARK  Amp |   0.43 -+  0.41 |   0.07 -+  0.14 |   0.07 -+  0.16 |
m4      ALGOPARK  Phs |  128.2 -+  54.8 |   69.9 -+ 123.5 |  -28.8 -+ 121.0 |
m4      BR-VLBA   Amp |   0.35 -+  0.36 |   0.01 -+  0.12 |   0.09 -+  0.12 |
m4      BR-VLBA   Phs |   -5.7 -+  59.2 | -177.9 -+ 790.6 |   24.7 -+  73.1 |
m4      DSS45     Amp |   2.23 -+  1.32 |   0.27 -+  0.47 |   0.58 -+  0.56 |
m4      DSS45     Phs |  -33.0 -+  33.9 |  114.0 -+  97.5 | -100.7 -+  55.4 |
m4      DSS65     Amp |   2.69 -+  0.90 |   0.20 -+  0.28 |   0.43 -+  0.28 |
m4      DSS65     Phs |  136.7 -+  19.2 |   22.4 -+  82.2 | -159.4 -+  36.4 |
m4      FD-VLBA   Amp |   0.97 -+  0.37 |   0.22 -+  0.11 |   0.07 -+  0.12 |
m4      FD-VLBA   Phs | -152.6 -+  21.9 | -143.8 -+  29.0 |  -98.5 -+  95.7 |
m4      FORTLEZA  Amp |   0.44 -+  0.50 |   0.20 -+  0.23 |   0.13 -+  0.28 |
m4      FORTLEZA  Phs |  157.2 -+  65.1 |  -50.5 -+  65.0 |  -64.1 -+ 121.6 |
m4      GILCREEK  Amp |   0.07 -+  0.22 |   0.12 -+  0.10 |   0.07 -+  0.09 |
m4      GILCREEK  Phs |   68.7 -+ 175.0 |  -95.5 -+  49.7 |   93.9 -+  79.1 |
m4      HARTRAO   Amp |   0.66 -+  0.71 |   0.57 -+  0.41 |   0.32 -+  0.44 |
m4      HARTRAO   Phs | -105.3 -+  62.1 |  -64.6 -+  40.9 |   24.3 -+  80.5 |
m4      HATCREEK  Amp |   1.54 -+  1.10 |   0.51 -+  0.45 |   0.67 -+  0.53 |
m4      HATCREEK  Phs |   81.0 -+  40.8 |  -36.7 -+  50.4 |  -88.4 -+  45.0 |
m4      HAYSTACK  Amp |   1.61 -+  1.22 |   0.62 -+  0.43 |   0.40 -+  0.42 |
m4      HAYSTACK  Phs |   17.6 -+  43.4 |  -27.5 -+  39.0 |  -68.6 -+  59.9 |
m4      HN-VLBA   Amp |   0.37 -+  0.53 |   0.19 -+  0.15 |   0.38 -+  0.14 |
m4      HN-VLBA   Phs |  -25.5 -+  82.2 |   88.5 -+  44.0 | -100.4 -+  20.9 |
m4      HOBART26  Amp |   0.74 -+  1.06 |   0.56 -+  0.41 |   0.79 -+  0.49 |
m4      HOBART26  Phs |   30.8 -+  82.1 | -124.8 -+  42.1 | -136.8 -+  35.1 |
m4      HRAS 085  Amp |   0.12 -+  0.53 |   0.14 -+  0.23 |   0.47 -+  0.27 |
m4      HRAS 085  Phs |  147.4 -+ 249.1 | -171.8 -+  96.1 |   -9.1 -+  33.0 |
m4      KASHIM34  Amp |   1.74 -+  1.61 |   0.84 -+  0.59 |   1.08 -+  0.65 |
m4      KASHIM34  Phs |  -62.5 -+  53.3 |  162.3 -+  40.3 |   37.9 -+  34.6 |
m4      KASHIMA   Amp |   0.73 -+  0.86 |   1.04 -+  0.37 |   0.27 -+  0.39 |
m4      KASHIMA   Phs | -176.9 -+  67.4 |   24.0 -+  20.1 | -104.6 -+  83.7 |
m4      KAUAI     Amp |   0.59 -+  0.65 |   0.50 -+  0.25 |   0.34 -+  0.31 |
m4      KAUAI     Phs |  -51.8 -+  62.8 |  -20.7 -+  28.6 | -144.8 -+  51.4 |
m4      KOKEE     Amp |   0.43 -+  0.35 |   0.08 -+  0.15 |   0.12 -+  0.18 |
m4      KOKEE     Phs |   55.0 -+  46.5 | -170.1 -+ 105.7 |  162.8 -+  82.5 |
m4      KP-VLBA   Amp |   0.62 -+  0.41 |   0.22 -+  0.12 |   0.20 -+  0.12 |
m4      KP-VLBA   Phs |   -6.3 -+  37.8 |  125.1 -+  31.0 | -101.5 -+  35.5 |
m4      LA-VLBA   Amp |   0.68 -+  0.35 |   0.17 -+  0.11 |   0.11 -+  0.11 |
m4      LA-VLBA   Phs |  108.8 -+  29.5 |   80.2 -+  36.0 |   52.8 -+  56.9 |
m4      MATERA    Amp |   0.54 -+  0.52 |   0.09 -+  0.20 |   0.25 -+  0.21 |
m4      MATERA    Phs |  145.3 -+  55.2 |    4.0 -+ 130.7 |  -41.6 -+  49.0 |
m4      MEDICINA  Amp |   0.77 -+  0.55 |   0.30 -+  0.18 |   0.34 -+  0.19 |
m4      MEDICINA  Phs |  174.0 -+  41.2 |  152.5 -+  34.5 |   97.1 -+  31.1 |
m4      MK-VLBA   Amp |   0.79 -+  0.58 |   0.23 -+  0.19 |   0.60 -+  0.20 |
m4      MK-VLBA   Phs |  108.9 -+  41.8 |    8.3 -+  47.1 |   88.2 -+  19.4 |
m4      MOJAVE12  Amp |   0.12 -+  0.40 |   0.29 -+  0.15 |   0.16 -+  0.15 |
m4      MOJAVE12  Phs | -131.9 -+ 197.8 | -104.3 -+  29.4 |  111.5 -+  55.4 |
m4      NL-VLBA   Amp |   0.72 -+  0.42 |   0.17 -+  0.12 |   0.47 -+  0.12 |
m4      NL-VLBA   Phs |   17.1 -+  33.0 |  100.2 -+  38.1 |  -46.9 -+  14.2 |
m4      NOTO      Amp |   0.85 -+  0.98 |   0.25 -+  0.29 |   0.60 -+  0.31 |
m4      NOTO      Phs | -171.5 -+  66.2 |   14.8 -+  68.3 | -105.2 -+  29.8 |
m4      NRAO20    Amp |   0.19 -+  0.42 |   0.14 -+  0.13 |   0.13 -+  0.14 |
m4      NRAO20    Phs | -136.6 -+ 127.1 |   60.2 -+  53.9 |   79.6 -+  63.1 |
m4      NRAO85 3  Amp |   0.33 -+  0.44 |   0.33 -+  0.16 |   0.26 -+  0.19 |
m4      NRAO85 3  Phs |  114.3 -+  77.9 | -139.7 -+  28.2 |  139.4 -+  41.7 |
m4      NYALES20  Amp |   0.31 -+  0.39 |   0.12 -+  0.14 |   0.26 -+  0.14 |
m4      NYALES20  Phs |  137.5 -+  71.6 | -158.4 -+  65.1 |   98.9 -+  30.4 |
m4      ONSALA60  Amp |   0.33 -+  0.45 |   0.11 -+  0.16 |   0.11 -+  0.17 |
m4      ONSALA60  Phs |  152.1 -+  78.5 |  -23.9 -+  80.8 | -170.6 -+  91.3 |
m4      OV-VLBA   Amp |   0.43 -+  0.44 |   0.11 -+  0.12 |   0.21 -+  0.12 |
m4      OV-VLBA   Phs |   77.1 -+  58.0 |    0.6 -+  61.1 |   76.2 -+  33.6 |
m4      OVRO 130  Amp |   2.05 -+  1.21 |   0.25 -+  0.49 |   0.15 -+  0.61 |
m4      OVRO 130  Phs |  176.6 -+  33.8 |  147.1 -+ 110.7 |   43.9 -+ 236.2 |
m4      PIETOWN   Amp |   0.35 -+  0.37 |   0.06 -+  0.11 |   0.05 -+  0.11 |
m4      PIETOWN   Phs |  168.4 -+  60.7 |  -25.5 -+ 101.4 |  -65.7 -+ 128.7 |
m4      RICHMOND  Amp |   0.34 -+  0.50 |   0.12 -+  0.19 |   0.55 -+  0.25 |
m4      RICHMOND  Phs |   73.0 -+  83.6 | -123.3 -+  87.9 |   76.5 -+  25.7 |
m4      SANTIA12  Amp |   0.30 -+  1.55 |   1.17 -+  0.65 |   0.85 -+  0.79 |
m4      SANTIA12  Phs |  -45.3 -+ 295.8 |   23.1 -+  31.7 |  119.8 -+  53.3 |
m4      SC-VLBA   Amp |   1.03 -+  0.72 |   0.47 -+  0.21 |   0.72 -+  0.22 |
m4      SC-VLBA   Phs |  142.8 -+  39.7 |   75.1 -+  25.9 | -130.5 -+  18.0 |
m4      SESHAN25  Amp |   1.61 -+  1.33 |   0.44 -+  0.51 |   0.52 -+  0.52 |
m4      SESHAN25  Phs |  -67.1 -+  47.4 |   29.4 -+  66.0 |  101.7 -+  57.9 |
m4      TSUKUB32  Amp |   0.53 -+  0.99 |   0.08 -+  0.33 |   0.70 -+  0.37 |
m4      TSUKUB32  Phs |  155.9 -+ 108.0 | -159.5 -+ 225.6 |  -77.7 -+  30.6 |
m4      VNDNBERG  Amp |   1.36 -+  1.00 |   0.54 -+  0.38 |   0.46 -+  0.46 |
m4      VNDNBERG  Phs | -138.5 -+  42.0 |  -85.7 -+  40.1 | -178.3 -+  58.4 |
m4      WESTFORD  Amp |   0.32 -+  0.25 |   0.11 -+  0.09 |   0.18 -+  0.10 |
m4      WESTFORD  Phs |   43.9 -+  45.2 | -101.9 -+  46.0 |  127.2 -+  30.9 |
m4      WETTZELL  Amp |   0.24 -+  0.26 |   0.10 -+  0.13 |   0.14 -+  0.14 |
m4      WETTZELL  Phs |  130.9 -+  61.4 | -129.6 -+  78.0 |   69.2 -+  58.3 |

Residual amplitudes and phases
Solution ID:     olc_17a ocean loading solution: 32 bands, wid
No apriori ocean loading were used
GOT00 reference theoretical model + SPOTL
Errors of theoretical model are from /users/pet/oclo_res/ocl.err
Full weight matrix for each station and wave
Schwiderski phase convention
Scales Up/East/North:   1.000  10.000  10.000 
Multiplicative band-dependent reweighting is applied
Reweighting coef. for zonal band       Up/East/North   2.020   1.472   1.472
Reweighting coef. for diurnal band     Up/East/North   1.614   1.505   1.505
Reweighting coef. for semidiurnal band Up/East/North   1.342   1.321   1.321
  
s3      ALGOPARK  Amp |   0.35 -+  0.46 |   0.23 -+  0.15 |   0.21 -+  0.16 |
s3      ALGOPARK  Phs |  -88.1 -+  76.3 |  105.4 -+  36.1 |  -19.3 -+  44.3 |
s3      BR-VLBA   Amp |   0.48 -+  0.39 |   0.21 -+  0.12 |   0.06 -+  0.12 |
s3      BR-VLBA   Phs |  -20.1 -+  46.5 |  -77.4 -+  33.0 |  131.4 -+ 111.4 |
s3      DSS45     Amp |   1.81 -+  1.55 |   0.73 -+  0.50 |   0.71 -+  0.60 |
s3      DSS45     Phs |    6.3 -+  49.0 | -142.0 -+  39.1 |  -71.0 -+  48.4 |
s3      DSS65     Amp |   1.12 -+  1.02 |   0.47 -+  0.30 |   0.83 -+  0.29 |
s3      DSS65     Phs |   57.3 -+  52.2 |   71.2 -+  36.5 |   98.0 -+  20.0 |
s3      FD-VLBA   Amp |   0.49 -+  0.39 |   0.09 -+  0.12 |   0.29 -+  0.12 |
s3      FD-VLBA   Phs |   12.4 -+  45.7 |  -73.6 -+  70.6 |  -89.5 -+  23.5 |
s3      FORTLEZA  Amp |   0.97 -+  0.58 |   0.52 -+  0.25 |   0.14 -+  0.30 |
s3      FORTLEZA  Phs |  -84.7 -+  34.2 | -179.5 -+  27.7 |  -36.7 -+ 122.9 |
s3      GILCREEK  Amp |   0.19 -+  0.25 |   0.27 -+  0.11 |   0.26 -+  0.10 |
s3      GILCREEK  Phs | -120.8 -+  76.5 |  149.7 -+  23.5 |   48.7 -+  21.5 |
s3      HARTRAO   Amp |   0.54 -+  0.84 |   0.65 -+  0.44 |   0.94 -+  0.49 |
s3      HARTRAO   Phs |  -55.4 -+  88.2 |  -48.1 -+  38.8 |  -70.8 -+  29.6 |
s3      HATCREEK  Amp |   2.03 -+  1.30 |   0.56 -+  0.48 |   0.54 -+  0.56 |
s3      HATCREEK  Phs |  -72.4 -+  36.6 | -177.7 -+  48.8 |   -2.4 -+  59.4 |
s3      HAYSTACK  Amp |   2.10 -+  1.39 |   0.44 -+  0.45 |   0.77 -+  0.46 |
s3      HAYSTACK  Phs | -133.6 -+  38.5 |    8.0 -+  59.2 |   29.1 -+  33.9 |
s3      HN-VLBA   Amp |   1.54 -+  0.57 |   0.24 -+  0.15 |   0.43 -+  0.14 |
s3      HN-VLBA   Phs |   14.7 -+  21.2 |   81.4 -+  34.4 | -163.2 -+  19.0 |
s3      HOBART26  Amp |   1.89 -+  1.24 |   0.18 -+  0.45 |   0.87 -+  0.52 |
s3      HOBART26  Phs | -168.4 -+  37.8 | -164.6 -+ 145.1 |  -84.0 -+  34.5 |
s3      HRAS 085  Amp |   1.07 -+  0.63 |   0.13 -+  0.25 |   0.39 -+  0.29 |
s3      HRAS 085  Phs |  -53.5 -+  33.7 |   26.4 -+ 109.6 |  -17.4 -+  42.0 |
s3      KASHIM34  Amp |   3.25 -+  1.85 |   0.29 -+  0.61 |   1.66 -+  0.67 |
s3      KASHIM34  Phs |  153.7 -+  32.6 |  152.0 -+ 120.2 |   -9.9 -+  23.1 |
s3      KASHIMA   Amp |   1.59 -+  1.01 |   0.43 -+  0.38 |   0.49 -+  0.41 |
s3      KASHIMA   Phs |  104.8 -+  36.5 |  133.8 -+  50.8 | -106.6 -+  48.3 |
s3      KAUAI     Amp |   0.40 -+  0.75 |   0.63 -+  0.26 |   0.50 -+  0.32 |
s3      KAUAI     Phs |   -2.5 -+ 108.6 |   69.4 -+  24.0 |   20.1 -+  37.0 |
s3      KOKEE     Amp |   0.74 -+  0.40 |   0.34 -+  0.16 |   0.33 -+  0.19 |
s3      KOKEE     Phs |  -25.3 -+  30.5 |   77.3 -+  27.1 |  118.4 -+  33.2 |
s3      KP-VLBA   Amp |   1.26 -+  0.43 |   0.32 -+  0.12 |   0.26 -+  0.13 |
s3      KP-VLBA   Phs |  -34.8 -+  19.6 |  -69.5 -+  22.0 | -156.8 -+  28.1 |
s3      LA-VLBA   Amp |   0.29 -+  0.37 |   0.19 -+  0.11 |   0.20 -+  0.11 |
s3      LA-VLBA   Phs | -100.2 -+  73.3 |   -5.2 -+  33.8 | -115.3 -+  31.7 |
s3      MATERA    Amp |   0.79 -+  0.59 |   0.23 -+  0.21 |   0.17 -+  0.22 |
s3      MATERA    Phs |   68.4 -+  42.8 |  -80.7 -+  52.6 |  -80.2 -+  76.6 |
s3      MEDICINA  Amp |   0.57 -+  0.60 |   0.07 -+  0.19 |   0.22 -+  0.20 |
s3      MEDICINA  Phs |  -48.1 -+  60.7 |  -92.7 -+ 151.9 |  108.4 -+  50.5 |
s3      MK-VLBA   Amp |   0.62 -+  0.62 |   0.29 -+  0.20 |   0.30 -+  0.21 |
s3      MK-VLBA   Phs |   23.9 -+  57.1 |  112.1 -+  39.6 |   29.6 -+  41.1 |
s3      MOJAVE12  Amp |   0.59 -+  0.46 |   0.28 -+  0.16 |   0.28 -+  0.16 |
s3      MOJAVE12  Phs | -131.7 -+  44.7 |  138.7 -+  32.5 |   19.7 -+  32.3 |
s3      NL-VLBA   Amp |   1.68 -+  0.44 |   0.23 -+  0.12 |   0.23 -+  0.12 |
s3      NL-VLBA   Phs |   21.3 -+  15.0 |   -7.4 -+  29.4 |  175.5 -+  30.0 |
s3      NOTO      Amp |   1.51 -+  1.13 |   0.27 -+  0.31 |   0.16 -+  0.32 |
s3      NOTO      Phs |   21.4 -+  42.7 |  109.5 -+  65.8 |  141.6 -+ 113.8 |
s3      NRAO20    Amp |   0.72 -+  0.46 |   0.17 -+  0.14 |   0.36 -+  0.15 |
s3      NRAO20    Phs |  123.4 -+  36.7 |  141.0 -+  47.6 |   45.4 -+  23.4 |
s3      NRAO85 3  Amp |   0.73 -+  0.51 |   0.10 -+  0.17 |   0.27 -+  0.19 |
s3      NRAO85 3  Phs | -177.0 -+  40.2 |   64.1 -+  98.6 |   39.1 -+  41.2 |
s3      NYALES20  Amp |   0.74 -+  0.43 |   0.24 -+  0.14 |   0.23 -+  0.15 |
s3      NYALES20  Phs |  -48.2 -+  33.1 |  -23.1 -+  34.1 |  -31.4 -+  36.3 |
s3      ONSALA60  Amp |   0.30 -+  0.50 |   0.39 -+  0.17 |   0.13 -+  0.18 |
s3      ONSALA60  Phs |  156.9 -+  94.4 |  168.4 -+  24.5 |   24.5 -+  76.5 |
s3      OV-VLBA   Amp |   0.86 -+  0.45 |   0.23 -+  0.13 |   0.23 -+  0.12 |
s3      OV-VLBA   Phs |  -94.8 -+  29.7 | -109.9 -+  32.0 |  100.0 -+  31.3 |
s3      OVRO 130  Amp |   2.65 -+  1.47 |   0.11 -+  0.53 |   0.98 -+  0.65 |
s3      OVRO 130  Phs | -106.7 -+  31.7 |  -65.4 -+ 283.0 |  -10.3 -+  38.2 |
s3      PIETOWN   Amp |   0.82 -+  0.39 |   0.31 -+  0.12 |   0.29 -+  0.12 |
s3      PIETOWN   Phs |  -51.4 -+  27.3 |  -59.6 -+  21.5 | -127.0 -+  23.4 |
s3      RICHMOND  Amp |   0.39 -+  0.59 |   0.38 -+  0.20 |   0.61 -+  0.26 |
s3      RICHMOND  Phs |  -55.1 -+  85.4 | -111.8 -+  29.4 |   14.7 -+  24.4 |
s3      SANTIA12  Amp |   2.40 -+  1.84 |   1.04 -+  0.68 |   1.26 -+  0.83 |
s3      SANTIA12  Phs |    5.0 -+  43.9 |  115.9 -+  37.2 |  -23.2 -+  38.0 |
s3      SC-VLBA   Amp |   2.25 -+  0.78 |   0.54 -+  0.22 |   1.26 -+  0.23 |
s3      SC-VLBA   Phs |   22.3 -+  19.9 |  125.0 -+  22.7 | -151.5 -+  10.6 |
s3      SESHAN25  Amp |   1.92 -+  1.59 |   0.71 -+  0.54 |   1.90 -+  0.56 |
s3      SESHAN25  Phs |   33.6 -+  47.4 | -132.9 -+  43.2 | -155.6 -+  16.9 |
s3      TSUKUB32  Amp |   1.11 -+  1.12 |   0.79 -+  0.35 |   0.84 -+  0.39 |
s3      TSUKUB32  Phs |  158.4 -+  58.0 |   -4.4 -+  25.2 |  130.9 -+  26.5 |
s3      VNDNBERG  Amp |   1.48 -+  1.21 |   0.71 -+  0.41 |   0.19 -+  0.49 |
s3      VNDNBERG  Phs |   12.3 -+  46.6 |  118.1 -+  33.2 |   -2.1 -+ 149.4 |
s3      WESTFORD  Amp |   0.50 -+  0.28 |   0.04 -+  0.10 |   0.25 -+  0.10 |
s3      WESTFORD  Phs | -166.1 -+  32.5 |   47.9 -+ 131.6 |   39.7 -+  23.4 |
s3      WETTZELL  Amp |   0.03 -+  0.29 |   0.03 -+  0.14 |   0.30 -+  0.16 |
s3      WETTZELL  Phs |   42.1 -+ 623.3 | -152.2 -+ 301.5 |   13.5 -+  29.6 |

Residual amplitudes and phases
Solution ID:     olc_17a ocean loading solution: 32 bands, wid
No apriori ocean loading were used
GOT00 reference theoretical model + SPOTL
Errors of theoretical model are from /users/pet/oclo_res/ocl.err
Full weight matrix for each station and wave
Schwiderski phase convention
Scales Up/East/North:   1.000  10.000  10.000 
Multiplicative band-dependent reweighting is applied
Reweighting coef. for zonal band       Up/East/North   2.020   1.472   1.472
Reweighting coef. for diurnal band     Up/East/North   1.614   1.505   1.505
Reweighting coef. for semidiurnal band Up/East/North   1.342   1.321   1.321
  
m3      ALGOPARK  Amp |   1.09 -+  0.47 |   0.40 -+  0.15 |   0.24 -+  0.16 |
m3      ALGOPARK  Phs |  -82.4 -+  24.5 | -174.6 -+  21.3 |  106.9 -+  38.8 |
m3      BR-VLBA   Amp |   0.36 -+  0.39 |   0.24 -+  0.12 |   0.17 -+  0.12 |
m3      BR-VLBA   Phs |  -95.0 -+  62.5 |   45.8 -+  29.0 | -155.3 -+  41.5 |
m3      DSS45     Amp |   2.10 -+  1.55 |   1.51 -+  0.50 |   0.79 -+  0.60 |
m3      DSS45     Phs |   53.1 -+  42.3 |  116.1 -+  18.9 | -116.7 -+  43.4 |
m3      DSS65     Amp |   1.51 -+  1.03 |   0.22 -+  0.29 |   0.27 -+  0.29 |
m3      DSS65     Phs |  125.6 -+  39.0 |   75.5 -+  76.9 |  -82.8 -+  62.4 |
m3      FD-VLBA   Amp |   0.38 -+  0.39 |   0.17 -+  0.12 |   0.09 -+  0.12 |
m3      FD-VLBA   Phs |   65.8 -+  58.6 |   77.6 -+  39.8 |   -1.8 -+  74.8 |
m3      FORTLEZA  Amp |   0.66 -+  0.59 |   0.29 -+  0.24 |   0.33 -+  0.30 |
m3      FORTLEZA  Phs |  -80.1 -+  51.1 |   65.5 -+  48.9 |   64.1 -+  50.5 |
m3      GILCREEK  Amp |   0.17 -+  0.25 |   0.05 -+  0.11 |   0.06 -+  0.10 |
m3      GILCREEK  Phs |  -85.9 -+  82.9 |   40.9 -+ 136.5 |   -8.6 -+  89.7 |
m3      HARTRAO   Amp |   0.89 -+  0.85 |   0.27 -+  0.45 |   0.60 -+  0.48 |
m3      HARTRAO   Phs |  -67.6 -+  54.5 | -144.1 -+  95.0 |   80.0 -+  45.5 |
m3      HATCREEK  Amp |   2.40 -+  1.30 |   1.16 -+  0.46 |   0.96 -+  0.55 |
m3      HATCREEK  Phs | -177.2 -+  31.0 |  -47.1 -+  23.3 |  -74.1 -+  33.0 |
m3      HAYSTACK  Amp |   0.29 -+  1.42 |   0.91 -+  0.44 |   0.18 -+  0.44 |
m3      HAYSTACK  Phs |  175.4 -+ 277.0 |  -73.3 -+  28.1 |   -5.8 -+ 138.3 |
m3      HN-VLBA   Amp |   0.61 -+  0.56 |   0.18 -+  0.15 |   0.48 -+  0.14 |
m3      HN-VLBA   Phs | -158.8 -+  53.1 |  148.8 -+  47.4 | -116.2 -+  17.1 |
m3      HOBART26  Amp |   0.26 -+  1.26 |   0.44 -+  0.44 |   0.31 -+  0.53 |
m3      HOBART26  Phs | -154.7 -+ 272.9 |  143.1 -+  58.3 | -134.6 -+  97.4 |
m3      HRAS 085  Amp |   0.61 -+  0.63 |   0.49 -+  0.24 |   0.34 -+  0.28 |
m3      HRAS 085  Phs |  -61.3 -+  58.7 | -112.0 -+  28.1 |  121.6 -+  47.1 |
m3      KASHIM34  Amp |   1.46 -+  1.88 |   0.77 -+  0.62 |   0.44 -+  0.67 |
m3      KASHIM34  Phs | -172.6 -+  73.8 |  -68.8 -+  45.6 |  -31.6 -+  86.2 |
m3      KASHIMA   Amp |   1.22 -+  1.02 |   0.60 -+  0.38 |   0.80 -+  0.41 |
m3      KASHIMA   Phs | -131.8 -+  47.8 |  -58.7 -+  36.2 | -103.4 -+  29.7 |
m3      KAUAI     Amp |   0.51 -+  0.75 |   0.12 -+  0.26 |   0.16 -+  0.32 |
m3      KAUAI     Phs |  178.4 -+  84.1 | -161.2 -+ 120.5 |  -47.4 -+ 112.9 |
m3      KOKEE     Amp |   0.26 -+  0.40 |   0.40 -+  0.16 |   0.14 -+  0.19 |
m3      KOKEE     Phs |   66.6 -+  88.1 | -152.1 -+  23.1 |   55.8 -+  76.4 |
m3      KP-VLBA   Amp |   0.32 -+  0.43 |   0.21 -+  0.12 |   0.13 -+  0.12 |
m3      KP-VLBA   Phs | -167.7 -+  76.3 |    3.0 -+  34.3 |  102.3 -+  54.7 |
m3      LA-VLBA   Amp |   0.59 -+  0.37 |   0.20 -+  0.11 |   0.25 -+  0.11 |
m3      LA-VLBA   Phs |  165.9 -+  35.7 |   91.6 -+  31.8 |  -28.5 -+  25.7 |
m3      MATERA    Amp |   0.82 -+  0.59 |   0.07 -+  0.21 |   0.27 -+  0.22 |
m3      MATERA    Phs |  -57.1 -+  41.4 |  -71.8 -+ 166.8 |  -41.0 -+  47.5 |
m3      MEDICINA  Amp |   0.51 -+  0.60 |   0.06 -+  0.19 |   0.17 -+  0.20 |
m3      MEDICINA  Phs | -140.8 -+  67.6 |   16.1 -+ 173.2 |  -15.5 -+  65.7 |
m3      MK-VLBA   Amp |   0.98 -+  0.62 |   0.27 -+  0.20 |   0.15 -+  0.21 |
m3      MK-VLBA   Phs |  167.3 -+  36.5 |   66.1 -+  43.5 |   58.3 -+  83.2 |
m3      MOJAVE12  Amp |   0.15 -+  0.47 |   0.20 -+  0.16 |   0.30 -+  0.16 |
m3      MOJAVE12  Phs |  152.6 -+ 181.4 |  -50.4 -+  44.1 |  -87.0 -+  30.1 |
m3      NL-VLBA   Amp |   1.29 -+  0.44 |   0.08 -+  0.12 |   0.06 -+  0.12 |
m3      NL-VLBA   Phs |  -98.4 -+  19.4 |  -67.9 -+  80.1 |   42.0 -+ 116.5 |
m3      NOTO      Amp |   1.42 -+  1.12 |   0.66 -+  0.31 |   0.20 -+  0.32 |
m3      NOTO      Phs |  172.8 -+  45.1 |   58.6 -+  26.8 |   71.4 -+  94.1 |
m3      NRAO20    Amp |   0.35 -+  0.46 |   0.28 -+  0.14 |   0.34 -+  0.15 |
m3      NRAO20    Phs | -103.9 -+  76.4 |  -31.8 -+  27.8 |   36.1 -+  24.4 |
m3      NRAO85 3  Amp |   0.08 -+  0.52 |   0.43 -+  0.17 |   0.49 -+  0.19 |
m3      NRAO85 3  Phs |  -62.0 -+ 377.4 | -179.9 -+  21.9 |   78.2 -+  22.1 |
m3      NYALES20  Amp |   0.19 -+  0.43 |   0.13 -+  0.14 |   0.17 -+  0.15 |
m3      NYALES20  Phs | -102.2 -+ 132.5 |  -17.1 -+  61.0 |  168.3 -+  49.4 |
m3      ONSALA60  Amp |   0.18 -+  0.50 |   0.30 -+  0.17 |   0.16 -+  0.18 |
m3      ONSALA60  Phs | -113.4 -+ 157.5 |   39.3 -+  32.2 |  153.9 -+  64.9 |
m3      OV-VLBA   Amp |   1.04 -+  0.45 |   0.28 -+  0.13 |   0.18 -+  0.13 |
m3      OV-VLBA   Phs |  -39.1 -+  24.7 |    4.5 -+  25.7 |  154.6 -+  38.8 |
m3      OVRO 130  Amp |   0.82 -+  1.46 |   0.27 -+  0.53 |   1.06 -+  0.64 |
m3      OVRO 130  Phs |   72.9 -+ 102.3 | -126.8 -+ 109.4 |    8.6 -+  34.6 |
m3      PIETOWN   Amp |   0.38 -+  0.39 |   0.13 -+  0.11 |   0.08 -+  0.12 |
m3      PIETOWN   Phs |  153.6 -+  58.9 |  -75.4 -+  52.5 |  168.8 -+  88.7 |
m3      RICHMOND  Amp |   0.54 -+  0.59 |   0.26 -+  0.20 |   0.29 -+  0.26 |
m3      RICHMOND  Phs |  162.1 -+  62.1 |  173.9 -+  43.0 | -153.6 -+  50.0 |
m3      SANTIA12  Amp |   2.05 -+  1.85 |   1.43 -+  0.68 |   1.22 -+  0.83 |
m3      SANTIA12  Phs |  -38.5 -+  51.6 |   66.9 -+  27.3 |  114.9 -+  38.9 |
m3      SC-VLBA   Amp |   3.44 -+  0.77 |   0.44 -+  0.22 |   0.90 -+  0.23 |
m3      SC-VLBA   Phs |  154.5 -+  13.0 |  146.4 -+  28.2 |  -99.7 -+  14.7 |
m3      SESHAN25  Amp |   2.07 -+  1.60 |   0.46 -+  0.54 |   0.59 -+  0.56 |
m3      SESHAN25  Phs | -173.5 -+  44.2 |  -16.1 -+  66.9 |  114.8 -+  54.7 |
m3      TSUKUB32  Amp |   1.41 -+  1.14 |   0.14 -+  0.35 |   1.27 -+  0.39 |
m3      TSUKUB32  Phs | -146.6 -+  46.5 |  168.2 -+ 140.3 |  114.1 -+  17.5 |
m3      VNDNBERG  Amp |   1.10 -+  1.20 |   0.62 -+  0.41 |   0.45 -+  0.49 |
m3      VNDNBERG  Phs |  108.7 -+  62.5 | -141.1 -+  37.6 |   54.8 -+  63.1 |
m3      WESTFORD  Amp |   0.23 -+  0.28 |   0.18 -+  0.10 |   0.08 -+  0.10 |
m3      WESTFORD  Phs |  105.6 -+  71.4 | -131.0 -+  29.9 |  109.1 -+  71.4 |
m3      WETTZELL  Amp |   0.10 -+  0.29 |   0.12 -+  0.14 |   0.12 -+  0.16 |
m3      WETTZELL  Phs |    8.2 -+ 168.7 |  -78.4 -+  65.8 | -142.9 -+  71.4 |

Residual amplitudes and phases
Solution ID:     olc_17a ocean loading solution: 32 bands, wid
No apriori ocean loading were used
GOT00 reference theoretical model + SPOTL
Errors of theoretical model are from /users/pet/oclo_res/ocl.err
Full weight matrix for each station and wave
Schwiderski phase convention
Scales Up/East/North:   1.000  10.000  10.000 
Multiplicative band-dependent reweighting is applied
Reweighting coef. for zonal band       Up/East/North   2.020   1.472   1.472
Reweighting coef. for diurnal band     Up/East/North   1.614   1.505   1.505
Reweighting coef. for semidiurnal band Up/East/North   1.342   1.321   1.321
  
empt-2  ALGOPARK  Amp |   0.23 -+  0.53 |   0.19 -+  0.16 |   0.14 -+  0.17 |
empt-2  ALGOPARK  Phs |  175.8 -+ 135.4 | -140.1 -+  47.4 |  -67.4 -+  70.9 |
empt-2  BR-VLBA   Amp |   0.78 -+  0.45 |   0.16 -+  0.14 |   0.38 -+  0.13 |
empt-2  BR-VLBA   Phs |  120.3 -+  33.0 |  -33.7 -+  48.5 |  158.4 -+  20.0 |
empt-2  DSS45     Amp |   1.12 -+  1.90 |   0.69 -+  0.57 |   0.56 -+  0.70 |
empt-2  DSS45     Phs |   21.6 -+  97.2 |  159.7 -+  47.0 |  -17.4 -+  71.6 |
empt-2  DSS65     Amp |   3.81 -+  1.27 |   0.25 -+  0.35 |   0.24 -+  0.34 |
empt-2  DSS65     Phs |  105.7 -+  19.0 | -157.0 -+  79.0 |  -23.8 -+  82.5 |
empt-2  FD-VLBA   Amp |   0.45 -+  0.43 |   0.14 -+  0.13 |   0.22 -+  0.13 |
empt-2  FD-VLBA   Phs |  148.6 -+  55.1 |  144.5 -+  52.2 |  166.5 -+  34.9 |
empt-2  FORTLEZA  Amp |   0.98 -+  0.69 |   0.23 -+  0.27 |   0.45 -+  0.32 |
empt-2  FORTLEZA  Phs |  -23.9 -+  40.7 |  -49.9 -+  65.5 |   28.6 -+  41.1 |
empt-2  GILCREEK  Amp |   0.34 -+  0.29 |   0.14 -+  0.12 |   0.03 -+  0.11 |
empt-2  GILCREEK  Phs |  126.1 -+  49.2 |  -68.9 -+  51.3 |   -6.9 -+ 187.2 |
empt-2  HARTRAO   Amp |   1.47 -+  1.06 |   0.25 -+  0.51 |   0.56 -+  0.55 |
empt-2  HARTRAO   Phs | -117.4 -+  41.4 |  -74.1 -+ 115.9 |  -37.6 -+  56.7 |
empt-2  HATCREEK  Amp |   2.34 -+  1.62 |   0.15 -+  0.53 |   1.09 -+  0.60 |
empt-2  HATCREEK  Phs |   62.2 -+  39.6 |  119.8 -+ 201.9 |   60.9 -+  31.8 |
empt-2  HAYSTACK  Amp |   0.59 -+  1.75 |   0.56 -+  0.51 |   0.48 -+  0.51 |
empt-2  HAYSTACK  Phs |   86.3 -+ 168.9 |  -70.8 -+  51.6 | -141.4 -+  61.7 |
empt-2  HN-VLBA   Amp |   0.44 -+  0.63 |   0.05 -+  0.16 |   0.34 -+  0.16 |
empt-2  HN-VLBA   Phs |  -88.6 -+  81.8 |  -41.6 -+ 179.3 |   11.7 -+  26.3 |
empt-2  HOBART26  Amp |   1.65 -+  1.58 |   0.85 -+  0.51 |   1.19 -+  0.62 |
empt-2  HOBART26  Phs |   81.2 -+  55.0 |  -30.7 -+  34.3 |  -12.8 -+  29.8 |
empt-2  HRAS 085  Amp |   1.24 -+  0.77 |   0.30 -+  0.27 |   0.41 -+  0.31 |
empt-2  HRAS 085  Phs |  -38.5 -+  35.4 |    3.9 -+  52.1 |  -18.4 -+  42.8 |
empt-2  KASHIM34  Amp |   2.79 -+  2.48 |   0.74 -+  0.73 |   0.63 -+  0.80 |
empt-2  KASHIM34  Phs |  104.8 -+  50.9 |  127.7 -+  57.0 |  135.8 -+  73.3 |
empt-2  KASHIMA   Amp |   1.37 -+  1.24 |   0.41 -+  0.41 |   1.11 -+  0.45 |
empt-2  KASHIMA   Phs | -175.5 -+  51.9 |   88.7 -+  58.1 |   42.4 -+  23.1 |
empt-2  KAUAI     Amp |   0.86 -+  0.89 |   0.38 -+  0.28 |   0.08 -+  0.36 |
empt-2  KAUAI     Phs |  177.6 -+  59.0 | -178.7 -+  42.4 | -131.8 -+ 257.4 |
empt-2  KOKEE     Amp |   0.61 -+  0.45 |   0.35 -+  0.18 |   0.36 -+  0.22 |
empt-2  KOKEE     Phs |   61.4 -+  42.7 |  -75.3 -+  30.0 |  -94.7 -+  34.4 |
empt-2  KP-VLBA   Amp |   0.97 -+  0.48 |   0.10 -+  0.14 |   0.34 -+  0.14 |
empt-2  KP-VLBA   Phs |  -94.0 -+  28.2 |   -9.7 -+  81.6 |  -20.3 -+  23.3 |
empt-2  LA-VLBA   Amp |   0.14 -+  0.40 |   0.20 -+  0.12 |   0.05 -+  0.12 |
empt-2  LA-VLBA   Phs |  128.6 -+ 169.0 | -178.3 -+  34.0 | -103.6 -+ 146.8 |
empt-2  MATERA    Amp |   1.25 -+  0.71 |   0.03 -+  0.24 |   0.50 -+  0.25 |
empt-2  MATERA    Phs |   73.5 -+  32.4 |  148.1 -+ 441.3 | -140.1 -+  29.0 |
empt-2  MEDICINA  Amp |   1.32 -+  0.69 |   0.31 -+  0.22 |   0.46 -+  0.23 |
empt-2  MEDICINA  Phs |   59.4 -+  29.9 |   56.7 -+  40.0 |  162.6 -+  28.2 |
empt-2  MK-VLBA   Amp |   2.24 -+  0.70 |   0.76 -+  0.23 |   0.23 -+  0.24 |
empt-2  MK-VLBA   Phs | -141.4 -+  17.6 |   49.6 -+  17.1 |    8.9 -+  60.1 |
empt-2  MOJAVE12  Amp |   0.44 -+  0.56 |   0.11 -+  0.17 |   0.13 -+  0.17 |
empt-2  MOJAVE12  Phs | -127.7 -+  72.5 | -130.3 -+  88.7 | -168.9 -+  73.9 |
empt-2  NL-VLBA   Amp |   0.75 -+  0.49 |   0.24 -+  0.13 |   0.11 -+  0.13 |
empt-2  NL-VLBA   Phs |   24.1 -+  37.5 |  115.6 -+  31.5 |   55.6 -+  69.5 |
empt-2  NOTO      Amp |   2.51 -+  1.37 |   0.52 -+  0.35 |   0.42 -+  0.38 |
empt-2  NOTO      Phs |  166.5 -+  31.3 |  164.0 -+  38.6 |  -49.0 -+  51.8 |
empt-2  NRAO20    Amp |   0.12 -+  0.50 |   0.04 -+  0.15 |   0.08 -+  0.16 |
empt-2  NRAO20    Phs |  -46.5 -+ 242.0 | -100.7 -+ 220.4 |   57.6 -+ 112.7 |
empt-2  NRAO85 3  Amp |   0.87 -+  0.61 |   0.05 -+  0.18 |   0.29 -+  0.20 |
empt-2  NRAO85 3  Phs |   24.3 -+  39.8 |  -52.9 -+ 189.7 |   62.4 -+  39.4 |
empt-2  NYALES20  Amp |   0.49 -+  0.48 |   0.12 -+  0.16 |   0.22 -+  0.16 |
empt-2  NYALES20  Phs |  -78.9 -+  56.3 | -163.1 -+  77.0 |  101.4 -+  42.2 |
empt-2  ONSALA60  Amp |   0.53 -+  0.56 |   0.08 -+  0.18 |   0.27 -+  0.20 |
empt-2  ONSALA60  Phs |  117.8 -+  61.2 |  -39.4 -+ 125.1 |  171.0 -+  42.4 |
empt-2  OV-VLBA   Amp |   1.22 -+  0.50 |   0.03 -+  0.14 |   0.45 -+  0.14 |
empt-2  OV-VLBA   Phs | -127.9 -+  23.3 |  113.2 -+ 293.2 |  152.2 -+  17.7 |
empt-2  OVRO 130  Amp |   1.93 -+  1.92 |   0.82 -+  0.60 |   0.63 -+  0.75 |
empt-2  OVRO 130  Phs | -122.5 -+  56.5 |   -7.0 -+  42.3 |  104.1 -+  68.6 |
empt-2  PIETOWN   Amp |   0.33 -+  0.43 |   0.07 -+  0.13 |   0.17 -+  0.13 |
empt-2  PIETOWN   Phs |  -19.1 -+  74.2 |  146.6 -+ 107.9 | -155.8 -+  42.1 |
empt-2  RICHMOND  Amp |   0.67 -+  0.70 |   0.22 -+  0.21 |   0.37 -+  0.27 |
empt-2  RICHMOND  Phs |   62.6 -+  60.2 |  118.0 -+  55.1 |   58.6 -+  42.3 |
empt-2  SANTIA12  Amp |   1.21 -+  2.29 |   1.15 -+  0.74 |   0.90 -+  0.92 |
empt-2  SANTIA12  Phs |   -1.7 -+ 108.0 |  161.8 -+  36.5 |    7.5 -+  58.4 |
empt-2  SC-VLBA   Amp |   1.24 -+  0.88 |   0.45 -+  0.24 |   0.70 -+  0.26 |
empt-2  SC-VLBA   Phs |   59.4 -+  40.9 |  -93.8 -+  30.8 |  -49.3 -+  21.0 |
empt-2  SESHAN25  Amp |   0.56 -+  1.88 |   0.14 -+  0.58 |   0.47 -+  0.61 |
empt-2  SESHAN25  Phs |  149.7 -+ 192.4 |  -59.1 -+ 241.0 |   45.0 -+  74.5 |
empt-2  TSUKUB32  Amp |   0.89 -+  1.31 |   0.53 -+  0.39 |   0.44 -+  0.44 |
empt-2  TSUKUB32  Phs |  136.2 -+  85.7 | -165.0 -+  41.6 |  113.2 -+  57.7 |
empt-2  VNDNBERG  Amp |   2.54 -+  1.51 |   0.83 -+  0.46 |   1.56 -+  0.55 |
empt-2  VNDNBERG  Phs | -133.9 -+  34.2 | -155.2 -+  31.5 |   70.1 -+  20.3 |
empt-2  WESTFORD  Amp |   0.27 -+  0.32 |   0.21 -+  0.11 |   0.25 -+  0.11 |
empt-2  WESTFORD  Phs |   22.0 -+  68.4 |   30.4 -+  28.5 |  -82.5 -+  26.1 |
empt-2  WETTZELL  Amp |   0.22 -+  0.33 |   0.13 -+  0.16 |   0.25 -+  0.18 |
empt-2  WETTZELL  Phs | -110.3 -+  84.4 |   -7.8 -+  69.9 |   85.8 -+  41.8 |

Residual amplitudes and phases
Solution ID:     olc_17a ocean loading solution: 32 bands, wid
No apriori ocean loading were used
GOT00 reference theoretical model + SPOTL
Errors of theoretical model are from /users/pet/oclo_res/ocl.err
Full weight matrix for each station and wave
Schwiderski phase convention
Scales Up/East/North:   1.000  10.000  10.000 
Multiplicative band-dependent reweighting is applied
Reweighting coef. for zonal band       Up/East/North   2.020   1.472   1.472
Reweighting coef. for diurnal band     Up/East/North   1.614   1.505   1.505
Reweighting coef. for semidiurnal band Up/East/North   1.342   1.321   1.321
  
k2      ALGOPARK  Amp |   0.11 -+  0.62 |   0.19 -+  0.19 |   0.29 -+  0.19 |
k2      ALGOPARK  Phs |  -36.8 -+  81.9 |  123.4 -+  37.4 |   19.9 -+  31.5 |
k2      BR-VLBA   Amp |   1.89 -+  0.55 |   0.47 -+  0.17 |   0.22 -+  0.16 |
k2      BR-VLBA   Phs | -178.4 -+  13.3 | -115.2 -+  12.3 |  103.2 -+  22.3 |
k2      DSS45     Amp |   2.63 -+  2.19 |   0.15 -+  0.71 |   2.55 -+  0.82 |
k2      DSS45     Phs | -137.8 -+  47.3 |  171.3 -+  72.5 |  -39.2 -+  18.3 |
k2      DSS65     Amp |   1.14 -+  1.39 |   0.43 -+  0.40 |   0.28 -+  0.37 |
k2      DSS65     Phs |  -58.7 -+  33.4 | -174.8 -+  41.3 |   28.8 -+  38.5 |
k2      FD-VLBA   Amp |   0.87 -+  0.53 |   0.34 -+  0.17 |   0.51 -+  0.15 |
k2      FD-VLBA   Phs |   67.0 -+  73.5 |   88.2 -+  21.1 |  -94.5 -+  27.9 |
k2      FORTLEZA  Amp |   0.80 -+  0.90 |   0.46 -+  0.38 |   0.30 -+  0.41 |
k2      FORTLEZA  Phs |  111.4 -+  14.0 |  -22.0 -+  26.9 |  173.8 -+  40.4 |
k2      GILCREEK  Amp |   0.78 -+  0.32 |   0.35 -+  0.14 |   0.31 -+  0.12 |
k2      GILCREEK  Phs |  -85.7 -+  36.0 |  -94.1 -+  21.1 | -165.7 -+  21.4 |
k2      HARTRAO   Amp |   2.30 -+  1.25 |   1.72 -+  0.67 |   1.00 -+  0.68 |
k2      HARTRAO   Phs |   21.5 -+  37.4 |  168.9 -+  23.0 |   -8.3 -+  37.8 |
k2      HATCREEK  Amp |   1.73 -+  1.37 |   0.93 -+  0.47 |   0.24 -+  0.53 |
k2      HATCREEK  Phs |  164.4 -+  38.5 | -160.6 -+  25.9 |    0.4 -+  70.6 |
k2      HAYSTACK  Amp |   1.09 -+  1.88 |   0.66 -+  0.62 |   1.13 -+  0.61 |
k2      HAYSTACK  Phs |  -44.2 -+ 111.0 | -152.0 -+  42.0 |  177.1 -+  35.5 |
k2      HN-VLBA   Amp |   2.22 -+  0.80 |   0.34 -+  0.21 |   0.36 -+  0.19 |
k2      HN-VLBA   Phs |   81.7 -+  22.0 |  102.2 -+  40.5 | -143.5 -+  44.1 |
k2      HOBART26  Amp |   1.97 -+  1.80 |   1.15 -+  0.63 |   2.02 -+  0.73 |
k2      HOBART26  Phs | -111.8 -+  48.1 |   65.0 -+  25.7 |  -13.1 -+  21.2 |
k2      HRAS 085  Amp |   2.36 -+  0.70 |   0.77 -+  0.27 |   0.65 -+  0.26 |
k2      HRAS 085  Phs | -117.7 -+  13.6 |  -34.6 -+  23.4 |  108.1 -+  17.9 |
k2      KASHIM34  Amp |   3.98 -+  2.46 |   0.32 -+  0.73 |   0.48 -+  0.78 |
k2      KASHIM34  Phs |   62.3 -+  26.9 |   -0.5 -+  61.1 |  179.2 -+ 104.2 |
k2      KASHIMA   Amp |   2.84 -+  1.22 |   0.92 -+  0.44 |   1.33 -+  0.46 |
k2      KASHIMA   Phs |  -54.1 -+  30.4 |   47.1 -+  19.7 |  128.5 -+  22.0 |
k2      KAUAI     Amp |   0.37 -+  0.87 |   0.30 -+  0.31 |   0.69 -+  0.35 |
k2      KAUAI     Phs | -115.2 -+  28.5 |  131.4 -+  30.6 |  158.7 -+  18.3 |
k2      KOKEE     Amp |   0.75 -+  0.57 |   0.41 -+  0.25 |   0.13 -+  0.25 |
k2      KOKEE     Phs |  -28.6 -+  22.0 |  -40.7 -+  47.3 | -120.4 -+  33.8 |
k2      KP-VLBA   Amp |   2.37 -+  0.62 |   0.46 -+  0.19 |   0.36 -+  0.17 |
k2      KP-VLBA   Phs |   80.0 -+  18.9 | -155.0 -+  22.4 |  -25.3 -+  30.9 |
k2      LA-VLBA   Amp |   1.27 -+  0.48 |   0.18 -+  0.16 |   0.24 -+  0.14 |
k2      LA-VLBA   Phs |   -1.4 -+  28.7 |  106.8 -+  43.6 |   83.7 -+  17.4 |
k2      MATERA    Amp |   1.80 -+  0.79 |   0.31 -+  0.30 |   0.35 -+  0.29 |
k2      MATERA    Phs | -106.8 -+  20.8 |  155.0 -+  50.9 |  -54.6 -+  36.2 |
k2      MEDICINA  Amp |   0.98 -+  0.78 |   0.52 -+  0.27 |   0.52 -+  0.26 |
k2      MEDICINA  Phs |   49.3 -+  43.9 | -132.6 -+  33.8 |  171.3 -+  36.2 |
k2      MK-VLBA   Amp |   2.45 -+  0.90 |   0.54 -+  0.30 |   0.60 -+  0.29 |
k2      MK-VLBA   Phs |   93.0 -+  35.1 |  -89.0 -+  25.3 |  -70.8 -+  80.5 |
k2      MOJAVE12  Amp |   0.76 -+  0.50 |   0.66 -+  0.18 |   0.46 -+  0.17 |
k2      MOJAVE12  Phs |   12.1 -+  43.9 |  157.6 -+  16.2 |    6.3 -+  15.9 |
k2      NL-VLBA   Amp |   2.27 -+  0.61 |   0.37 -+  0.17 |   0.20 -+  0.16 |
k2      NL-VLBA   Phs |  -19.6 -+  18.8 |   28.2 -+  35.9 |   33.1 -+  35.3 |
k2      NOTO      Amp |   1.11 -+  1.57 |   0.23 -+  0.43 |   0.39 -+  0.43 |
k2      NOTO      Phs | -153.1 -+  63.6 |  140.8 -+  86.0 |  130.6 -+  74.3 |
k2      NRAO20    Amp |   1.06 -+  0.66 |   0.39 -+  0.20 |   0.48 -+  0.20 |
k2      NRAO20    Phs |   85.2 -+  31.0 |  158.1 -+  19.7 | -159.0 -+  26.8 |
k2      NRAO85 3  Amp |   2.74 -+  0.67 |   0.70 -+  0.21 |   0.46 -+  0.23 |
k2      NRAO85 3  Phs |   65.7 -+  14.6 |  -33.1 -+  21.6 |  -91.2 -+  28.4 |
k2      NYALES20  Amp |   0.56 -+  0.58 |   0.17 -+  0.19 |   0.08 -+  0.20 |
k2      NYALES20  Phs |  178.6 -+  27.3 | -122.3 -+ 294.8 |   78.6 -+  41.4 |
k2      ONSALA60  Amp |   1.48 -+  0.60 |   0.41 -+  0.23 |   0.50 -+  0.23 |
k2      ONSALA60  Phs |  105.3 -+  27.5 |  156.4 -+  27.2 |   98.0 -+  25.1 |
k2      OV-VLBA   Amp |   0.67 -+  0.61 |   0.47 -+  0.18 |   0.79 -+  0.16 |
k2      OV-VLBA   Phs |  164.5 -+  40.4 | -153.4 -+  20.2 |  154.0 -+   8.4 |
k2      OVRO 130  Amp |   1.73 -+  2.19 |   0.44 -+  0.69 |   0.53 -+  0.80 |
k2      OVRO 130  Phs |  174.6 -+  64.6 |  145.2 -+ 108.6 |   76.0 -+  49.1 |
k2      PIETOWN   Amp |   0.98 -+  0.50 |   0.35 -+  0.17 |   0.09 -+  0.14 |
k2      PIETOWN   Phs |   37.4 -+  53.9 |   26.1 -+  28.5 |   23.1 -+  28.3 |
k2      RICHMOND  Amp |   2.19 -+  0.64 |   0.80 -+  0.22 |   0.12 -+  0.25 |
k2      RICHMOND  Phs |  -17.9 -+  26.4 |   -6.8 -+  21.4 | -144.6 -+  73.4 |
k2      SANTIA12  Amp |   1.45 -+  2.82 |   1.18 -+  0.93 |   1.06 -+  1.12 |
k2      SANTIA12  Phs | -111.6 -+  95.3 |   19.5 -+  40.3 |   -6.3 -+  63.5 |
k2      SC-VLBA   Amp |   1.37 -+  1.13 |   1.08 -+  0.33 |   1.69 -+  0.32 |
k2      SC-VLBA   Phs |  -18.9 -+  73.4 |  -95.2 -+  21.0 |  108.0 -+  11.9 |
k2      SESHAN25  Amp |   5.64 -+  2.10 |   1.00 -+  0.67 |   2.36 -+  0.69 |
k2      SESHAN25  Phs | -154.0 -+  19.6 |   17.3 -+  44.5 |   18.2 -+  14.7 |
k2      TSUKUB32  Amp |   2.11 -+  1.51 |   0.53 -+  0.46 |   0.97 -+  0.51 |
k2      TSUKUB32  Phs | -147.8 -+  55.5 |   16.2 -+  29.8 |   59.8 -+  32.9 |
k2      VNDNBERG  Amp |   5.75 -+  1.31 |   0.49 -+  0.42 |   1.00 -+  0.47 |
k2      VNDNBERG  Phs |  112.0 -+  15.4 | -172.6 -+  45.2 |   -2.0 -+  26.0 |
k2      WESTFORD  Amp |   1.16 -+  0.35 |   0.34 -+  0.13 |   0.58 -+  0.13 |
k2      WESTFORD  Phs |    6.1 -+  38.0 |   36.1 -+  43.5 |  -39.6 -+  10.4 |
k2      WETTZELL  Amp |   1.14 -+  0.38 |   0.22 -+  0.22 |   0.31 -+  0.21 |
k2      WETTZELL  Phs |  106.5 -+  27.3 | -173.7 -+  43.8 |  166.9 -+  51.2 |

Residual amplitudes and phases
Solution ID:     olc_17a ocean loading solution: 32 bands, wid
No apriori ocean loading were used
GOT00 reference theoretical model + SPOTL
Errors of theoretical model are from /users/pet/oclo_res/ocl.err
Full weight matrix for each station and wave
Schwiderski phase convention
Scales Up/East/North:   1.000  10.000  10.000 
Multiplicative band-dependent reweighting is applied
Reweighting coef. for zonal band       Up/East/North   2.020   1.472   1.472
Reweighting coef. for diurnal band     Up/East/North   1.614   1.505   1.505
Reweighting coef. for semidiurnal band Up/East/North   1.342   1.321   1.321
  
s2      ALGOPARK  Amp |   0.24 -+  0.55 |   0.21 -+  0.16 |   0.16 -+  0.18 |
s2      ALGOPARK  Phs |  -95.9 -+  18.8 |   96.8 -+  17.5 |   49.4 -+  28.0 |
s2      BR-VLBA   Amp |   0.49 -+  0.46 |   0.14 -+  0.14 |   0.30 -+  0.14 |
s2      BR-VLBA   Phs |  107.8 -+   8.4 |  -44.8 -+   5.3 |   47.6 -+  10.1 |
s2      DSS45     Amp |   3.38 -+  1.98 |   2.00 -+  0.58 |   1.07 -+  0.72 |
s2      DSS45     Phs |  -12.2 -+  46.9 |  128.7 -+   9.4 |   59.2 -+  27.3 |
s2      DSS65     Amp |   0.85 -+  1.21 |   0.35 -+  0.33 |   0.70 -+  0.32 |
s2      DSS65     Phs | -139.8 -+  13.4 | -109.8 -+  18.2 |   95.3 -+  18.6 |
s2      FD-VLBA   Amp |   1.50 -+  0.46 |   0.30 -+  0.14 |   0.72 -+  0.14 |
s2      FD-VLBA   Phs |  -47.2 -+  11.9 |   44.8 -+  13.8 |  -23.5 -+  14.0 |
s2      FORTLEZA  Amp |   2.82 -+  0.87 |   0.37 -+  0.28 |   0.38 -+  0.34 |
s2      FORTLEZA  Phs |   18.6 -+   3.4 |  -96.6 -+  11.4 | -135.9 -+  13.4 |
s2      GILCREEK  Amp |   0.52 -+  0.30 |   0.12 -+  0.13 |   0.18 -+  0.11 |
s2      GILCREEK  Phs |  -45.9 -+   5.8 | -125.8 -+  32.0 | -158.6 -+   5.9 |
s2      HARTRAO   Amp |   2.88 -+  1.08 |   0.55 -+  0.52 |   0.65 -+  0.56 |
s2      HARTRAO   Phs |   79.3 -+  13.3 |  173.6 -+  66.7 |  -99.5 -+ 388.2 |
s2      HATCREEK  Amp |   2.70 -+  1.74 |   0.25 -+  0.59 |   1.62 -+  0.66 |
s2      HATCREEK  Phs |  -78.4 -+  55.3 |   29.6 -+  28.9 |  134.7 -+  12.4 |
s2      HAYSTACK  Amp |   2.64 -+  2.33 |   0.57 -+  0.77 |   1.41 -+  0.82 |
s2      HAYSTACK  Phs |  -12.8 -+  91.4 |  -72.5 -+  40.2 |   -7.0 -+  26.4 |
s2      HN-VLBA   Amp |   0.79 -+  0.64 |   0.72 -+  0.17 |   0.48 -+  0.16 |
s2      HN-VLBA   Phs |   52.8 -+  26.8 |   45.2 -+ 100.6 | -133.9 -+  40.1 |
s2      HOBART26  Amp |   3.55 -+  1.55 |   1.07 -+  0.50 |   0.91 -+  0.62 |
s2      HOBART26  Phs | -164.5 -+  19.8 |  166.4 -+  10.9 |   50.0 -+  24.3 |
s2      HRAS 085  Amp |   1.41 -+  0.84 |   1.15 -+  0.28 |   0.27 -+  0.32 |
s2      HRAS 085  Phs |   -1.8 -+  39.2 |  171.5 -+  11.0 |  178.1 -+  23.1 |
s2      KASHIM34  Amp |   0.47 -+  2.48 |   1.28 -+  0.73 |   0.55 -+  0.83 |
s2      KASHIM34  Phs |  -16.7 -+  29.5 |   77.1 -+  17.2 |   53.4 -+  76.2 |
s2      KASHIMA   Amp |   2.09 -+  1.29 |   0.30 -+  0.43 |   1.67 -+  0.47 |
s2      KASHIMA   Phs |   96.5 -+  11.2 |   24.0 -+  14.6 |  -54.7 -+  11.8 |
s2      KAUAI     Amp |   2.34 -+  0.95 |   1.10 -+  0.29 |   0.53 -+  0.37 |
s2      KAUAI     Phs |   -2.1 -+  12.7 |    4.5 -+ 105.6 |  147.7 -+   9.6 |
s2      KOKEE     Amp |   3.41 -+  0.47 |   0.89 -+  0.19 |   0.66 -+  0.22 |
s2      KOKEE     Phs |   12.4 -+   7.6 |  -33.6 -+  13.2 |  178.6 -+   5.9 |
s2      KP-VLBA   Amp |   1.35 -+  0.50 |   0.64 -+  0.15 |   0.23 -+  0.15 |
s2      KP-VLBA   Phs |  -21.8 -+  16.9 | -118.6 -+  10.3 |  -80.8 -+  10.9 |
s2      LA-VLBA   Amp |   2.10 -+  0.42 |   0.43 -+  0.13 |   0.20 -+  0.13 |
s2      LA-VLBA   Phs |  -54.3 -+  10.4 |   80.3 -+  19.2 |   16.3 -+   9.3 |
s2      MATERA    Amp |   0.39 -+  0.68 |   0.18 -+  0.24 |   0.31 -+  0.25 |
s2      MATERA    Phs |   99.5 -+  24.4 |  -87.3 -+ 324.4 |  101.8 -+  77.8 |
s2      MEDICINA  Amp |   1.74 -+  0.68 |   0.30 -+  0.22 |   0.12 -+  0.23 |
s2      MEDICINA  Phs |   46.0 -+  15.6 |   -5.8 -+  23.0 |   25.3 -+  36.6 |
s2      MK-VLBA   Amp |   2.70 -+  0.74 |   0.24 -+  0.24 |   0.16 -+  0.25 |
s2      MK-VLBA   Phs |   26.1 -+  10.0 |  131.3 -+  10.7 | -136.1 -+  10.2 |
s2      MOJAVE12  Amp |   1.46 -+  0.57 |   0.84 -+  0.18 |   0.22 -+  0.18 |
s2      MOJAVE12  Phs |  -82.0 -+  11.7 | -161.1 -+  11.4 |  137.9 -+   5.9 |
s2      NL-VLBA   Amp |   0.70 -+  0.52 |   0.21 -+  0.14 |   0.27 -+  0.14 |
s2      NL-VLBA   Phs |  -16.6 -+  41.7 |   -1.1 -+  34.2 |   83.2 -+  14.5 |
s2      NOTO      Amp |   1.54 -+  1.35 |   0.44 -+  0.35 |   0.59 -+  0.37 |
s2      NOTO      Phs | -102.0 -+  21.1 |   -8.3 -+  38.7 |   52.5 -+  26.5 |
s2      NRAO20    Amp |   1.39 -+  0.52 |   0.44 -+  0.16 |   0.27 -+  0.17 |
s2      NRAO20    Phs |  -88.9 -+  14.3 |   75.7 -+  14.8 |  156.3 -+  40.2 |
s2      NRAO85 3  Amp |   1.51 -+  0.63 |   0.26 -+  0.18 |   0.20 -+  0.21 |
s2      NRAO85 3  Phs | -105.9 -+  14.2 | -170.7 -+  11.2 |   51.8 -+  45.7 |
s2      NYALES20  Amp |   1.12 -+  0.50 |   0.28 -+  0.16 |   0.58 -+  0.17 |
s2      NYALES20  Phs |  132.0 -+   8.2 | -117.2 -+  17.8 | -127.2 -+  25.3 |
s2      ONSALA60  Amp |   1.58 -+  0.57 |   0.45 -+  0.19 |   0.16 -+  0.20 |
s2      ONSALA60  Phs |  110.5 -+  57.9 | -123.2 -+  29.2 |   63.5 -+  38.1 |
s2      OV-VLBA   Amp |   1.02 -+  0.52 |   0.20 -+  0.15 |   0.36 -+  0.15 |
s2      OV-VLBA   Phs |  -19.5 -+  28.6 | -136.5 -+  12.7 | -149.0 -+   5.7 |
s2      OVRO 130  Amp |   1.77 -+  2.51 |   1.60 -+  0.77 |   0.67 -+  1.01 |
s2      OVRO 130  Phs |   66.3 -+ 152.2 | -157.9 -+  26.1 |  169.0 -+  28.9 |
s2      PIETOWN   Amp |   1.36 -+  0.45 |   0.40 -+  0.14 |   0.23 -+  0.14 |
s2      PIETOWN   Phs |   -8.6 -+  22.4 |  -66.3 -+  21.6 |  -62.1 -+  11.7 |
s2      RICHMOND  Amp |   1.87 -+  0.72 |   0.08 -+  0.22 |   0.39 -+  0.28 |
s2      RICHMOND  Phs | -148.8 -+  12.2 |  -47.7 -+  18.4 |   44.8 -+  95.7 |
s2      SANTIA12  Amp |   1.40 -+  2.42 |   0.90 -+  0.78 |   0.69 -+  0.98 |
s2      SANTIA12  Phs |   14.2 -+  75.3 |  167.7 -+  27.6 |  146.3 -+  65.9 |
s2      SC-VLBA   Amp |   2.57 -+  1.00 |   0.45 -+  0.24 |   0.50 -+  0.27 |
s2      SC-VLBA   Phs |   55.8 -+  12.7 |  -47.2 -+  37.8 | -156.6 -+  10.9 |
s2      SESHAN25  Amp |   2.54 -+  2.05 |   0.91 -+  0.61 |   1.04 -+  0.65 |
s2      SESHAN25  Phs |   98.3 -+  98.2 |   91.6 -+  66.6 |  -50.3 -+  17.1 |
s2      TSUKUB32  Amp |   2.43 -+  1.40 |   0.90 -+  0.42 |   1.00 -+  0.46 |
s2      TSUKUB32  Phs | -143.9 -+  33.5 |   73.3 -+  11.5 |  -24.6 -+  16.7 |
s2      VNDNBERG  Amp |   2.15 -+  1.56 |   0.80 -+  0.46 |   0.57 -+  0.57 |
s2      VNDNBERG  Phs |  -66.3 -+  18.6 |  168.2 -+  32.9 | -129.0 -+  17.0 |
s2      WESTFORD  Amp |   0.13 -+  0.33 |   0.34 -+  0.11 |   0.23 -+  0.12 |
s2      WESTFORD  Phs | -143.5 -+   9.5 |  125.4 -+  10.6 |   54.3 -+  11.9 |
s2      WETTZELL  Amp |   0.44 -+  0.34 |   0.17 -+  0.17 |   0.44 -+  0.19 |
s2      WETTZELL  Phs |  175.9 -+  13.8 | -103.2 -+  29.2 |  139.3 -+  32.4 |

Residual amplitudes and phases
Solution ID:     olc_17a ocean loading solution: 32 bands, wid
No apriori ocean loading were used
GOT00 reference theoretical model + SPOTL
Errors of theoretical model are from /users/pet/oclo_res/ocl.err
Full weight matrix for each station and wave
Schwiderski phase convention
Scales Up/East/North:   1.000  10.000  10.000 
Multiplicative band-dependent reweighting is applied
Reweighting coef. for zonal band       Up/East/North   2.020   1.472   1.472
Reweighting coef. for diurnal band     Up/East/North   1.614   1.505   1.505
Reweighting coef. for semidiurnal band Up/East/North   1.342   1.321   1.321
  
t2      ALGOPARK  Amp |   0.37 -+  0.55 |   0.17 -+  0.16 |   0.16 -+  0.17 |
t2      ALGOPARK  Phs | -118.6 -+  84.3 |  -81.6 -+  54.4 |   34.1 -+  62.0 |
t2      BR-VLBA   Amp |   0.58 -+  0.45 |   0.14 -+  0.14 |   0.21 -+  0.14 |
t2      BR-VLBA   Phs | -135.6 -+  44.2 |   98.4 -+  57.7 |   35.8 -+  37.2 |
t2      DSS45     Amp |   1.11 -+  1.92 |   0.31 -+  0.57 |   0.82 -+  0.70 |
t2      DSS45     Phs |  -14.0 -+  99.0 |  134.2 -+ 104.3 |   29.9 -+  48.9 |
t2      DSS65     Amp |   0.93 -+  1.25 |   0.51 -+  0.34 |   0.66 -+  0.33 |
t2      DSS65     Phs | -112.0 -+  76.5 |   44.4 -+  37.9 |  -28.9 -+  28.6 |
t2      FD-VLBA   Amp |   1.37 -+  0.44 |   0.23 -+  0.14 |   0.34 -+  0.14 |
t2      FD-VLBA   Phs |  169.9 -+  18.3 | -166.8 -+  33.4 |  151.2 -+  23.6 |
t2      FORTLEZA  Amp |   2.50 -+  0.71 |   0.10 -+  0.28 |   0.29 -+  0.33 |
t2      FORTLEZA  Phs |   30.8 -+  16.3 | -171.6 -+ 166.1 |   75.6 -+  67.2 |
t2      GILCREEK  Amp |   0.25 -+  0.30 |   0.05 -+  0.13 |   0.10 -+  0.11 |
t2      GILCREEK  Phs | -122.8 -+  68.2 |  -62.7 -+ 151.1 |  -40.6 -+  61.7 |
t2      HARTRAO   Amp |   0.67 -+  1.05 |   0.05 -+  0.52 |   0.42 -+  0.55 |
t2      HARTRAO   Phs |   94.7 -+  89.6 |   99.1 -+ 559.8 |  127.3 -+  75.6 |
t2      HATCREEK  Amp |   2.16 -+  1.74 |   1.41 -+  0.56 |   1.17 -+  0.66 |
t2      HATCREEK  Phs |   34.9 -+  46.3 |  171.2 -+  22.8 | -140.4 -+  31.7 |
t2      HAYSTACK  Amp |   3.11 -+  2.33 |   0.77 -+  0.83 |   1.30 -+  0.87 |
t2      HAYSTACK  Phs |  -51.2 -+  42.9 |  148.0 -+  61.7 |  -76.6 -+  38.0 |
t2      HN-VLBA   Amp |   1.65 -+  0.63 |   0.15 -+  0.17 |   0.25 -+  0.16 |
t2      HN-VLBA   Phs |  -24.6 -+  22.0 |  171.0 -+  63.6 |  166.1 -+  36.7 |
t2      HOBART26  Amp |   0.46 -+  1.56 |   0.67 -+  0.50 |   1.09 -+  0.62 |
t2      HOBART26  Phs |  107.8 -+ 193.1 |  -36.1 -+  42.8 |  -24.6 -+  32.4 |
t2      HRAS 085  Amp |   0.81 -+  0.79 |   0.52 -+  0.28 |   0.23 -+  0.31 |
t2      HRAS 085  Phs |  112.1 -+  56.3 |  179.5 -+  30.7 |  -15.5 -+  80.0 |
t2      KASHIM34  Amp |   1.04 -+  2.64 |   0.98 -+  0.77 |   1.31 -+  0.89 |
t2      KASHIM34  Phs | -144.1 -+ 145.0 | -163.1 -+  44.7 | -173.1 -+  38.7 |
t2      KASHIMA   Amp |   2.47 -+  1.28 |   0.46 -+  0.42 |   1.35 -+  0.46 |
t2      KASHIMA   Phs |  119.6 -+  29.6 |   13.4 -+  52.2 |  -19.4 -+  19.5 |
t2      KAUAI     Amp |   1.58 -+  0.92 |   0.39 -+  0.29 |   0.14 -+  0.37 |
t2      KAUAI     Phs |  -79.7 -+  33.6 |   60.3 -+  42.7 |   90.6 -+ 154.7 |
t2      KOKEE     Amp |   0.74 -+  0.46 |   0.23 -+  0.19 |   0.01 -+  0.22 |
t2      KOKEE     Phs |  168.0 -+  35.6 |  -44.3 -+  46.6 |   -7.5 -+ 846.9 |
t2      KP-VLBA   Amp |   0.20 -+  0.47 |   0.16 -+  0.14 |   0.12 -+  0.14 |
t2      KP-VLBA   Phs | -123.6 -+ 136.0 |  -11.9 -+  50.6 | -136.8 -+  68.8 |
t2      LA-VLBA   Amp |   0.99 -+  0.41 |   0.10 -+  0.13 |   0.16 -+  0.13 |
t2      LA-VLBA   Phs |  129.7 -+  23.4 | -117.6 -+  75.3 | -127.4 -+  46.0 |
t2      MATERA    Amp |   0.41 -+  0.68 |   0.23 -+  0.24 |   0.23 -+  0.25 |
t2      MATERA    Phs |  -71.1 -+  94.8 |  128.5 -+  60.1 |   79.9 -+  62.1 |
t2      MEDICINA  Amp |   2.57 -+  0.68 |   0.22 -+  0.22 |   0.17 -+  0.23 |
t2      MEDICINA  Phs |  167.8 -+  15.2 | -115.4 -+  56.4 |   33.8 -+  77.6 |
t2      MK-VLBA   Amp |   1.20 -+  0.68 |   0.06 -+  0.23 |   0.52 -+  0.24 |
t2      MK-VLBA   Phs |  127.3 -+  32.6 | -118.8 -+ 230.4 | -159.9 -+  27.0 |
t2      MOJAVE12  Amp |   0.54 -+  0.58 |   0.26 -+  0.18 |   0.33 -+  0.18 |
t2      MOJAVE12  Phs |  156.6 -+  61.7 |   28.9 -+  39.7 |   44.6 -+  31.3 |
t2      NL-VLBA   Amp |   0.19 -+  0.50 |   0.11 -+  0.13 |   0.34 -+  0.14 |
t2      NL-VLBA   Phs | -110.1 -+ 148.2 |  -96.5 -+  69.8 |  -74.1 -+  23.3 |
t2      NOTO      Amp |   2.70 -+  1.36 |   0.09 -+  0.35 |   0.41 -+  0.37 |
t2      NOTO      Phs |  136.7 -+  28.9 |  153.8 -+ 216.3 | -112.3 -+  51.3 |
t2      NRAO20    Amp |   0.72 -+  0.52 |   0.12 -+  0.15 |   0.55 -+  0.16 |
t2      NRAO20    Phs |  118.5 -+  41.4 |  170.1 -+  73.6 |   -6.4 -+  17.0 |
t2      NRAO85 3  Amp |   0.76 -+  0.62 |   0.25 -+  0.18 |   0.27 -+  0.21 |
t2      NRAO85 3  Phs |  -47.5 -+  46.7 | -162.4 -+  41.6 |   41.3 -+  43.5 |
t2      NYALES20  Amp |   0.53 -+  0.49 |   0.06 -+  0.16 |   0.12 -+  0.17 |
t2      NYALES20  Phs |  161.9 -+  53.2 |   84.0 -+ 165.5 |  -10.4 -+  82.8 |
t2      ONSALA60  Amp |   1.02 -+  0.57 |   0.11 -+  0.19 |   0.47 -+  0.20 |
t2      ONSALA60  Phs |  108.6 -+  31.9 |   -9.0 -+ 100.4 | -150.4 -+  24.7 |
t2      OV-VLBA   Amp |   0.92 -+  0.50 |   0.17 -+  0.14 |   0.18 -+  0.14 |
t2      OV-VLBA   Phs |  -46.7 -+  30.7 |    2.4 -+  49.4 |  169.0 -+  46.0 |
t2      OVRO 130  Amp |   2.22 -+  2.14 |   0.62 -+  0.65 |   0.86 -+  0.80 |
t2      OVRO 130  Phs |   79.6 -+  55.1 | -158.1 -+  59.1 |    1.9 -+  53.5 |
t2      PIETOWN   Amp |   1.50 -+  0.43 |   0.15 -+  0.13 |   0.19 -+  0.14 |
t2      PIETOWN   Phs | -103.1 -+  16.5 |   33.9 -+  49.4 |  131.8 -+  40.6 |
t2      RICHMOND  Amp |   1.50 -+  0.72 |   0.54 -+  0.21 |   0.48 -+  0.28 |
t2      RICHMOND  Phs | -105.3 -+  27.4 |  129.9 -+  23.0 |   50.2 -+  32.8 |
t2      SANTIA12  Amp |   0.88 -+  2.41 |   1.68 -+  0.75 |   0.87 -+  0.93 |
t2      SANTIA12  Phs |  -77.3 -+ 156.5 | -142.4 -+  25.6 |  -52.1 -+  62.4 |
t2      SC-VLBA   Amp |   1.63 -+  0.88 |   0.92 -+  0.24 |   0.58 -+  0.26 |
t2      SC-VLBA   Phs |  -11.6 -+  31.1 |   10.1 -+  14.9 | -178.7 -+  26.1 |
t2      SESHAN25  Amp |   5.66 -+  2.11 |   0.84 -+  0.64 |   1.72 -+  0.68 |
t2      SESHAN25  Phs |  -59.5 -+  21.2 |   93.8 -+  43.2 |  115.5 -+  22.7 |
t2      TSUKUB32  Amp |   1.52 -+  1.39 |   0.57 -+  0.40 |   0.11 -+  0.46 |
t2      TSUKUB32  Phs |   43.3 -+  52.6 | -178.1 -+  39.6 |  134.8 -+ 243.2 |
t2      VNDNBERG  Amp |   1.33 -+  1.61 |   0.40 -+  0.51 |   0.58 -+  0.59 |
t2      VNDNBERG  Phs |   89.7 -+  69.3 |  -81.9 -+  72.5 |   17.6 -+  58.2 |
t2      WESTFORD  Amp |   0.60 -+  0.33 |   0.12 -+  0.11 |   0.08 -+  0.12 |
t2      WESTFORD  Phs | -115.3 -+  31.8 |  -34.8 -+  54.0 |  -59.2 -+  81.6 |
t2      WETTZELL  Amp |   0.47 -+  0.33 |   0.11 -+  0.17 |   0.08 -+  0.19 |
t2      WETTZELL  Phs |  170.8 -+  40.7 | -161.0 -+  85.7 | -135.2 -+ 129.1 |

Residual amplitudes and phases
Solution ID:     olc_17a ocean loading solution: 32 bands, wid
No apriori ocean loading were used
GOT00 reference theoretical model + SPOTL
Errors of theoretical model are from /users/pet/oclo_res/ocl.err
Full weight matrix for each station and wave
Schwiderski phase convention
Scales Up/East/North:   1.000  10.000  10.000 
Multiplicative band-dependent reweighting is applied
Reweighting coef. for zonal band       Up/East/North   2.020   1.472   1.472
Reweighting coef. for diurnal band     Up/East/North   1.614   1.505   1.505
Reweighting coef. for semidiurnal band Up/East/North   1.342   1.321   1.321
  
l2      ALGOPARK  Amp |   0.67 -+  0.54 |   0.07 -+  0.16 |   0.09 -+  0.17 |
l2      ALGOPARK  Phs | -142.0 -+  46.1 |  102.8 -+ 130.6 |   35.4 -+ 104.6 |
l2      BR-VLBA   Amp |   0.54 -+  0.43 |   0.27 -+  0.13 |   0.25 -+  0.13 |
l2      BR-VLBA   Phs | -117.6 -+  45.7 |  -37.8 -+  28.5 |  167.2 -+  29.9 |
l2      DSS45     Amp |   1.71 -+  1.77 |   0.10 -+  0.52 |   0.31 -+  0.63 |
l2      DSS45     Phs |   35.2 -+  59.3 |   81.4 -+ 289.1 | -175.2 -+ 115.4 |
l2      DSS65     Amp |   1.08 -+  1.20 |   0.23 -+  0.32 |   0.67 -+  0.31 |
l2      DSS65     Phs |   52.4 -+  63.5 |  134.7 -+  80.2 |   21.5 -+  26.7 |
l2      FD-VLBA   Amp |   0.86 -+  0.42 |   0.12 -+  0.13 |   0.25 -+  0.13 |
l2      FD-VLBA   Phs |   21.6 -+  27.9 |   66.5 -+  61.8 |   80.2 -+  30.5 |
l2      FORTLEZA  Amp |   1.85 -+  0.66 |   0.17 -+  0.26 |   0.06 -+  0.31 |
l2      FORTLEZA  Phs |   47.8 -+  20.6 |   35.0 -+  87.3 |   81.2 -+ 272.8 |
l2      GILCREEK  Amp |   0.55 -+  0.29 |   0.12 -+  0.12 |   0.19 -+  0.10 |
l2      GILCREEK  Phs |  109.3 -+  30.5 |   81.1 -+  55.6 |  -15.0 -+  31.1 |
l2      HARTRAO   Amp |   1.84 -+  1.01 |   0.20 -+  0.49 |   0.63 -+  0.51 |
l2      HARTRAO   Phs | -131.6 -+  31.4 | -126.7 -+ 136.6 |   59.8 -+  46.8 |
l2      HATCREEK  Amp |   2.30 -+  1.67 |   0.66 -+  0.52 |   0.92 -+  0.61 |
l2      HATCREEK  Phs |   41.5 -+  41.2 |   28.2 -+  45.0 |    0.6 -+  37.8 |
l2      HAYSTACK  Amp |   0.43 -+  2.06 |   0.33 -+  0.69 |   0.70 -+  0.70 |
l2      HAYSTACK  Phs |   93.5 -+ 275.1 |  144.3 -+ 117.2 |   87.9 -+  57.5 |
l2      HN-VLBA   Amp |   2.55 -+  0.61 |   0.16 -+  0.16 |   0.16 -+  0.16 |
l2      HN-VLBA   Phs | -128.3 -+  13.5 |  -42.5 -+  56.1 |  134.6 -+  55.1 |
l2      HOBART26  Amp |   1.62 -+  1.47 |   0.24 -+  0.47 |   0.62 -+  0.57 |
l2      HOBART26  Phs |  119.7 -+  52.2 | -104.2 -+ 112.2 | -158.3 -+  52.6 |
l2      HRAS 085  Amp |   0.93 -+  0.79 |   0.08 -+  0.26 |   0.08 -+  0.30 |
l2      HRAS 085  Phs |  120.2 -+  48.5 | -147.1 -+ 184.0 |   72.6 -+ 224.2 |
l2      KASHIM34  Amp |   1.56 -+  2.29 |   0.82 -+  0.67 |   1.43 -+  0.75 |
l2      KASHIM34  Phs |   26.0 -+  83.6 |  -21.1 -+  46.4 |  170.5 -+  30.2 |
l2      KASHIMA   Amp |   2.61 -+  1.28 |   0.18 -+  0.42 |   1.16 -+  0.45 |
l2      KASHIMA   Phs |   61.3 -+  28.0 |  121.3 -+ 136.0 | -150.3 -+  22.2 |
l2      KAUAI     Amp |   1.12 -+  0.89 |   0.25 -+  0.28 |   0.47 -+  0.36 |
l2      KAUAI     Phs |  -82.2 -+  45.7 |  113.6 -+  63.8 |    0.8 -+  44.1 |
l2      KOKEE     Amp |   0.78 -+  0.44 |   0.16 -+  0.17 |   0.15 -+  0.21 |
l2      KOKEE     Phs | -117.2 -+  32.6 |  156.1 -+  61.9 |  -33.4 -+  78.4 |
l2      KP-VLBA   Amp |   1.10 -+  0.45 |   0.21 -+  0.14 |   0.06 -+  0.14 |
l2      KP-VLBA   Phs | -126.8 -+  23.5 | -109.0 -+  36.8 |   49.2 -+ 123.7 |
l2      LA-VLBA   Amp |   0.55 -+  0.39 |   0.22 -+  0.12 |   0.09 -+  0.12 |
l2      LA-VLBA   Phs |    1.7 -+  40.6 |  107.9 -+  30.9 |  125.3 -+  75.2 |
l2      MATERA    Amp |   0.55 -+  0.68 |   0.31 -+  0.23 |   0.19 -+  0.24 |
l2      MATERA    Phs |  -88.7 -+  70.8 |  -34.6 -+  42.7 | -138.5 -+  74.7 |
l2      MEDICINA  Amp |   0.95 -+  0.65 |   0.12 -+  0.21 |   0.33 -+  0.21 |
l2      MEDICINA  Phs |  141.0 -+  39.0 |  115.9 -+ 101.4 |  -21.1 -+  37.2 |
l2      MK-VLBA   Amp |   0.63 -+  0.65 |   0.21 -+  0.21 |   0.38 -+  0.23 |
l2      MK-VLBA   Phs |  -84.1 -+  59.5 |   43.5 -+  58.3 |   72.8 -+  34.9 |
l2      MOJAVE12  Amp |   0.96 -+  0.53 |   0.09 -+  0.16 |   0.15 -+  0.16 |
l2      MOJAVE12  Phs |  100.6 -+  31.6 |  164.3 -+  97.9 |  -97.3 -+  64.5 |
l2      NL-VLBA   Amp |   0.94 -+  0.46 |   0.06 -+  0.13 |   0.32 -+  0.13 |
l2      NL-VLBA   Phs | -160.8 -+  28.1 |   28.7 -+ 118.5 | -165.4 -+  22.8 |
l2      NOTO      Amp |   3.73 -+  1.31 |   0.30 -+  0.34 |   0.72 -+  0.36 |
l2      NOTO      Phs |  -40.0 -+  20.3 |   22.2 -+  66.1 |   59.7 -+  28.4 |
l2      NRAO20    Amp |   0.77 -+  0.50 |   0.20 -+  0.15 |   0.27 -+  0.16 |
l2      NRAO20    Phs |   56.6 -+  37.5 |  -22.0 -+  42.1 |  -89.5 -+  33.6 |
l2      NRAO85 3  Amp |   0.68 -+  0.59 |   0.20 -+  0.17 |   0.05 -+  0.19 |
l2      NRAO85 3  Phs |  -98.4 -+  49.7 |   23.8 -+  48.9 |  105.7 -+ 212.2 |
l2      NYALES20  Amp |   0.38 -+  0.47 |   0.17 -+  0.15 |   0.01 -+  0.16 |
l2      NYALES20  Phs |   50.0 -+  69.8 |   43.6 -+  51.4 | -153.0 -+ ***** |
l2      ONSALA60  Amp |   0.64 -+  0.56 |   0.02 -+  0.18 |   0.13 -+  0.19 |
l2      ONSALA60  Phs |   77.5 -+  49.5 |  -85.0 -+ 454.6 | -162.7 -+  87.7 |
l2      OV-VLBA   Amp |   1.50 -+  0.47 |   0.14 -+  0.13 |   0.18 -+  0.13 |
l2      OV-VLBA   Phs | -100.9 -+  18.0 |  -71.3 -+  56.1 |   54.3 -+  44.1 |
l2      OVRO 130  Amp |   2.19 -+  1.90 |   0.76 -+  0.58 |   0.60 -+  0.72 |
l2      OVRO 130  Phs |   33.0 -+  49.9 | -123.0 -+  43.9 |   27.8 -+  69.0 |
l2      PIETOWN   Amp |   0.81 -+  0.42 |   0.18 -+  0.12 |   0.01 -+  0.13 |
l2      PIETOWN   Phs |  -84.1 -+  29.3 | -136.5 -+  39.3 | -171.1 -+ 481.3 |
l2      RICHMOND  Amp |   0.15 -+  0.66 |   0.15 -+  0.20 |   0.27 -+  0.25 |
l2      RICHMOND  Phs |   45.2 -+ 250.5 | -176.2 -+  75.8 |  -84.8 -+  53.8 |
l2      SANTIA12  Amp |   4.38 -+  2.24 |   0.82 -+  0.70 |   0.43 -+  0.87 |
l2      SANTIA12  Phs |   64.2 -+  29.2 |  105.1 -+  49.3 |  141.4 -+ 116.3 |
l2      SC-VLBA   Amp |   1.37 -+  0.84 |   0.31 -+  0.23 |   0.57 -+  0.25 |
l2      SC-VLBA   Phs |   58.8 -+  35.0 |  166.2 -+  42.3 |  -62.8 -+  25.3 |
l2      SESHAN25  Amp |   2.02 -+  1.98 |   0.35 -+  0.59 |   1.12 -+  0.62 |
l2      SESHAN25  Phs |   55.9 -+  55.5 | -162.1 -+  96.4 | -123.6 -+  31.6 |
l2      TSUKUB32  Amp |   2.20 -+  1.29 |   0.30 -+  0.37 |   0.23 -+  0.42 |
l2      TSUKUB32  Phs | -110.6 -+  33.4 |  -58.5 -+  69.2 | -155.7 -+ 106.3 |
l2      VNDNBERG  Amp |   0.68 -+  1.54 |   0.42 -+  0.46 |   0.81 -+  0.54 |
l2      VNDNBERG  Phs |   85.5 -+ 129.2 | -152.9 -+  63.6 |  -45.8 -+  38.3 |
l2      WESTFORD  Amp |   0.08 -+  0.32 |   0.09 -+  0.10 |   0.14 -+  0.11 |
l2      WESTFORD  Phs |  -43.0 -+ 221.0 | -172.8 -+  67.7 | -112.3 -+  45.9 |
l2      WETTZELL  Amp |   0.51 -+  0.32 |   0.08 -+  0.16 |   0.04 -+  0.17 |
l2      WETTZELL  Phs |  -13.7 -+  35.9 | -144.0 -+ 120.7 |   75.8 -+ 230.4 |

Residual amplitudes and phases
Solution ID:     olc_17a ocean loading solution: 32 bands, wid
No apriori ocean loading were used
GOT00 reference theoretical model + SPOTL
Errors of theoretical model are from /users/pet/oclo_res/ocl.err
Full weight matrix for each station and wave
Schwiderski phase convention
Scales Up/East/North:   1.000  10.000  10.000 
Multiplicative band-dependent reweighting is applied
Reweighting coef. for zonal band       Up/East/North   2.020   1.472   1.472
Reweighting coef. for diurnal band     Up/East/North   1.614   1.505   1.505
Reweighting coef. for semidiurnal band Up/East/North   1.342   1.321   1.321
  
m2      ALGOPARK  Amp |   0.60 -+  0.53 |   0.19 -+  0.16 |   0.21 -+  0.17 |
m2      ALGOPARK  Phs |   46.7 -+   5.8 |   52.4 -+   4.1 |  -70.8 -+  19.3 |
m2      BR-VLBA   Amp |   1.05 -+  0.44 |   0.44 -+  0.14 |   0.52 -+  0.14 |
m2      BR-VLBA   Phs |   80.0 -+   2.6 |   75.8 -+   2.2 |   86.8 -+   4.0 |
m2      DSS45     Amp |   0.80 -+  1.89 |   2.38 -+  0.55 |   1.05 -+  0.69 |
m2      DSS45     Phs |   23.5 -+  12.7 |  159.2 -+   5.5 |    5.0 -+  15.8 |
m2      DSS65     Amp |   2.64 -+  1.24 |   0.37 -+  0.33 |   1.07 -+  0.33 |
m2      DSS65     Phs | -151.3 -+   4.5 |  -65.2 -+   4.8 |  137.5 -+   9.2 |
m2      FD-VLBA   Amp |   0.12 -+  0.43 |   0.26 -+  0.13 |   0.60 -+  0.14 |
m2      FD-VLBA   Phs |  109.4 -+  14.9 | -143.8 -+   7.0 |   14.7 -+   4.7 |
m2      FORTLEZA  Amp |   0.91 -+  0.70 |   1.09 -+  0.27 |   0.81 -+  0.32 |
m2      FORTLEZA  Phs |   72.3 -+   1.1 |  125.5 -+   3.4 | -159.1 -+   3.8 |
m2      GILCREEK  Amp |   0.29 -+  0.30 |   0.38 -+  0.12 |   0.59 -+  0.11 |
m2      GILCREEK  Phs |  -88.4 -+   2.0 | -111.0 -+  28.8 |  163.0 -+   2.0 |
m2      HARTRAO   Amp |   0.46 -+  1.06 |   1.08 -+  0.51 |   0.89 -+  0.54 |
m2      HARTRAO   Phs |  143.1 -+   3.6 |   24.0 -+  18.5 |    6.5 -+  15.5 |
m2      HATCREEK  Amp |   2.80 -+  1.74 |   1.75 -+  0.55 |   1.17 -+  0.62 |
m2      HATCREEK  Phs |  -64.7 -+  17.2 |    3.1 -+  10.1 | -113.3 -+  14.8 |
m2      HAYSTACK  Amp |   0.78 -+  2.06 |   1.19 -+  0.71 |   1.02 -+  0.71 |
m2      HAYSTACK  Phs |  -87.0 -+  15.7 |  127.6 -+  11.6 | -160.3 -+  35.5 |
m2      HN-VLBA   Amp |   1.50 -+  0.61 |   0.44 -+  0.16 |   0.21 -+  0.16 |
m2      HN-VLBA   Phs |   -6.2 -+   6.6 |   52.7 -+   3.3 | -122.2 -+   6.5 |
m2      HOBART26  Amp |   1.44 -+  1.53 |   1.36 -+  0.49 |   1.50 -+  0.60 |
m2      HOBART26  Phs |  109.0 -+   8.5 |  179.3 -+   6.2 |  -10.2 -+  22.7 |
m2      HRAS 085  Amp |   1.39 -+  0.82 |   0.80 -+  0.28 |   0.31 -+  0.32 |
m2      HRAS 085  Phs | -153.8 -+  17.1 |  -74.5 -+  40.9 |   43.0 -+  11.1 |
m2      KASHIM34  Amp |   1.50 -+  2.34 |   1.14 -+  0.68 |   0.69 -+  0.77 |
m2      KASHIM34  Phs |  178.0 -+  16.6 |  110.1 -+  16.6 |  -38.5 -+  17.1 |
m2      KASHIMA   Amp |   1.60 -+  1.31 |   0.76 -+  0.43 |   0.33 -+  0.46 |
m2      KASHIMA   Phs |  170.1 -+   9.1 |  128.7 -+  11.1 |  -88.7 -+  11.6 |
m2      KAUAI     Amp |   0.73 -+  0.93 |   0.52 -+  0.29 |   0.93 -+  0.36 |
m2      KAUAI     Phs |  -70.7 -+   4.1 |   94.6 -+   5.6 | -122.9 -+   5.7 |
m2      KOKEE     Amp |   0.62 -+  0.45 |   0.62 -+  0.18 |   0.52 -+  0.22 |
m2      KOKEE     Phs | -105.7 -+   2.0 |   26.6 -+   4.6 | -135.7 -+   3.1 |
m2      KP-VLBA   Amp |   1.20 -+  0.47 |   0.31 -+  0.14 |   0.28 -+  0.14 |
m2      KP-VLBA   Phs | -101.0 -+  20.3 |  -77.3 -+   9.7 |   16.0 -+   3.2 |
m2      LA-VLBA   Amp |   0.81 -+  0.40 |   0.43 -+  0.12 |   0.21 -+  0.13 |
m2      LA-VLBA   Phs | -120.4 -+  12.6 | -180.0 -+   5.4 |   63.6 -+   3.8 |
m2      MATERA    Amp |   1.01 -+  0.67 |   0.24 -+  0.24 |   0.31 -+  0.25 |
m2      MATERA    Phs | -157.5 -+   6.7 |   88.5 -+   9.4 |  138.2 -+  20.8 |
m2      MEDICINA  Amp |   0.19 -+  0.66 |   0.48 -+  0.21 |   0.30 -+  0.22 |
m2      MEDICINA  Phs | -152.3 -+   7.0 |  -73.6 -+   6.9 |  130.8 -+  25.9 |
m2      MK-VLBA   Amp |   1.75 -+  0.71 |   0.61 -+  0.23 |   1.04 -+  0.24 |
m2      MK-VLBA   Phs |  -88.2 -+   2.3 |   88.4 -+   4.7 | -144.1 -+   4.0 |
m2      MOJAVE12  Amp |   0.63 -+  0.59 |   0.35 -+  0.18 |   0.10 -+  0.18 |
m2      MOJAVE12  Phs |   25.8 -+  17.7 |  -53.4 -+   7.5 | -133.9 -+   2.8 |
m2      NL-VLBA   Amp |   1.21 -+  0.49 |   0.03 -+  0.13 |   0.53 -+  0.14 |
m2      NL-VLBA   Phs |  -33.4 -+   9.1 |  -58.8 -+   3.9 |  -29.8 -+  32.3 |
m2      NOTO      Amp |   1.23 -+  1.35 |   1.01 -+  0.35 |   0.25 -+  0.38 |
m2      NOTO      Phs | -164.9 -+  12.4 |  168.5 -+  13.9 |  116.8 -+  45.5 |
m2      NRAO20    Amp |   0.64 -+  0.51 |   0.08 -+  0.15 |   0.37 -+  0.16 |
m2      NRAO20    Phs |  -84.8 -+   4.7 |   22.3 -+   3.0 | -168.4 -+  25.9 |
m2      NRAO85 3  Amp |   0.78 -+  0.62 |   0.10 -+  0.18 |   0.15 -+  0.20 |
m2      NRAO85 3  Phs |  -75.7 -+   6.0 |  -30.2 -+   3.5 | -155.8 -+  35.5 |
m2      NYALES20  Amp |   1.90 -+  0.49 |   0.36 -+  0.16 |   0.18 -+  0.16 |
m2      NYALES20  Phs | -159.7 -+   3.0 |  175.7 -+   4.0 |   -8.8 -+   6.1 |
m2      ONSALA60  Amp |   1.00 -+  0.56 |   0.39 -+  0.19 |   0.19 -+  0.20 |
m2      ONSALA60  Phs |   92.2 -+  11.2 |  -92.6 -+   9.9 | -111.3 -+  20.1 |
m2      OV-VLBA   Amp |   1.61 -+  0.50 |   0.17 -+  0.14 |   0.10 -+  0.14 |
m2      OV-VLBA   Phs |   -1.3 -+   7.9 |  -42.9 -+   4.1 |  108.5 -+   2.2 |
m2      OVRO 130  Amp |   2.37 -+  2.00 |   1.38 -+  0.60 |   0.69 -+  0.77 |
m2      OVRO 130  Phs | -161.3 -+  97.2 |    9.8 -+  27.2 | -104.9 -+  15.4 |
m2      PIETOWN   Amp |   0.90 -+  0.43 |   0.24 -+  0.13 |   0.17 -+  0.13 |
m2      PIETOWN   Phs |  120.4 -+  10.9 | -136.3 -+   7.9 |    9.7 -+   3.6 |
m2      RICHMOND  Amp |   0.44 -+  0.74 |   0.84 -+  0.22 |   0.21 -+  0.28 |
m2      RICHMOND  Phs |   -5.8 -+   6.1 |  -40.0 -+   3.8 |   48.7 -+   7.5 |
m2      SANTIA12  Amp |   3.18 -+  2.32 |   0.21 -+  0.75 |   0.68 -+  0.93 |
m2      SANTIA12  Phs |   81.7 -+  56.4 |  -91.0 -+  13.2 | -141.7 -+  45.8 |
m2      SC-VLBA   Amp |   1.32 -+  0.86 |   0.86 -+  0.24 |   0.59 -+  0.26 |
m2      SC-VLBA   Phs |  141.3 -+   5.7 | -163.7 -+  13.0 |   -7.8 -+   4.2 |
m2      SESHAN25  Amp |   2.01 -+  2.11 |   0.11 -+  0.62 |   0.40 -+  0.66 |
m2      SESHAN25  Phs |   38.1 -+  20.5 |   -1.3 -+  16.2 |   23.7 -+  10.3 |
m2      TSUKUB32  Amp |   2.36 -+  1.49 |   0.09 -+  0.41 |   1.05 -+  0.48 |
m2      TSUKUB32  Phs |  145.1 -+  10.9 | -157.9 -+   9.5 |   63.9 -+  19.4 |
m2      VNDNBERG  Amp |   1.21 -+  1.62 |   0.90 -+  0.48 |   0.24 -+  0.57 |
m2      VNDNBERG  Phs |   49.6 -+  10.0 |  -91.6 -+   9.4 | -116.3 -+   6.9 |
m2      WESTFORD  Amp |   0.51 -+  0.33 |   0.28 -+  0.11 |   0.19 -+  0.12 |
m2      WESTFORD  Phs |  -52.7 -+   2.7 |   54.5 -+   1.9 | -117.7 -+   3.8 |
m2      WETTZELL  Amp |   0.58 -+  0.33 |   0.11 -+  0.17 |   0.23 -+  0.18 |
m2      WETTZELL  Phs |  -11.8 -+   3.6 |  -51.3 -+   5.2 |  130.6 -+ 120.3 |

Residual amplitudes and phases
Solution ID:     olc_17a ocean loading solution: 32 bands, wid
No apriori ocean loading were used
GOT00 reference theoretical model + SPOTL
Errors of theoretical model are from /users/pet/oclo_res/ocl.err
Full weight matrix for each station and wave
Schwiderski phase convention
Scales Up/East/North:   1.000  10.000  10.000 
Multiplicative band-dependent reweighting is applied
Reweighting coef. for zonal band       Up/East/North   2.020   1.472   1.472
Reweighting coef. for diurnal band     Up/East/North   1.614   1.505   1.505
Reweighting coef. for semidiurnal band Up/East/North   1.342   1.321   1.321
  
ni2     ALGOPARK  Amp |   0.40 -+  0.53 |   0.16 -+  0.16 |   0.21 -+  0.17 |
ni2     ALGOPARK  Phs |  113.3 -+  75.7 | -154.1 -+  54.3 | -175.8 -+  46.9 |
ni2     BR-VLBA   Amp |   0.88 -+  0.45 |   0.12 -+  0.14 |   0.36 -+  0.14 |
ni2     BR-VLBA   Phs |    8.0 -+  29.5 |   19.6 -+  66.7 |  -89.3 -+  22.4 |
ni2     DSS45     Amp |   1.25 -+  1.95 |   0.57 -+  0.57 |   0.86 -+  0.70 |
ni2     DSS45     Phs |   -0.7 -+  89.1 |   99.3 -+  57.0 |   65.5 -+  46.8 |
ni2     DSS65     Amp |   1.07 -+  1.27 |   0.62 -+  0.34 |   0.28 -+  0.34 |
ni2     DSS65     Phs |  -52.3 -+  68.5 |   17.0 -+  31.9 |  117.9 -+  70.4 |
ni2     FD-VLBA   Amp |   0.32 -+  0.44 |   0.53 -+  0.13 |   0.31 -+  0.14 |
ni2     FD-VLBA   Phs |  -45.9 -+  78.6 |   39.1 -+  14.4 |  176.7 -+  25.9 |
ni2     FORTLEZA  Amp |   0.96 -+  0.70 |   0.42 -+  0.27 |   0.43 -+  0.33 |
ni2     FORTLEZA  Phs |   -1.6 -+  41.5 |   65.4 -+  36.7 |   40.1 -+  43.3 |
ni2     GILCREEK  Amp |   0.63 -+  0.30 |   0.22 -+  0.12 |   0.18 -+  0.11 |
ni2     GILCREEK  Phs |   67.4 -+  27.2 |  -87.6 -+  32.8 | -128.1 -+  34.5 |
ni2     HARTRAO   Amp |   1.28 -+  1.05 |   0.44 -+  0.51 |   0.14 -+  0.54 |
ni2     HARTRAO   Phs | -120.0 -+  47.0 | -177.1 -+  66.8 | -129.7 -+ 224.2 |
ni2     HATCREEK  Amp |   0.78 -+  1.74 |   0.56 -+  0.54 |   0.79 -+  0.62 |
ni2     HATCREEK  Phs |   11.9 -+ 127.7 |  -81.1 -+  55.2 |  -20.8 -+  45.1 |
ni2     HAYSTACK  Amp |   1.32 -+  2.41 |   0.74 -+  0.82 |   0.71 -+  0.82 |
ni2     HAYSTACK  Phs |  -23.3 -+ 103.7 |  173.1 -+  63.1 |  136.2 -+  66.3 |
ni2     HN-VLBA   Amp |   1.64 -+  0.61 |   0.61 -+  0.16 |   0.35 -+  0.16 |
ni2     HN-VLBA   Phs | -121.6 -+  21.6 | -147.5 -+  15.5 |  -36.1 -+  26.0 |
ni2     HOBART26  Amp |   2.63 -+  1.55 |   0.49 -+  0.49 |   0.35 -+  0.60 |
ni2     HOBART26  Phs |  111.6 -+  34.0 |  -43.8 -+  57.9 | -113.3 -+  97.0 |
ni2     HRAS 085  Amp |   0.35 -+  0.82 |   0.33 -+  0.28 |   0.09 -+  0.31 |
ni2     HRAS 085  Phs |   51.0 -+ 136.0 |  -91.2 -+  48.3 |  -34.3 -+ 202.4 |
ni2     KASHIM34  Amp |   3.66 -+  2.43 |   1.31 -+  0.74 |   2.41 -+  0.79 |
ni2     KASHIM34  Phs |  -68.3 -+  38.4 |  -13.9 -+  32.3 |   -8.5 -+  18.9 |
ni2     KASHIMA   Amp |   1.30 -+  1.30 |   0.61 -+  0.42 |   0.38 -+  0.46 |
ni2     KASHIMA   Phs |  122.1 -+  57.2 |  -99.4 -+  39.6 |  138.0 -+  68.8 |
ni2     KAUAI     Amp |   0.34 -+  0.93 |   0.80 -+  0.29 |   0.28 -+  0.36 |
ni2     KAUAI     Phs |  -85.4 -+ 155.7 | -148.7 -+  20.6 |   99.0 -+  74.2 |
ni2     KOKEE     Amp |   0.83 -+  0.45 |   0.24 -+  0.18 |   0.05 -+  0.22 |
ni2     KOKEE     Phs | -177.7 -+  31.4 | -176.2 -+  43.1 | -155.9 -+ 257.3 |
ni2     KP-VLBA   Amp |   1.26 -+  0.48 |   0.07 -+  0.14 |   0.10 -+  0.14 |
ni2     KP-VLBA   Phs |   66.3 -+  21.7 |  164.8 -+ 111.2 |  172.7 -+  83.8 |
ni2     LA-VLBA   Amp |   0.20 -+  0.40 |   0.25 -+  0.12 |   0.16 -+  0.13 |
ni2     LA-VLBA   Phs |  160.9 -+ 116.8 |   51.2 -+  28.6 |   83.7 -+  47.3 |
ni2     MATERA    Amp |   1.14 -+  0.67 |   0.25 -+  0.24 |   0.10 -+  0.25 |
ni2     MATERA    Phs | -161.0 -+  33.7 |  157.4 -+  53.2 |  136.1 -+ 143.9 |
ni2     MEDICINA  Amp |   1.36 -+  0.66 |   0.27 -+  0.21 |   0.28 -+  0.22 |
ni2     MEDICINA  Phs |  104.1 -+  28.1 | -126.3 -+  46.1 |  123.2 -+  44.8 |
ni2     MK-VLBA   Amp |   1.03 -+  0.70 |   0.40 -+  0.23 |   0.51 -+  0.25 |
ni2     MK-VLBA   Phs |  -91.8 -+  39.2 |  104.2 -+  32.8 |  124.0 -+  27.8 |
ni2     MOJAVE12  Amp |   0.36 -+  0.59 |   0.24 -+  0.18 |   0.53 -+  0.18 |
ni2     MOJAVE12  Phs |  -32.3 -+  94.7 |  -45.9 -+  42.5 |   65.2 -+  19.3 |
ni2     NL-VLBA   Amp |   1.78 -+  0.49 |   0.19 -+  0.13 |   0.09 -+  0.14 |
ni2     NL-VLBA   Phs | -118.3 -+  15.8 |   34.3 -+  40.1 |  -67.6 -+  83.5 |
ni2     NOTO      Amp |   0.47 -+  1.34 |   0.13 -+  0.35 |   0.63 -+  0.37 |
ni2     NOTO      Phs |  -64.9 -+ 164.8 |  -34.2 -+ 151.3 |  159.6 -+  33.9 |
ni2     NRAO20    Amp |   0.74 -+  0.50 |   0.36 -+  0.15 |   0.25 -+  0.16 |
ni2     NRAO20    Phs |  163.1 -+  38.6 |  141.1 -+  23.5 |   16.6 -+  36.8 |
ni2     NRAO85 3  Amp |   0.32 -+  0.62 |   0.10 -+  0.18 |   0.07 -+  0.20 |
ni2     NRAO85 3  Phs | -158.4 -+ 111.3 |   83.5 -+  98.9 | -102.7 -+ 159.4 |
ni2     NYALES20  Amp |   0.32 -+  0.48 |   0.26 -+  0.16 |   0.20 -+  0.16 |
ni2     NYALES20  Phs | -132.8 -+  86.6 |   -1.3 -+  34.6 |    0.9 -+  47.1 |
ni2     ONSALA60  Amp |   0.73 -+  0.57 |   0.11 -+  0.19 |   0.13 -+  0.20 |
ni2     ONSALA60  Phs |  -16.2 -+  44.7 |  -56.3 -+  98.4 |  -69.0 -+  85.0 |
ni2     OV-VLBA   Amp |   0.30 -+  0.50 |   0.35 -+  0.14 |   0.41 -+  0.14 |
ni2     OV-VLBA   Phs |  -21.9 -+  97.1 |  -86.5 -+  23.7 |  -24.0 -+  19.9 |
ni2     OVRO 130  Amp |   1.35 -+  2.07 |   0.34 -+  0.60 |   0.47 -+  0.75 |
ni2     OVRO 130  Phs |  -18.2 -+  87.5 |  167.1 -+ 100.4 |  172.7 -+  91.0 |
ni2     PIETOWN   Amp |   0.48 -+  0.43 |   0.17 -+  0.13 |   0.25 -+  0.13 |
ni2     PIETOWN   Phs |  122.1 -+  50.9 |   63.9 -+  43.0 |   52.1 -+  30.2 |
ni2     RICHMOND  Amp |   1.33 -+  0.74 |   0.10 -+  0.22 |   0.37 -+  0.28 |
ni2     RICHMOND  Phs |    7.3 -+  31.9 |  131.2 -+ 124.7 |  -28.7 -+  43.3 |
ni2     SANTIA12  Amp |   3.47 -+  2.37 |   0.42 -+  0.74 |   1.67 -+  0.94 |
ni2     SANTIA12  Phs |  166.0 -+  39.0 | -136.1 -+  99.3 |  101.0 -+  32.2 |
ni2     SC-VLBA   Amp |   2.65 -+  0.88 |   0.54 -+  0.24 |   1.47 -+  0.26 |
ni2     SC-VLBA   Phs |   45.5 -+  18.9 |  -44.5 -+  25.0 | -147.7 -+  10.2 |
ni2     SESHAN25  Amp |   2.75 -+  2.06 |   0.35 -+  0.61 |   0.30 -+  0.65 |
ni2     SESHAN25  Phs |  -61.0 -+  42.5 |   37.3 -+ 100.8 |  -32.7 -+ 126.1 |
ni2     TSUKUB32  Amp |   2.14 -+  1.35 |   0.11 -+  0.39 |   0.44 -+  0.44 |
ni2     TSUKUB32  Phs |  133.4 -+  36.4 | -111.6 -+ 202.8 |  -71.6 -+  57.2 |
ni2     VNDNBERG  Amp |   1.92 -+  1.64 |   0.62 -+  0.48 |   0.26 -+  0.56 |
ni2     VNDNBERG  Phs |  -52.2 -+  48.7 |  -60.5 -+  44.3 |    1.5 -+ 123.9 |
ni2     WESTFORD  Amp |   0.21 -+  0.33 |   0.11 -+  0.11 |   0.10 -+  0.12 |
ni2     WESTFORD  Phs | -177.2 -+  90.3 | -148.3 -+  55.6 |  159.9 -+  67.8 |
ni2     WETTZELL  Amp |   0.49 -+  0.33 |   0.11 -+  0.17 |   0.20 -+  0.18 |
ni2     WETTZELL  Phs |  145.5 -+  39.0 |  116.4 -+  89.0 |  -53.2 -+  52.0 |

Residual amplitudes and phases
Solution ID:     olc_17a ocean loading solution: 32 bands, wid
No apriori ocean loading were used
GOT00 reference theoretical model + SPOTL
Errors of theoretical model are from /users/pet/oclo_res/ocl.err
Full weight matrix for each station and wave
Schwiderski phase convention
Scales Up/East/North:   1.000  10.000  10.000 
Multiplicative band-dependent reweighting is applied
Reweighting coef. for zonal band       Up/East/North   2.020   1.472   1.472
Reweighting coef. for diurnal band     Up/East/North   1.614   1.505   1.505
Reweighting coef. for semidiurnal band Up/East/North   1.342   1.321   1.321
  
n2      ALGOPARK  Amp |   1.01 -+  0.54 |   0.40 -+  0.16 |   0.30 -+  0.17 |
n2      ALGOPARK  Phs |  164.4 -+  16.4 |  117.1 -+  11.2 |  -36.9 -+  28.0 |
n2      BR-VLBA   Amp |   0.68 -+  0.46 |   0.28 -+  0.14 |   0.36 -+  0.14 |
n2      BR-VLBA   Phs |    3.5 -+  13.0 |   27.7 -+  15.4 |   58.5 -+  11.6 |
n2      DSS45     Amp |   1.42 -+  2.02 |   1.19 -+  0.60 |   0.46 -+  0.72 |
n2      DSS45     Phs | -121.8 -+  74.7 |  118.1 -+  18.1 |  -17.9 -+  52.8 |
n2      DSS65     Amp |   0.69 -+  1.22 |   0.37 -+  0.33 |   0.02 -+  0.33 |
n2      DSS65     Phs |    8.0 -+  24.1 | -151.1 -+  31.2 |   81.0 -+  33.0 |
n2      FD-VLBA   Amp |   0.50 -+  0.44 |   0.39 -+  0.13 |   0.30 -+  0.14 |
n2      FD-VLBA   Phs |  -85.0 -+  38.0 |   15.8 -+  16.0 |  -57.7 -+  37.3 |
n2      FORTLEZA  Amp |   1.29 -+  0.71 |   0.26 -+  0.27 |   0.86 -+  0.33 |
n2      FORTLEZA  Phs |  -50.8 -+   5.0 |   59.4 -+  14.0 |  140.4 -+  16.6 |
n2      GILCREEK  Amp |   0.30 -+  0.30 |   0.17 -+  0.13 |   0.19 -+  0.11 |
n2      GILCREEK  Phs |  -18.2 -+  10.6 | -104.8 -+  49.1 |  168.1 -+   9.7 |
n2      HARTRAO   Amp |   1.06 -+  1.07 |   0.80 -+  0.51 |   0.54 -+  0.55 |
n2      HARTRAO   Phs | -173.0 -+  14.7 |   -8.9 -+  32.0 |  -64.6 -+  70.7 |
n2      HATCREEK  Amp |   2.50 -+  1.73 |   0.73 -+  0.55 |   0.73 -+  0.61 |
n2      HATCREEK  Phs | -122.9 -+  60.2 | -120.9 -+  22.1 | -155.9 -+  52.8 |
n2      HAYSTACK  Amp |   0.88 -+  2.38 |   0.57 -+  0.78 |   0.86 -+  0.79 |
n2      HAYSTACK  Phs | -113.7 -+  60.5 | -108.0 -+  33.3 | -114.8 -+  46.2 |
n2      HN-VLBA   Amp |   3.17 -+  0.64 |   0.24 -+  0.17 |   0.45 -+  0.16 |
n2      HN-VLBA   Phs | -165.5 -+   7.8 |   93.7 -+  12.9 |  -30.4 -+  12.6 |
n2      HOBART26  Amp |   1.89 -+  1.60 |   0.99 -+  0.51 |   0.65 -+  0.62 |
n2      HOBART26  Phs |  163.7 -+  22.5 |  112.5 -+  16.9 |  -81.3 -+  79.6 |
n2      HRAS 085  Amp |   0.76 -+  0.83 |   0.50 -+  0.28 |   0.48 -+  0.31 |
n2      HRAS 085  Phs |   47.8 -+  82.2 |  151.8 -+  23.8 | -172.1 -+  35.3 |
n2      KASHIM34  Amp |   3.19 -+  2.51 |   1.59 -+  0.71 |   0.49 -+  0.82 |
n2      KASHIM34  Phs |   91.2 -+  33.9 |  -82.6 -+  22.6 |  166.0 -+  90.3 |
n2      KASHIMA   Amp |   1.11 -+  1.30 |   0.23 -+  0.43 |   1.00 -+  0.46 |
n2      KASHIMA   Phs |    5.9 -+  34.9 |  175.3 -+ 151.2 |  159.6 -+  29.4 |
n2      KAUAI     Amp |   0.41 -+  0.95 |   0.29 -+  0.29 |   0.49 -+  0.37 |
n2      KAUAI     Phs |  -56.0 -+  22.0 | -117.8 -+  27.6 |  102.4 -+  16.9 |
n2      KOKEE     Amp |   0.49 -+  0.46 |   0.09 -+  0.19 |   0.12 -+  0.22 |
n2      KOKEE     Phs |  -63.8 -+  10.3 | -162.6 -+  18.0 | -122.0 -+  18.6 |
n2      KP-VLBA   Amp |   2.34 -+  0.49 |   0.27 -+  0.14 |   0.18 -+  0.15 |
n2      KP-VLBA   Phs |  -89.7 -+  10.6 |  -28.6 -+  57.8 |   -4.4 -+  14.5 |
n2      LA-VLBA   Amp |   1.25 -+  0.41 |   0.15 -+  0.13 |   0.15 -+  0.13 |
n2      LA-VLBA   Phs | -123.7 -+  19.2 | -159.5 -+  23.6 |   65.1 -+  13.4 |
n2      MATERA    Amp |   2.29 -+  0.68 |   0.17 -+  0.24 |   0.26 -+  0.25 |
n2      MATERA    Phs |  170.8 -+  16.1 | -121.8 -+  90.0 |  105.5 -+ 116.7 |
n2      MEDICINA  Amp |   1.01 -+  0.66 |   0.04 -+  0.22 |   0.13 -+  0.22 |
n2      MEDICINA  Phs |  -74.7 -+  17.7 | -106.7 -+  26.5 | -139.0 -+  54.7 |
n2      MK-VLBA   Amp |   1.86 -+  0.71 |   0.63 -+  0.23 |   0.24 -+  0.25 |
n2      MK-VLBA   Phs |  -69.1 -+  10.0 |   66.8 -+  17.3 | -110.1 -+  31.1 |
n2      MOJAVE12  Amp |   0.34 -+  0.59 |   0.43 -+  0.18 |   0.15 -+  0.18 |
n2      MOJAVE12  Phs |  -32.9 -+  33.1 | -166.0 -+  15.2 | -136.2 -+  15.2 |
n2      NL-VLBA   Amp |   1.59 -+  0.51 |   0.36 -+  0.14 |   0.18 -+  0.14 |
n2      NL-VLBA   Phs | -137.0 -+  20.8 |  -81.4 -+  16.6 |  157.7 -+  23.4 |
n2      NOTO      Amp |   1.04 -+  1.35 |   0.43 -+  0.35 |   0.39 -+  0.37 |
n2      NOTO      Phs |  147.9 -+  64.8 |   78.9 -+  28.2 |  136.0 -+  68.7 |
n2      NRAO20    Amp |   0.98 -+  0.51 |   0.20 -+  0.15 |   0.23 -+  0.16 |
n2      NRAO20    Phs |  100.0 -+  13.5 |  145.9 -+  10.1 |    4.6 -+  42.4 |
n2      NRAO85 3  Amp |   1.19 -+  0.63 |   0.34 -+  0.18 |   0.33 -+  0.21 |
n2      NRAO85 3  Phs |  -86.3 -+  48.9 |   -4.2 -+  29.7 |  116.8 -+  36.9 |
n2      NYALES20  Amp |   1.88 -+  0.49 |   0.12 -+  0.16 |   0.24 -+  0.17 |
n2      NYALES20  Phs |   82.5 -+  11.5 | -149.9 -+  17.3 |  134.3 -+  54.7 |
n2      ONSALA60  Amp |   0.34 -+  0.56 |   0.14 -+  0.19 |   0.26 -+  0.20 |
n2      ONSALA60  Phs | -129.3 -+  26.9 |  166.0 -+  29.2 |  121.8 -+  26.9 |
n2      OV-VLBA   Amp |   1.10 -+  0.52 |   0.25 -+  0.14 |   0.10 -+  0.14 |
n2      OV-VLBA   Phs |  -87.2 -+  19.8 |  -88.8 -+  17.2 |  -41.7 -+  11.1 |
n2      OVRO 130  Amp |   0.84 -+  2.15 |   0.76 -+  0.65 |   0.79 -+  0.80 |
n2      OVRO 130  Phs |   31.8 -+  96.6 |  116.8 -+  43.3 |  138.1 -+  34.1 |
n2      PIETOWN   Amp |   0.55 -+  0.43 |   0.12 -+  0.13 |   0.09 -+  0.13 |
n2      PIETOWN   Phs | -107.1 -+  36.6 |   19.6 -+  59.6 |  153.8 -+  15.5 |
n2      RICHMOND  Amp |   1.03 -+  0.75 |   0.12 -+  0.22 |   0.18 -+  0.28 |
n2      RICHMOND  Phs |  -58.7 -+  67.1 |   72.9 -+  14.2 |  103.5 -+  23.9 |
n2      SANTIA12  Amp |   1.56 -+  2.37 |   1.27 -+  0.75 |   1.83 -+  0.93 |
n2      SANTIA12  Phs | -131.3 -+  60.5 |  159.0 -+  38.9 |  131.3 -+  27.7 |
n2      SC-VLBA   Amp |   2.97 -+  0.88 |   0.20 -+  0.24 |   1.57 -+  0.27 |
n2      SC-VLBA   Phs |  106.4 -+  11.6 |  -85.3 -+  84.5 |  -76.4 -+   9.3 |
n2      SESHAN25  Amp |   2.62 -+  1.98 |   0.24 -+  0.58 |   0.97 -+  0.62 |
n2      SESHAN25  Phs |  -79.7 -+  37.6 | -177.7 -+  43.9 |   69.0 -+  35.5 |
n2      TSUKUB32  Amp |   2.68 -+  1.45 |   0.35 -+  0.42 |   0.54 -+  0.47 |
n2      TSUKUB32  Phs | -116.1 -+  52.4 |  -60.4 -+  38.2 |   82.4 -+ 159.5 |
n2      VNDNBERG  Amp |   0.76 -+  1.65 |   1.19 -+  0.48 |   0.16 -+  0.58 |
n2      VNDNBERG  Phs |   55.7 -+  39.1 |  146.8 -+  17.7 | -117.0 -+  35.1 |
n2      WESTFORD  Amp |   0.65 -+  0.33 |   0.18 -+  0.11 |   0.19 -+  0.12 |
n2      WESTFORD  Phs |  -59.8 -+  12.3 | -178.4 -+   6.1 |  148.2 -+  42.3 |
n2      WETTZELL  Amp |   0.06 -+  0.33 |   0.08 -+  0.17 |   0.10 -+  0.18 |
n2      WETTZELL  Phs |   13.7 -+  17.7 |  -47.4 -+  22.4 |    7.0 -+  77.6 |

Residual amplitudes and phases
Solution ID:     olc_17a ocean loading solution: 32 bands, wid
No apriori ocean loading were used
GOT00 reference theoretical model + SPOTL
Errors of theoretical model are from /users/pet/oclo_res/ocl.err
Full weight matrix for each station and wave
Schwiderski phase convention
Scales Up/East/North:   1.000  10.000  10.000 
Multiplicative band-dependent reweighting is applied
Reweighting coef. for zonal band       Up/East/North   2.020   1.472   1.472
Reweighting coef. for diurnal band     Up/East/North   1.614   1.505   1.505
Reweighting coef. for semidiurnal band Up/East/North   1.342   1.321   1.321
  
mi2     ALGOPARK  Amp |   0.59 -+  0.54 |   0.31 -+  0.16 |   0.24 -+  0.17 |
mi2     ALGOPARK  Phs |  -91.1 -+  53.1 |  152.3 -+  29.3 |  -54.6 -+  40.8 |
mi2     BR-VLBA   Amp |   1.80 -+  0.45 |   0.24 -+  0.14 |   0.27 -+  0.14 |
mi2     BR-VLBA   Phs | -140.4 -+  14.3 |    7.7 -+  33.4 |   76.7 -+  29.6 |
mi2     DSS45     Amp |   1.89 -+  1.98 |   0.58 -+  0.57 |   0.59 -+  0.70 |
mi2     DSS45     Phs | -113.5 -+  60.5 |   33.5 -+  57.0 |  -80.5 -+  68.5 |
mi2     DSS65     Amp |   2.00 -+  1.23 |   0.20 -+  0.34 |   0.30 -+  0.33 |
mi2     DSS65     Phs | -111.4 -+  35.4 |  -78.0 -+  95.4 |  121.9 -+  62.4 |
mi2     FD-VLBA   Amp |   1.36 -+  0.44 |   0.26 -+  0.13 |   0.31 -+  0.14 |
mi2     FD-VLBA   Phs | -140.8 -+  18.4 |  -62.9 -+  29.6 |   47.9 -+  25.8 |
mi2     FORTLEZA  Amp |   0.95 -+  0.70 |   0.05 -+  0.27 |   0.34 -+  0.33 |
mi2     FORTLEZA  Phs |   -7.9 -+  42.3 |  112.7 -+ 326.6 | -177.3 -+  55.0 |
mi2     GILCREEK  Amp |   0.21 -+  0.30 |   0.14 -+  0.12 |   0.20 -+  0.11 |
mi2     GILCREEK  Phs |  123.4 -+  82.6 |   31.9 -+  51.0 |  -27.1 -+  31.9 |
mi2     HARTRAO   Amp |   0.59 -+  1.09 |   0.59 -+  0.52 |   0.86 -+  0.55 |
mi2     HARTRAO   Phs |  114.2 -+ 105.4 |   80.8 -+  49.9 |   60.8 -+  36.5 |
mi2     HATCREEK  Amp |   1.34 -+  1.76 |   1.49 -+  0.55 |   0.87 -+  0.62 |
mi2     HATCREEK  Phs | -169.0 -+  75.3 |  -98.9 -+  20.9 |  -23.9 -+  40.5 |
mi2     HAYSTACK  Amp |   4.83 -+  2.37 |   0.52 -+  0.84 |   1.45 -+  0.83 |
mi2     HAYSTACK  Phs |  151.2 -+  28.0 |  -90.3 -+  92.1 |  -41.6 -+  33.3 |
mi2     HN-VLBA   Amp |   0.59 -+  0.62 |   0.32 -+  0.17 |   0.24 -+  0.16 |
mi2     HN-VLBA   Phs |   26.9 -+  59.3 |   54.0 -+  29.4 |  150.9 -+  38.6 |
mi2     HOBART26  Amp |   1.63 -+  1.62 |   0.38 -+  0.51 |   0.35 -+  0.62 |
mi2     HOBART26  Phs | -178.2 -+  56.9 |   46.6 -+  77.6 | -141.9 -+ 102.5 |
mi2     HRAS 085  Amp |   0.55 -+  0.83 |   0.47 -+  0.28 |   0.21 -+  0.32 |
mi2     HRAS 085  Phs |  -94.8 -+  86.2 | -100.2 -+  33.4 |  121.5 -+  85.2 |
mi2     KASHIM34  Amp |   1.79 -+  2.34 |   0.49 -+  0.70 |   2.37 -+  0.79 |
mi2     KASHIM34  Phs |   14.1 -+  75.3 | -141.1 -+  83.3 |  -92.8 -+  19.2 |
mi2     KASHIMA   Amp |   2.57 -+  1.28 |   0.77 -+  0.42 |   0.44 -+  0.46 |
mi2     KASHIMA   Phs |  115.5 -+  28.7 |  -63.4 -+  31.1 |   -2.2 -+  59.1 |
mi2     KAUAI     Amp |   2.95 -+  0.93 |   0.22 -+  0.29 |   0.26 -+  0.36 |
mi2     KAUAI     Phs |  -49.1 -+  18.1 | -175.5 -+  75.7 | -175.8 -+  79.4 |
mi2     KOKEE     Amp |   0.33 -+  0.46 |   0.10 -+  0.18 |   0.46 -+  0.22 |
mi2     KOKEE     Phs |   10.0 -+  78.3 | -128.1 -+ 104.1 | -126.0 -+  27.3 |
mi2     KP-VLBA   Amp |   0.93 -+  0.48 |   0.32 -+  0.14 |   0.40 -+  0.14 |
mi2     KP-VLBA   Phs |   21.2 -+  29.2 |   72.7 -+  25.4 | -124.0 -+  20.6 |
mi2     LA-VLBA   Amp |   0.30 -+  0.40 |   0.34 -+  0.13 |   0.24 -+  0.13 |
mi2     LA-VLBA   Phs |   42.0 -+  76.0 |  -11.3 -+  20.9 |   30.7 -+  31.0 |
mi2     MATERA    Amp |   0.26 -+  0.71 |   0.26 -+  0.24 |   0.22 -+  0.25 |
mi2     MATERA    Phs |  -56.7 -+ 158.4 |  118.7 -+  53.1 | -131.9 -+  65.8 |
mi2     MEDICINA  Amp |   1.39 -+  0.68 |   0.13 -+  0.22 |   0.31 -+  0.23 |
mi2     MEDICINA  Phs |  150.4 -+  28.2 |   26.8 -+  97.3 |  -93.5 -+  41.8 |
mi2     MK-VLBA   Amp |   1.09 -+  0.68 |   0.26 -+  0.23 |   0.59 -+  0.24 |
mi2     MK-VLBA   Phs |  173.5 -+  35.7 |  119.6 -+  49.9 |  162.3 -+  23.9 |
mi2     MOJAVE12  Amp |   1.12 -+  0.58 |   0.12 -+  0.18 |   0.07 -+  0.18 |
mi2     MOJAVE12  Phs | -136.7 -+  30.1 | -130.0 -+  80.9 |   56.3 -+ 140.2 |
mi2     NL-VLBA   Amp |   1.85 -+  0.49 |   0.38 -+  0.13 |   0.10 -+  0.14 |
mi2     NL-VLBA   Phs |  123.0 -+  15.2 |  176.7 -+  20.1 |  -31.7 -+  80.1 |
mi2     NOTO      Amp |   0.76 -+  1.38 |   0.18 -+  0.35 |   0.28 -+  0.37 |
mi2     NOTO      Phs |  141.5 -+ 103.7 |   75.0 -+ 111.0 | -135.0 -+  75.4 |
mi2     NRAO20    Amp |   1.34 -+  0.50 |   0.28 -+  0.15 |   0.24 -+  0.16 |
mi2     NRAO20    Phs |  -92.8 -+  21.5 | -146.8 -+  30.6 |  -86.4 -+  37.8 |
mi2     NRAO85 3  Amp |   1.31 -+  0.63 |   0.42 -+  0.18 |   0.31 -+  0.20 |
mi2     NRAO85 3  Phs |  -39.4 -+  27.2 |  -94.2 -+  24.4 | -175.2 -+  37.7 |
mi2     NYALES20  Amp |   1.29 -+  0.49 |   0.26 -+  0.16 |   0.11 -+  0.16 |
mi2     NYALES20  Phs | -172.8 -+  21.9 | -107.6 -+  35.7 |  115.1 -+  87.8 |
mi2     ONSALA60  Amp |   0.98 -+  0.57 |   0.06 -+  0.19 |   0.19 -+  0.20 |
mi2     ONSALA60  Phs |  163.2 -+  33.1 |  157.8 -+ 176.9 |  -52.1 -+  60.0 |
mi2     OV-VLBA   Amp |   0.75 -+  0.51 |   0.10 -+  0.14 |   0.08 -+  0.14 |
mi2     OV-VLBA   Phs | -115.5 -+  38.9 |  157.5 -+  79.7 | -139.9 -+ 109.2 |
mi2     OVRO 130  Amp |   2.66 -+  2.18 |   0.77 -+  0.66 |   1.41 -+  0.82 |
mi2     OVRO 130  Phs | -159.3 -+  46.8 | -116.4 -+  49.1 |  124.0 -+  33.2 |
mi2     PIETOWN   Amp |   0.44 -+  0.43 |   0.16 -+  0.13 |   0.13 -+  0.13 |
mi2     PIETOWN   Phs |   99.2 -+  56.5 |  130.3 -+  47.3 |   48.1 -+  59.0 |
mi2     RICHMOND  Amp |   0.27 -+  0.74 |   0.41 -+  0.21 |   0.18 -+  0.28 |
mi2     RICHMOND  Phs |  139.1 -+ 157.1 | -122.8 -+  30.2 | -142.5 -+  88.2 |
mi2     SANTIA12  Amp |   0.69 -+  2.36 |   0.03 -+  0.74 |   1.68 -+  0.94 |
mi2     SANTIA12  Phs |  170.2 -+ 197.3 | -168.8 -+ ***** | -117.7 -+  32.1 |
mi2     SC-VLBA   Amp |   0.88 -+  0.87 |   0.64 -+  0.24 |   0.71 -+  0.26 |
mi2     SC-VLBA   Phs |  -55.0 -+  56.3 |   13.4 -+  21.3 |  111.8 -+  21.2 |
mi2     SESHAN25  Amp |   0.20 -+  1.98 |   0.66 -+  0.59 |   0.96 -+  0.62 |
mi2     SESHAN25  Phs |   80.3 -+ 575.5 |   15.6 -+  51.1 |  -17.7 -+  37.1 |
mi2     TSUKUB32  Amp |   1.40 -+  1.48 |   0.23 -+  0.43 |   1.04 -+  0.48 |
mi2     TSUKUB32  Phs | -142.8 -+  60.3 |   83.3 -+ 109.7 |   98.7 -+  26.5 |
mi2     VNDNBERG  Amp |   1.88 -+  1.64 |   0.71 -+  0.47 |   0.50 -+  0.55 |
mi2     VNDNBERG  Phs |  172.8 -+  50.0 |  -38.9 -+  38.2 |  174.2 -+  63.1 |
mi2     WESTFORD  Amp |   0.37 -+  0.33 |   0.18 -+  0.11 |   0.14 -+  0.12 |
mi2     WESTFORD  Phs |   82.8 -+  52.2 |  130.3 -+  34.8 |   -8.5 -+  47.2 |
mi2     WETTZELL  Amp |   0.44 -+  0.33 |   0.09 -+  0.17 |   0.13 -+  0.18 |
mi2     WETTZELL  Phs | -138.6 -+  42.9 |  -27.9 -+ 107.0 |   76.0 -+  78.4 |

Residual amplitudes and phases
Solution ID:     olc_17a ocean loading solution: 32 bands, wid
No apriori ocean loading were used
GOT00 reference theoretical model + SPOTL
Errors of theoretical model are from /users/pet/oclo_res/ocl.err
Full weight matrix for each station and wave
Schwiderski phase convention
Scales Up/East/North:   1.000  10.000  10.000 
Multiplicative band-dependent reweighting is applied
Reweighting coef. for zonal band       Up/East/North   2.020   1.472   1.472
Reweighting coef. for diurnal band     Up/East/North   1.614   1.505   1.505
Reweighting coef. for semidiurnal band Up/East/North   1.342   1.321   1.321
  
2n2     ALGOPARK  Amp |   0.46 -+  0.55 |   0.22 -+  0.16 |   0.23 -+  0.17 |
2n2     ALGOPARK  Phs |  -72.0 -+  68.6 |  111.0 -+  40.9 |  113.1 -+  41.8 |
2n2     BR-VLBA   Amp |   1.17 -+  0.45 |   0.31 -+  0.14 |   0.33 -+  0.14 |
2n2     BR-VLBA   Phs |  111.1 -+  21.9 |  -63.1 -+  25.3 |   71.1 -+  24.1 |
2n2     DSS45     Amp |   1.52 -+  1.96 |   1.28 -+  0.58 |   1.97 -+  0.71 |
2n2     DSS45     Phs |   21.2 -+  74.3 |   97.7 -+  25.9 |  117.9 -+  20.5 |
2n2     DSS65     Amp |   2.56 -+  1.27 |   0.40 -+  0.34 |   0.55 -+  0.33 |
2n2     DSS65     Phs |  -80.9 -+  28.4 |   -6.4 -+  49.1 |  124.5 -+  34.4 |
2n2     FD-VLBA   Amp |   0.36 -+  0.44 |   0.18 -+  0.13 |   0.29 -+  0.14 |
2n2     FD-VLBA   Phs | -136.3 -+  68.9 |  -90.2 -+  41.6 |  -73.9 -+  27.8 |
2n2     FORTLEZA  Amp |   1.20 -+  0.71 |   0.13 -+  0.27 |   0.45 -+  0.33 |
2n2     FORTLEZA  Phs |    8.4 -+  33.9 |  150.8 -+ 124.6 |  -70.5 -+  41.7 |
2n2     GILCREEK  Amp |   0.45 -+  0.30 |   0.16 -+  0.12 |   0.09 -+  0.11 |
2n2     GILCREEK  Phs |  145.1 -+  38.2 |  -52.7 -+  45.8 |  103.3 -+  69.5 |
2n2     HARTRAO   Amp |   0.53 -+  1.07 |   1.00 -+  0.51 |   0.95 -+  0.54 |
2n2     HARTRAO   Phs |  103.0 -+ 115.6 |  -80.9 -+  29.5 |   60.8 -+  32.6 |
2n2     HATCREEK  Amp |   2.68 -+  1.77 |   0.22 -+  0.54 |   1.58 -+  0.63 |
2n2     HATCREEK  Phs | -178.1 -+  37.7 |   55.2 -+ 139.2 | -150.2 -+  22.6 |
2n2     HAYSTACK  Amp |   2.15 -+  2.29 |   1.02 -+  0.77 |   0.24 -+  0.78 |
2n2     HAYSTACK  Phs |   -6.5 -+  61.0 |   97.5 -+  43.7 |  -59.2 -+ 187.3 |
2n2     HN-VLBA   Amp |   1.63 -+  0.62 |   0.17 -+  0.16 |   0.44 -+  0.16 |
2n2     HN-VLBA   Phs | -152.1 -+  21.6 |  -47.6 -+  55.7 |  170.7 -+  20.5 |
2n2     HOBART26  Amp |   2.12 -+  1.59 |   0.37 -+  0.50 |   0.98 -+  0.61 |
2n2     HOBART26  Phs |   33.5 -+  43.0 |    7.8 -+  77.8 |  141.6 -+  35.6 |
2n2     HRAS 085  Amp |   0.74 -+  0.83 |   0.20 -+  0.27 |   0.97 -+  0.32 |
2n2     HRAS 085  Phs |  -87.7 -+  64.1 |   82.2 -+  77.6 |   27.3 -+  18.6 |
2n2     KASHIM34  Amp |   2.79 -+  2.43 |   0.92 -+  0.74 |   1.24 -+  0.82 |
2n2     KASHIM34  Phs |   41.3 -+  50.3 |  -69.8 -+  46.0 |   17.0 -+  37.8 |
2n2     KASHIMA   Amp |   1.68 -+  1.33 |   0.56 -+  0.43 |   0.21 -+  0.47 |
2n2     KASHIMA   Phs |   42.6 -+  45.2 |  122.4 -+  44.3 |  139.7 -+ 127.9 |
2n2     KAUAI     Amp |   2.80 -+  0.96 |   0.80 -+  0.29 |   0.30 -+  0.37 |
2n2     KAUAI     Phs |   -0.9 -+  19.7 |  131.0 -+  21.0 |  168.1 -+  70.9 |
2n2     KOKEE     Amp |   0.94 -+  0.46 |   0.13 -+  0.19 |   0.16 -+  0.22 |
2n2     KOKEE     Phs |  114.9 -+  28.0 | -125.1 -+  78.7 |  -60.9 -+  76.2 |
2n2     KP-VLBA   Amp |   3.51 -+  0.48 |   0.39 -+  0.14 |   0.24 -+  0.14 |
2n2     KP-VLBA   Phs |  140.2 -+   7.8 |  149.8 -+  21.2 |  -59.9 -+  35.3 |
2n2     LA-VLBA   Amp |   0.21 -+  0.41 |   0.07 -+  0.13 |   0.16 -+  0.13 |
2n2     LA-VLBA   Phs |    4.6 -+ 109.0 | -137.8 -+  98.2 |    0.3 -+  46.6 |
2n2     MATERA    Amp |   0.66 -+  0.68 |   0.27 -+  0.24 |   0.24 -+  0.25 |
2n2     MATERA    Phs |  154.0 -+  59.5 | -163.6 -+  51.5 |  179.1 -+  60.8 |
2n2     MEDICINA  Amp |   0.21 -+  0.67 |   0.07 -+  0.22 |   0.06 -+  0.22 |
2n2     MEDICINA  Phs |  132.9 -+ 181.7 |  140.0 -+ 186.8 | -101.8 -+ 229.0 |
2n2     MK-VLBA   Amp |   2.81 -+  0.68 |   0.36 -+  0.23 |   0.33 -+  0.24 |
2n2     MK-VLBA   Phs |  178.8 -+  13.9 |  -20.0 -+  36.1 |  -60.2 -+  42.9 |
2n2     MOJAVE12  Amp |   0.47 -+  0.59 |   0.08 -+  0.17 |   0.27 -+  0.18 |
2n2     MOJAVE12  Phs | -159.5 -+  71.3 |   80.2 -+ 118.5 |  -20.6 -+  37.4 |
2n2     NL-VLBA   Amp |   1.81 -+  0.51 |   0.10 -+  0.14 |   0.27 -+  0.14 |
2n2     NL-VLBA   Phs |   95.8 -+  16.2 | -178.4 -+  75.5 |   83.4 -+  30.2 |
2n2     NOTO      Amp |   1.50 -+  1.34 |   0.77 -+  0.34 |   0.25 -+  0.37 |
2n2     NOTO      Phs | -148.1 -+  51.2 |   -1.9 -+  25.7 |  141.5 -+  84.6 |
2n2     NRAO20    Amp |   0.82 -+  0.52 |   0.03 -+  0.15 |   0.26 -+  0.16 |
2n2     NRAO20    Phs |  -86.1 -+  36.1 | -124.3 -+ 316.7 | -145.6 -+  35.2 |
2n2     NRAO85 3  Amp |   1.82 -+  0.64 |   0.42 -+  0.18 |   0.54 -+  0.21 |
2n2     NRAO85 3  Phs | -105.7 -+  20.1 |   56.4 -+  25.0 | -142.7 -+  21.9 |
2n2     NYALES20  Amp |   0.40 -+  0.49 |   0.10 -+  0.16 |   0.20 -+  0.17 |
2n2     NYALES20  Phs |  133.4 -+  70.2 | -138.8 -+  97.6 |  -40.9 -+  48.2 |
2n2     ONSALA60  Amp |   1.65 -+  0.57 |   0.12 -+  0.19 |   0.20 -+  0.20 |
2n2     ONSALA60  Phs |   48.9 -+  19.6 |   51.4 -+  93.9 |   49.0 -+  58.9 |
2n2     OV-VLBA   Amp |   2.48 -+  0.50 |   0.06 -+  0.14 |   0.15 -+  0.14 |
2n2     OV-VLBA   Phs |  172.9 -+  11.5 |  -57.3 -+ 128.4 |  110.1 -+  56.3 |
2n2     OVRO 130  Amp |   1.27 -+  2.04 |   0.24 -+  0.60 |   0.65 -+  0.74 |
2n2     OVRO 130  Phs |   18.7 -+  91.8 | -139.8 -+ 143.7 |   11.8 -+  64.9 |
2n2     PIETOWN   Amp |   1.27 -+  0.43 |   0.20 -+  0.13 |   0.23 -+  0.13 |
2n2     PIETOWN   Phs |  -10.0 -+  19.4 |  100.4 -+  37.6 | -140.3 -+  32.5 |
2n2     RICHMOND  Amp |   0.79 -+  0.74 |   0.24 -+  0.21 |   0.40 -+  0.28 |
2n2     RICHMOND  Phs |  -73.6 -+  53.2 |   11.7 -+  49.7 |   -7.3 -+  39.9 |
2n2     SANTIA12  Amp |   2.69 -+  2.34 |   1.67 -+  0.72 |   1.13 -+  0.92 |
2n2     SANTIA12  Phs | -100.1 -+  49.8 |  -32.1 -+  24.8 |   99.1 -+  46.4 |
2n2     SC-VLBA   Amp |   1.50 -+  0.87 |   0.62 -+  0.24 |   0.63 -+  0.26 |
2n2     SC-VLBA   Phs |  169.6 -+  33.4 |   -6.5 -+  22.0 |  121.7 -+  24.1 |
2n2     SESHAN25  Amp |   5.27 -+  2.01 |   1.12 -+  0.60 |   0.68 -+  0.64 |
2n2     SESHAN25  Phs | -126.5 -+  22.0 |   41.0 -+  31.0 |  171.9 -+  54.2 |
2n2     TSUKUB32  Amp |   1.52 -+  1.47 |   0.35 -+  0.42 |   0.70 -+  0.48 |
2n2     TSUKUB32  Phs |  -26.5 -+  55.3 |  136.2 -+  68.4 |  123.9 -+  39.4 |
2n2     VNDNBERG  Amp |   2.04 -+  1.64 |   0.20 -+  0.47 |   0.61 -+  0.56 |
2n2     VNDNBERG  Phs |  152.7 -+  46.1 |  117.5 -+ 136.4 | -137.7 -+  52.6 |
2n2     WESTFORD  Amp |   0.03 -+  0.33 |   0.21 -+  0.11 |   0.18 -+  0.12 |
2n2     WESTFORD  Phs |  174.2 -+ 559.5 | -136.5 -+  29.2 |  -29.9 -+  36.8 |
2n2     WETTZELL  Amp |   0.32 -+  0.33 |   0.12 -+  0.17 |   0.13 -+  0.18 |
2n2     WETTZELL  Phs |  -92.5 -+  59.5 | -136.0 -+  80.1 |  -60.5 -+  80.5 |

Residual amplitudes and phases
Solution ID:     olc_17a ocean loading solution: 32 bands, wid
No apriori ocean loading were used
GOT00 reference theoretical model + SPOTL
Errors of theoretical model are from /users/pet/oclo_res/ocl.err
Full weight matrix for each station and wave
Schwiderski phase convention
Scales Up/East/North:   1.000  10.000  10.000 
Multiplicative band-dependent reweighting is applied
Reweighting coef. for zonal band       Up/East/North   2.020   1.472   1.472
Reweighting coef. for diurnal band     Up/East/North   1.614   1.505   1.505
Reweighting coef. for semidiurnal band Up/East/North   1.342   1.321   1.321
  
oo1     ALGOPARK  Amp |   0.52 -+  0.94 |   0.21 -+  0.24 |   0.29 -+  0.26 |
oo1     ALGOPARK  Phs | -134.1 -+ 103.7 | -122.9 -+  65.6 | -136.8 -+  50.9 |
oo1     BR-VLBA   Amp |   1.86 -+  0.87 |   0.18 -+  0.23 |   0.33 -+  0.22 |
oo1     BR-VLBA   Phs | -122.8 -+  26.9 |   88.9 -+  72.3 |   -0.9 -+  37.8 |
oo1     DSS45     Amp |   1.38 -+  3.12 |   0.52 -+  0.85 |   2.04 -+  1.09 |
oo1     DSS45     Phs |  -58.7 -+ 129.5 | -148.1 -+  94.0 | -141.3 -+  30.7 |
oo1     DSS65     Amp |   1.42 -+  2.05 |   0.35 -+  0.51 |   0.27 -+  0.53 |
oo1     DSS65     Phs |   20.9 -+  82.9 |  162.9 -+  82.9 |  -60.5 -+ 110.2 |
oo1     FD-VLBA   Amp |   1.56 -+  0.76 |   0.11 -+  0.20 |   0.32 -+  0.20 |
oo1     FD-VLBA   Phs |   -6.1 -+  27.7 |  178.0 -+ 100.7 |   -8.7 -+  36.7 |
oo1     FORTLEZA  Amp |   1.01 -+  1.45 |   0.43 -+  0.45 |   0.88 -+  0.56 |
oo1     FORTLEZA  Phs | -109.4 -+  82.6 |  148.9 -+  59.4 |  107.6 -+  36.8 |
oo1     GILCREEK  Amp |   0.12 -+  0.47 |   0.15 -+  0.17 |   0.18 -+  0.15 |
oo1     GILCREEK  Phs |   19.5 -+ 225.8 | -166.1 -+  62.8 |  -83.0 -+  45.3 |
oo1     HARTRAO   Amp |   1.30 -+  2.06 |   0.73 -+  0.80 |   1.70 -+  0.92 |
oo1     HARTRAO   Phs |  -95.4 -+  90.9 |   56.4 -+  62.9 | -122.9 -+  31.0 |
oo1     HATCREEK  Amp |   1.59 -+  1.68 |   0.42 -+  0.40 |   0.09 -+  0.47 |
oo1     HATCREEK  Phs | -128.9 -+  59.9 |  -71.5 -+  55.6 |  115.2 -+ 281.3 |
oo1     HAYSTACK  Amp |   1.33 -+  1.90 |   1.22 -+  0.47 |   0.90 -+  0.50 |
oo1     HAYSTACK  Phs |  -50.2 -+  83.1 |   43.2 -+  22.2 |  148.5 -+  31.3 |
oo1     HN-VLBA   Amp |   5.71 -+  1.27 |   0.45 -+  0.31 |   0.79 -+  0.29 |
oo1     HN-VLBA   Phs |   17.4 -+  12.7 | -123.7 -+  38.3 | -152.1 -+  20.9 |
oo1     HOBART26  Amp |   1.09 -+  2.80 |   1.08 -+  0.78 |   0.46 -+  1.00 |
oo1     HOBART26  Phs | -138.6 -+ 148.3 |  165.5 -+  41.4 |   45.0 -+ 124.7 |
oo1     HRAS 085  Amp |   1.29 -+  0.84 |   0.33 -+  0.25 |   0.13 -+  0.27 |
oo1     HRAS 085  Phs |   -9.7 -+  37.4 |  106.1 -+  42.3 |   86.2 -+ 117.5 |
oo1     KASHIM34  Amp |   2.36 -+  3.40 |   0.98 -+  0.93 |   0.40 -+  1.02 |
oo1     KASHIM34  Phs |  176.5 -+  82.4 |  174.9 -+  54.0 |  161.8 -+ 144.2 |
oo1     KASHIMA   Amp |   1.21 -+  1.57 |   0.99 -+  0.48 |   0.68 -+  0.53 |
oo1     KASHIMA   Phs |  116.5 -+  74.6 | -103.6 -+  27.7 |  -94.0 -+  44.8 |
oo1     KAUAI     Amp |   0.95 -+  1.08 |   0.46 -+  0.32 |   0.24 -+  0.41 |
oo1     KAUAI     Phs |  -38.1 -+  65.8 |   91.7 -+  40.7 |  -52.0 -+  96.2 |
oo1     KOKEE     Amp |   0.24 -+  0.86 |   0.43 -+  0.28 |   0.52 -+  0.35 |
oo1     KOKEE     Phs |   27.4 -+ 204.4 |  126.9 -+  37.4 |  174.5 -+  39.0 |
oo1     KP-VLBA   Amp |   0.87 -+  0.94 |   0.79 -+  0.23 |   0.38 -+  0.23 |
oo1     KP-VLBA   Phs |   35.5 -+  61.3 |  -45.2 -+  16.8 |   71.7 -+  34.7 |
oo1     LA-VLBA   Amp |   0.80 -+  0.68 |   0.22 -+  0.19 |   0.38 -+  0.19 |
oo1     LA-VLBA   Phs | -154.5 -+  48.8 |   59.7 -+  49.6 | -110.6 -+  28.5 |
oo1     MATERA    Amp |   0.86 -+  1.18 |   0.33 -+  0.36 |   0.13 -+  0.39 |
oo1     MATERA    Phs |  -70.2 -+  78.8 |   52.7 -+  63.3 | -105.7 -+ 173.6 |
oo1     MEDICINA  Amp |   2.04 -+  1.11 |   0.32 -+  0.33 |   0.64 -+  0.34 |
oo1     MEDICINA  Phs |  -56.2 -+  31.1 |   70.1 -+  60.0 |   79.2 -+  30.9 |
oo1     MK-VLBA   Amp |   2.36 -+  1.48 |   0.85 -+  0.39 |   1.67 -+  0.42 |
oo1     MK-VLBA   Phs |  -94.7 -+  35.8 |  -14.5 -+  26.6 |  116.7 -+  14.7 |
oo1     MOJAVE12  Amp |   0.69 -+  0.58 |   0.16 -+  0.18 |   0.29 -+  0.18 |
oo1     MOJAVE12  Phs |  103.8 -+  48.4 | -178.2 -+  64.2 |   27.9 -+  35.0 |
oo1     NL-VLBA   Amp |   3.42 -+  0.97 |   0.30 -+  0.22 |   0.31 -+  0.22 |
oo1     NL-VLBA   Phs |  -67.5 -+  16.2 |  -32.1 -+  43.0 |  172.0 -+  41.9 |
oo1     NOTO      Amp |   1.25 -+  2.45 |   1.14 -+  0.57 |   0.72 -+  0.59 |
oo1     NOTO      Phs |  120.7 -+ 112.0 |  -22.3 -+  28.4 |   37.9 -+  47.3 |
oo1     NRAO20    Amp |   2.79 -+  1.16 |   0.54 -+  0.30 |   0.50 -+  0.32 |
oo1     NRAO20    Phs | -117.2 -+  24.0 |  131.5 -+  31.5 |   58.6 -+  36.5 |
oo1     NRAO85 3  Amp |   0.36 -+  0.95 |   0.21 -+  0.24 |   0.57 -+  0.28 |
oo1     NRAO85 3  Phs | -157.9 -+ 150.2 | -172.8 -+  64.6 |    9.5 -+  27.8 |
oo1     NYALES20  Amp |   1.48 -+  0.88 |   0.29 -+  0.24 |   0.44 -+  0.25 |
oo1     NYALES20  Phs |  -55.3 -+  33.9 |  -58.0 -+  47.8 |    8.8 -+  32.9 |
oo1     ONSALA60  Amp |   0.88 -+  0.83 |   0.26 -+  0.27 |   0.23 -+  0.29 |
oo1     ONSALA60  Phs |  -88.1 -+  54.2 |  168.1 -+  59.4 |   -0.9 -+  72.3 |
oo1     OV-VLBA   Amp |   0.88 -+  0.93 |   0.41 -+  0.23 |   0.11 -+  0.22 |
oo1     OV-VLBA   Phs |  140.1 -+  60.8 | -163.9 -+  31.9 |  160.5 -+ 118.9 |
oo1     OVRO 130  Amp |   2.47 -+  2.37 |   0.18 -+  0.50 |   0.78 -+  0.65 |
oo1     OVRO 130  Phs |   62.7 -+  55.1 |   78.1 -+ 158.1 |   65.2 -+  48.3 |
oo1     PIETOWN   Amp |   0.71 -+  0.67 |   0.24 -+  0.18 |   0.32 -+  0.18 |
oo1     PIETOWN   Phs |  165.7 -+  53.9 |  -20.9 -+  44.7 |  -59.8 -+  32.4 |
oo1     RICHMOND  Amp |   0.32 -+  0.79 |   0.29 -+  0.21 |   0.16 -+  0.27 |
oo1     RICHMOND  Phs |   67.6 -+ 141.9 |  108.2 -+  42.7 | -161.2 -+  98.6 |
oo1     SANTIA12  Amp |   2.57 -+  5.19 |   1.10 -+  1.20 |   1.00 -+  1.71 |
oo1     SANTIA12  Phs | -143.7 -+ 115.5 | -115.5 -+  63.9 | -116.8 -+  97.6 |
oo1     SC-VLBA   Amp |   3.81 -+  1.82 |   1.32 -+  0.45 |   1.35 -+  0.48 |
oo1     SC-VLBA   Phs |    2.3 -+  27.3 | -123.8 -+  19.6 | -173.2 -+  20.3 |
oo1     SESHAN25  Amp |   8.95 -+  3.25 |   1.06 -+  0.86 |   0.89 -+  0.91 |
oo1     SESHAN25  Phs |  156.2 -+  20.6 |  -93.8 -+  46.4 |  -78.5 -+  57.8 |
oo1     TSUKUB32  Amp |   2.51 -+  2.30 |   1.46 -+  0.61 |   1.02 -+  0.71 |
oo1     TSUKUB32  Phs |  -65.2 -+  52.7 |  -68.4 -+  23.7 |  -80.0 -+  39.7 |
oo1     VNDNBERG  Amp |   1.10 -+  1.54 |   0.60 -+  0.35 |   0.54 -+  0.44 |
oo1     VNDNBERG  Phs |  137.8 -+  81.0 |  -56.3 -+  33.9 |   38.6 -+  46.3 |
oo1     WESTFORD  Amp |   0.41 -+  0.45 |   0.21 -+  0.14 |   0.10 -+  0.16 |
oo1     WESTFORD  Phs |   25.8 -+  62.1 |   47.6 -+  37.8 | -142.7 -+  91.8 |
oo1     WETTZELL  Amp |   0.25 -+  0.51 |   0.14 -+  0.25 |   0.10 -+  0.27 |
oo1     WETTZELL  Phs |  127.1 -+ 116.2 | -160.4 -+ 103.3 |   -3.3 -+ 161.9 |

Residual amplitudes and phases
Solution ID:     olc_17a ocean loading solution: 32 bands, wid
No apriori ocean loading were used
GOT00 reference theoretical model + SPOTL
Errors of theoretical model are from /users/pet/oclo_res/ocl.err
Full weight matrix for each station and wave
Schwiderski phase convention
Scales Up/East/North:   1.000  10.000  10.000 
Multiplicative band-dependent reweighting is applied
Reweighting coef. for zonal band       Up/East/North   2.020   1.472   1.472
Reweighting coef. for diurnal band     Up/East/North   1.614   1.505   1.505
Reweighting coef. for semidiurnal band Up/East/North   1.342   1.321   1.321
  
empt-1  ALGOPARK  Amp |   0.60 -+  0.77 |   0.13 -+  0.21 |   0.44 -+  0.22 |
empt-1  ALGOPARK  Phs |  -54.3 -+  72.9 |   37.7 -+  92.4 |  106.1 -+  29.0 |
empt-1  BR-VLBA   Amp |   0.45 -+  0.64 |   0.28 -+  0.19 |   0.07 -+  0.19 |
empt-1  BR-VLBA   Phs | -119.4 -+  81.5 |  145.2 -+  38.3 |   85.3 -+ 146.6 |
empt-1  DSS45     Amp |   0.73 -+  2.91 |   0.78 -+  0.84 |   1.39 -+  1.03 |
empt-1  DSS45     Phs |  -54.6 -+ 225.7 |  -54.5 -+  61.2 |  120.5 -+  42.2 |
empt-1  DSS65     Amp |   2.22 -+  2.09 |   0.42 -+  0.49 |   0.59 -+  0.52 |
empt-1  DSS65     Phs |  -42.3 -+  53.9 |  175.0 -+  66.1 |  -69.8 -+  50.3 |
empt-1  FD-VLBA   Amp |   0.43 -+  0.59 |   0.21 -+  0.18 |   0.05 -+  0.19 |
empt-1  FD-VLBA   Phs |  -45.9 -+  78.5 |  121.7 -+  50.2 |  119.2 -+ 218.4 |
empt-1  FORTLEZA  Amp |   1.02 -+  1.11 |   0.25 -+  0.41 |   0.34 -+  0.46 |
empt-1  FORTLEZA  Phs |  126.2 -+  62.2 |    2.4 -+  93.9 |   62.0 -+  78.5 |
empt-1  GILCREEK  Amp |   0.36 -+  0.46 |   0.06 -+  0.17 |   0.17 -+  0.15 |
empt-1  GILCREEK  Phs |   -8.7 -+  74.1 |    6.6 -+ 161.2 |  -89.8 -+  50.7 |
empt-1  HARTRAO   Amp |   1.38 -+  1.86 |   1.19 -+  0.75 |   1.13 -+  0.78 |
empt-1  HARTRAO   Phs | -142.3 -+  77.0 |   30.8 -+  36.3 |   85.6 -+  39.6 |
empt-1  HATCREEK  Amp |   5.70 -+  3.12 |   0.76 -+  0.69 |   1.36 -+  0.78 |
empt-1  HATCREEK  Phs | -141.3 -+  31.2 |  -74.7 -+  51.9 |   79.0 -+  33.0 |
empt-1  HAYSTACK  Amp |   0.97 -+  2.85 |   0.86 -+  0.69 |   0.79 -+  0.74 |
empt-1  HAYSTACK  Phs |  -85.6 -+ 168.3 | -147.3 -+  47.2 |   21.2 -+  53.7 |
empt-1  HN-VLBA   Amp |   1.41 -+  0.87 |   0.25 -+  0.23 |   0.43 -+  0.22 |
empt-1  HN-VLBA   Phs |  -52.6 -+  35.8 |  -51.6 -+  52.7 | -170.7 -+  29.6 |
empt-1  HOBART26  Amp |   2.87 -+  2.52 |   0.56 -+  0.75 |   0.39 -+  0.91 |
empt-1  HOBART26  Phs | -142.7 -+  50.7 |  154.3 -+  76.1 |   96.3 -+ 134.2 |
empt-1  HRAS 085  Amp |   1.00 -+  1.53 |   0.72 -+  0.37 |   0.54 -+  0.45 |
empt-1  HRAS 085  Phs |  106.7 -+  87.9 |    8.6 -+  29.0 |  -34.3 -+  47.6 |
empt-1  KASHIM34  Amp |   4.08 -+  3.76 |   2.47 -+  1.07 |   1.75 -+  1.18 |
empt-1  KASHIM34  Phs |   34.7 -+  53.2 |  107.6 -+  24.8 |  165.2 -+  38.5 |
empt-1  KASHIMA   Amp |   2.59 -+  2.04 |   0.69 -+  0.60 |   0.86 -+  0.65 |
empt-1  KASHIMA   Phs |  -53.0 -+  45.3 | -141.6 -+  50.0 | -120.0 -+  43.3 |
empt-1  KAUAI     Amp |   2.30 -+  1.47 |   0.17 -+  0.42 |   0.41 -+  0.52 |
empt-1  KAUAI     Phs |   37.1 -+  36.6 | -123.6 -+ 141.5 |  -74.5 -+  72.1 |
empt-1  KOKEE     Amp |   0.07 -+  0.68 |   0.38 -+  0.27 |   0.40 -+  0.32 |
empt-1  KOKEE     Phs | -127.2 -+ 582.2 |  138.0 -+  40.5 | -133.0 -+  46.3 |
empt-1  KP-VLBA   Amp |   0.25 -+  0.67 |   0.21 -+  0.20 |   0.03 -+  0.20 |
empt-1  KP-VLBA   Phs |  -78.9 -+ 154.7 |   46.2 -+  54.9 |   62.2 -+ 369.7 |
empt-1  LA-VLBA   Amp |   0.86 -+  0.55 |   0.31 -+  0.17 |   0.24 -+  0.17 |
empt-1  LA-VLBA   Phs | -114.8 -+  36.5 |   25.7 -+  31.8 | -159.6 -+  41.4 |
empt-1  MATERA    Amp |   0.72 -+  0.96 |   0.36 -+  0.33 |   0.15 -+  0.35 |
empt-1  MATERA    Phs |  -36.7 -+  75.9 |   32.3 -+  53.0 |  111.3 -+ 136.7 |
empt-1  MEDICINA  Amp |   2.49 -+  0.90 |   0.23 -+  0.31 |   0.37 -+  0.32 |
empt-1  MEDICINA  Phs |  -82.8 -+  20.7 |   58.6 -+  77.1 | -142.8 -+  49.1 |
empt-1  MK-VLBA   Amp |   1.01 -+  1.01 |   0.27 -+  0.33 |   0.07 -+  0.37 |
empt-1  MK-VLBA   Phs | -168.9 -+  56.9 |  -13.8 -+  70.0 |   14.6 -+ 297.3 |
empt-1  MOJAVE12  Amp |   1.40 -+  0.88 |   0.37 -+  0.23 |   0.35 -+  0.25 |
empt-1  MOJAVE12  Phs | -129.8 -+  36.0 |  -25.7 -+  36.2 |    7.9 -+  40.2 |
empt-1  NL-VLBA   Amp |   1.78 -+  0.67 |   0.38 -+  0.18 |   0.28 -+  0.19 |
empt-1  NL-VLBA   Phs |  -50.3 -+  21.7 | -142.0 -+  27.2 |  -76.1 -+  37.7 |
empt-1  NOTO      Amp |   4.53 -+  2.03 |   0.96 -+  0.51 |   0.61 -+  0.51 |
empt-1  NOTO      Phs |  -32.9 -+  25.7 | -124.6 -+  30.6 | -111.1 -+  48.1 |
empt-1  NRAO20    Amp |   1.21 -+  0.69 |   0.29 -+  0.20 |   0.73 -+  0.22 |
empt-1  NRAO20    Phs |   58.9 -+  32.6 | -171.2 -+  40.3 |    0.5 -+  16.9 |
empt-1  NRAO85 3  Amp |   0.37 -+  0.96 |   0.27 -+  0.24 |   0.43 -+  0.27 |
empt-1  NRAO85 3  Phs |  -42.1 -+ 151.0 |  -28.1 -+  50.8 |  179.2 -+  36.6 |
empt-1  NYALES20  Amp |   0.62 -+  0.68 |   0.08 -+  0.22 |   0.30 -+  0.23 |
empt-1  NYALES20  Phs |  121.7 -+  62.3 |   95.1 -+ 151.5 |   -2.0 -+  44.7 |
empt-1  ONSALA60  Amp |   0.74 -+  0.78 |   0.15 -+  0.27 |   0.13 -+  0.28 |
empt-1  ONSALA60  Phs |   71.6 -+  60.0 |  107.0 -+ 102.9 |  -76.7 -+ 122.6 |
empt-1  OV-VLBA   Amp |   1.75 -+  0.68 |   0.06 -+  0.20 |   0.23 -+  0.19 |
empt-1  OV-VLBA   Phs |  -90.1 -+  22.3 |  173.3 -+ 179.6 |   11.6 -+  48.2 |
empt-1  OVRO 130  Amp |   3.90 -+  3.74 |   1.25 -+  0.73 |   0.30 -+  0.95 |
empt-1  OVRO 130  Phs |  130.3 -+  55.6 |    0.7 -+  33.4 |   19.5 -+ 178.7 |
empt-1  PIETOWN   Amp |   1.15 -+  0.60 |   0.31 -+  0.18 |   0.36 -+  0.18 |
empt-1  PIETOWN   Phs |  -80.0 -+  29.8 |  143.3 -+  33.3 |  138.3 -+  29.0 |
empt-1  RICHMOND  Amp |   1.84 -+  1.18 |   0.15 -+  0.28 |   0.34 -+  0.36 |
empt-1  RICHMOND  Phs |   -7.1 -+  36.8 |   10.1 -+ 111.0 |  -74.5 -+  60.6 |
empt-1  SANTIA12  Amp |   4.82 -+  4.34 |   0.53 -+  1.08 |   0.48 -+  1.31 |
empt-1  SANTIA12  Phs |  -32.9 -+  52.2 |   86.8 -+ 116.4 |   18.0 -+ 155.8 |
empt-1  SC-VLBA   Amp |   2.40 -+  1.30 |   1.64 -+  0.34 |   0.56 -+  0.37 |
empt-1  SC-VLBA   Phs |   73.5 -+  30.8 | -160.2 -+  11.8 |  -95.9 -+  38.3 |
empt-1  SESHAN25  Amp |   7.69 -+  3.21 |   0.85 -+  0.84 |   0.38 -+  0.89 |
empt-1  SESHAN25  Phs |  154.9 -+  23.5 |  -44.8 -+  56.3 |  109.3 -+ 133.3 |
empt-1  TSUKUB32  Amp |   1.72 -+  2.09 |   1.30 -+  0.63 |   1.65 -+  0.69 |
empt-1  TSUKUB32  Phs |  103.4 -+  69.7 | -115.5 -+  27.7 |   45.4 -+  24.3 |
empt-1  VNDNBERG  Amp |   3.25 -+  2.82 |   1.12 -+  0.58 |   0.31 -+  0.73 |
empt-1  VNDNBERG  Phs |  -53.5 -+  49.6 |   -5.9 -+  29.9 |  171.6 -+ 135.8 |
empt-1  WESTFORD  Amp |   0.47 -+  0.47 |   0.27 -+  0.15 |   0.13 -+  0.16 |
empt-1  WESTFORD  Phs |  -11.2 -+  57.4 |  -30.7 -+  31.8 |   83.5 -+  71.7 |
empt-1  WETTZELL  Amp |   0.08 -+  0.48 |   0.08 -+  0.25 |   0.13 -+  0.27 |
empt-1  WETTZELL  Phs | -107.8 -+ 366.3 |   -1.4 -+ 169.1 |  -15.1 -+ 119.4 |

Residual amplitudes and phases
Solution ID:     olc_17a ocean loading solution: 32 bands, wid
No apriori ocean loading were used
GOT00 reference theoretical model + SPOTL
Errors of theoretical model are from /users/pet/oclo_res/ocl.err
Full weight matrix for each station and wave
Schwiderski phase convention
Scales Up/East/North:   1.000  10.000  10.000 
Multiplicative band-dependent reweighting is applied
Reweighting coef. for zonal band       Up/East/North   2.020   1.472   1.472
Reweighting coef. for diurnal band     Up/East/North   1.614   1.505   1.505
Reweighting coef. for semidiurnal band Up/East/North   1.342   1.321   1.321
  
j1      ALGOPARK  Amp |   0.40 -+  0.80 |   0.13 -+  0.21 |   0.23 -+  0.23 |
j1      ALGOPARK  Phs | -148.7 -+ 115.7 |  -89.9 -+  94.7 |   36.9 -+  55.6 |
j1      BR-VLBA   Amp |   2.01 -+  0.67 |   0.04 -+  0.19 |   0.42 -+  0.18 |
j1      BR-VLBA   Phs | -176.2 -+  19.1 | -167.8 -+ 263.5 | -140.5 -+  24.9 |
j1      DSS45     Amp |   4.77 -+  2.96 |   1.33 -+  0.79 |   0.97 -+  1.02 |
j1      DSS45     Phs |   37.4 -+  35.2 |   53.5 -+  34.0 | -179.0 -+  60.3 |
j1      DSS65     Amp |   2.63 -+  1.92 |   0.61 -+  0.46 |   0.34 -+  0.48 |
j1      DSS65     Phs |  146.8 -+  41.6 |   26.0 -+  43.7 |   11.2 -+  80.8 |
j1      FD-VLBA   Amp |   1.60 -+  0.63 |   0.45 -+  0.18 |   0.25 -+  0.18 |
j1      FD-VLBA   Phs |  100.8 -+  22.3 |  169.9 -+  22.7 | -133.2 -+  41.5 |
j1      FORTLEZA  Amp |   2.03 -+  1.15 |   0.07 -+  0.39 |   0.52 -+  0.47 |
j1      FORTLEZA  Phs |  -87.0 -+  32.6 |  -66.4 -+ 330.1 |   70.8 -+  51.6 |
j1      GILCREEK  Amp |   0.09 -+  0.45 |   0.24 -+  0.16 |   0.21 -+  0.14 |
j1      GILCREEK  Phs | -115.7 -+ 299.2 |   39.0 -+  40.2 |    2.7 -+  39.2 |
j1      HARTRAO   Amp |   0.33 -+  1.86 |   0.83 -+  0.73 |   0.63 -+  0.79 |
j1      HARTRAO   Phs |   24.8 -+ 321.2 | -106.4 -+  50.3 |   -8.7 -+  71.8 |
j1      HATCREEK  Amp |   0.81 -+  2.48 |   1.10 -+  0.57 |   0.32 -+  0.66 |
j1      HATCREEK  Phs |   42.7 -+ 174.7 |   69.1 -+  29.6 |  -33.9 -+ 119.8 |
j1      HAYSTACK  Amp |   2.59 -+  2.94 |   2.37 -+  0.76 |   0.20 -+  0.78 |
j1      HAYSTACK  Phs |   33.9 -+  65.2 |  130.0 -+  18.6 |  -41.4 -+ 225.9 |
j1      HN-VLBA   Amp |   1.86 -+  0.96 |   0.30 -+  0.24 |   0.11 -+  0.23 |
j1      HN-VLBA   Phs |  -67.5 -+  29.8 |   52.0 -+  45.0 |  -41.8 -+ 119.8 |
j1      HOBART26  Amp |   3.44 -+  2.62 |   0.67 -+  0.72 |   2.02 -+  0.90 |
j1      HOBART26  Phs |   84.3 -+  43.7 |   14.3 -+  62.2 | -179.2 -+  25.5 |
j1      HRAS 085  Amp |   0.70 -+  1.19 |   0.40 -+  0.31 |   0.46 -+  0.36 |
j1      HRAS 085  Phs |  -50.3 -+  96.4 |  124.6 -+  44.4 |  140.2 -+  44.6 |
j1      KASHIM34  Amp |   2.67 -+  3.40 |   2.14 -+  0.89 |   1.63 -+  1.00 |
j1      KASHIM34  Phs |    9.3 -+  72.8 |  118.7 -+  23.9 |  102.8 -+  35.3 |
j1      KASHIMA   Amp |   2.88 -+  1.89 |   1.01 -+  0.54 |   1.31 -+  0.59 |
j1      KASHIMA   Phs |  -69.7 -+  37.5 |  111.6 -+  30.9 |   62.0 -+  26.0 |
j1      KAUAI     Amp |   1.42 -+  1.30 |   0.10 -+  0.36 |   0.81 -+  0.46 |
j1      KAUAI     Phs |  125.1 -+  52.5 |   20.7 -+ 203.7 |   -3.3 -+  32.2 |
j1      KOKEE     Amp |   0.72 -+  0.70 |   0.54 -+  0.25 |   0.36 -+  0.31 |
j1      KOKEE     Phs |  140.3 -+  55.3 |    2.4 -+  26.7 |   28.2 -+  49.6 |
j1      KP-VLBA   Amp |   0.65 -+  0.70 |   0.30 -+  0.20 |   0.07 -+  0.20 |
j1      KP-VLBA   Phs |  178.6 -+  61.9 |  -97.2 -+  38.4 | -156.3 -+ 158.6 |
j1      LA-VLBA   Amp |   0.58 -+  0.57 |   0.30 -+  0.17 |   0.20 -+  0.17 |
j1      LA-VLBA   Phs |   38.3 -+  56.8 | -153.9 -+  31.7 |  -89.1 -+  48.3 |
j1      MATERA    Amp |   0.56 -+  0.99 |   0.07 -+  0.33 |   0.56 -+  0.35 |
j1      MATERA    Phs |   31.4 -+ 101.7 | -140.3 -+ 279.0 |  -57.0 -+  35.4 |
j1      MEDICINA  Amp |   1.26 -+  0.95 |   0.07 -+  0.30 |   0.22 -+  0.31 |
j1      MEDICINA  Phs |   85.4 -+  43.1 |   -6.0 -+ 239.3 |  -84.8 -+  81.6 |
j1      MK-VLBA   Amp |   1.73 -+  1.04 |   0.40 -+  0.32 |   0.55 -+  0.35 |
j1      MK-VLBA   Phs | -111.1 -+  34.7 |  -26.9 -+  46.5 |  -38.7 -+  36.4 |
j1      MOJAVE12  Amp |   0.43 -+  0.77 |   0.17 -+  0.21 |   0.33 -+  0.21 |
j1      MOJAVE12  Phs |  -24.0 -+ 102.0 |   98.7 -+  69.1 |  121.8 -+  37.1 |
j1      NL-VLBA   Amp |   2.44 -+  0.73 |   0.31 -+  0.19 |   0.25 -+  0.19 |
j1      NL-VLBA   Phs |  -30.6 -+  17.3 | -110.0 -+  34.5 |  -28.3 -+  42.9 |
j1      NOTO      Amp |   2.64 -+  2.09 |   0.59 -+  0.49 |   0.64 -+  0.51 |
j1      NOTO      Phs |  -23.6 -+  45.3 |   57.9 -+  48.1 |   43.6 -+  45.9 |
j1      NRAO20    Amp |   1.73 -+  0.78 |   0.28 -+  0.21 |   0.30 -+  0.23 |
j1      NRAO20    Phs |  120.1 -+  25.8 |  104.1 -+  44.4 |  147.1 -+  44.1 |
j1      NRAO85 3  Amp |   0.72 -+  0.95 |   0.29 -+  0.23 |   0.34 -+  0.27 |
j1      NRAO85 3  Phs | -139.3 -+  75.0 |   51.2 -+  46.7 |   99.5 -+  44.8 |
j1      NYALES20  Amp |   0.97 -+  0.72 |   0.15 -+  0.22 |   0.29 -+  0.23 |
j1      NYALES20  Phs | -106.7 -+  42.8 |  157.6 -+  84.5 |  163.7 -+  45.0 |
j1      ONSALA60  Amp |   0.11 -+  0.78 |   0.26 -+  0.25 |   0.19 -+  0.27 |
j1      ONSALA60  Phs | -136.3 -+ 413.0 |  -34.5 -+  55.0 |  -61.2 -+  84.2 |
j1      OV-VLBA   Amp |   1.30 -+  0.73 |   0.35 -+  0.20 |   0.27 -+  0.19 |
j1      OV-VLBA   Phs |   78.5 -+  32.3 | -122.2 -+  32.3 |  -52.4 -+  40.7 |
j1      OVRO 130  Amp |   2.86 -+  3.23 |   0.96 -+  0.68 |   0.35 -+  0.89 |
j1      OVRO 130  Phs |   29.3 -+  64.5 |   33.8 -+  40.2 |  -52.0 -+ 144.9 |
j1      PIETOWN   Amp |   1.18 -+  0.59 |   0.40 -+  0.17 |   0.11 -+  0.17 |
j1      PIETOWN   Phs |  120.6 -+  28.6 | -111.4 -+  25.1 | -143.5 -+  91.6 |
j1      RICHMOND  Amp |   0.63 -+  1.01 |   0.13 -+  0.25 |   0.35 -+  0.32 |
j1      RICHMOND  Phs |  -34.2 -+  92.4 |  111.1 -+ 106.1 |   96.1 -+  51.9 |
j1      SANTIA12  Amp |   4.92 -+  4.37 |   2.59 -+  1.05 |   1.95 -+  1.36 |
j1      SANTIA12  Phs | -168.0 -+  50.8 |   -1.7 -+  23.1 |   58.6 -+  40.2 |
j1      SC-VLBA   Amp |   1.75 -+  1.37 |   0.44 -+  0.34 |   0.61 -+  0.39 |
j1      SC-VLBA   Phs |   39.0 -+  44.7 |   -8.3 -+  44.1 |  102.7 -+  36.8 |
j1      SESHAN25  Amp |   2.25 -+  3.18 |   0.83 -+  0.81 |   1.40 -+  0.84 |
j1      SESHAN25  Phs |   75.2 -+  80.7 |  120.2 -+  56.0 |  138.8 -+  35.1 |
j1      TSUKUB32  Amp |   3.70 -+  2.13 |   1.79 -+  0.58 |   1.40 -+  0.68 |
j1      TSUKUB32  Phs |   -4.1 -+  33.0 | -109.3 -+  18.6 |  161.6 -+  27.7 |
j1      VNDNBERG  Amp |   2.30 -+  2.27 |   0.43 -+  0.49 |   1.20 -+  0.62 |
j1      VNDNBERG  Phs |   -8.4 -+  56.6 | -105.2 -+  65.8 |  110.0 -+  29.5 |
j1      WESTFORD  Amp |   1.03 -+  0.46 |   0.25 -+  0.14 |   0.08 -+  0.15 |
j1      WESTFORD  Phs |  -57.7 -+  25.5 |   35.3 -+  31.6 | -163.8 -+ 105.3 |
j1      WETTZELL  Amp |   0.04 -+  0.48 |   0.01 -+  0.24 |   0.07 -+  0.26 |
j1      WETTZELL  Phs | -163.3 -+ 657.2 | -178.0 -+ ***** | -127.8 -+ 208.0 |

Residual amplitudes and phases
Solution ID:     olc_17a ocean loading solution: 32 bands, wid
No apriori ocean loading were used
GOT00 reference theoretical model + SPOTL
Errors of theoretical model are from /users/pet/oclo_res/ocl.err
Full weight matrix for each station and wave
Schwiderski phase convention
Scales Up/East/North:   1.000  10.000  10.000 
Multiplicative band-dependent reweighting is applied
Reweighting coef. for zonal band       Up/East/North   2.020   1.472   1.472
Reweighting coef. for diurnal band     Up/East/North   1.614   1.505   1.505
Reweighting coef. for semidiurnal band Up/East/North   1.342   1.321   1.321
  
fi1     ALGOPARK  Amp |   1.05 -+  0.77 |   0.17 -+  0.21 |   0.12 -+  0.22 |
fi1     ALGOPARK  Phs |   53.2 -+  41.9 |  118.4 -+  71.2 |  154.1 -+ 108.8 |
fi1     BR-VLBA   Amp |   0.51 -+  0.66 |   0.19 -+  0.19 |   0.18 -+  0.19 |
fi1     BR-VLBA   Phs |  -83.7 -+  74.1 | -122.9 -+  56.7 | -168.7 -+  59.8 |
fi1     DSS45     Amp |   3.53 -+  2.93 |   0.88 -+  0.82 |   0.41 -+  1.01 |
fi1     DSS45     Phs | -144.9 -+  48.0 | -173.5 -+  53.6 | -102.7 -+ 141.8 |
fi1     DSS65     Amp |   1.38 -+  1.88 |   0.32 -+  0.46 |   0.50 -+  0.46 |
fi1     DSS65     Phs |   54.9 -+  77.1 | -162.7 -+  81.2 |   41.4 -+  53.1 |
fi1     FD-VLBA   Amp |   0.62 -+  0.62 |   0.15 -+  0.19 |   0.46 -+  0.20 |
fi1     FD-VLBA   Phs |    6.5 -+  57.4 | -140.6 -+  69.7 |  -79.3 -+  25.0 |
fi1     FORTLEZA  Amp |   1.25 -+  1.07 |   0.17 -+  0.40 |   0.63 -+  0.45 |
fi1     FORTLEZA  Phs |  -25.0 -+  49.2 |  -91.2 -+ 136.9 |  179.3 -+  41.2 |
fi1     GILCREEK  Amp |   0.20 -+  0.46 |   0.07 -+  0.18 |   0.14 -+  0.16 |
fi1     GILCREEK  Phs |   27.0 -+ 132.6 |    3.2 -+ 141.8 |    0.3 -+  64.5 |
fi1     HARTRAO   Amp |   1.14 -+  1.78 |   0.13 -+  0.72 |   0.96 -+  0.75 |
fi1     HARTRAO   Phs |  -99.8 -+  89.6 |  164.8 -+ 311.4 |  171.5 -+  44.7 |
fi1     HATCREEK  Amp |   2.89 -+  3.92 |   2.31 -+  0.93 |   1.93 -+  1.03 |
fi1     HATCREEK  Phs |  110.4 -+  77.8 |  -88.0 -+  23.2 |   57.0 -+  31.1 |
fi1     HAYSTACK  Amp |   7.00 -+  4.32 |   2.59 -+  1.18 |   0.69 -+  1.24 |
fi1     HAYSTACK  Phs |   75.4 -+  35.4 | -154.8 -+  26.6 |  -72.0 -+ 103.8 |
fi1     HN-VLBA   Amp |   1.70 -+  0.84 |   0.40 -+  0.23 |   0.21 -+  0.22 |
fi1     HN-VLBA   Phs |  -42.2 -+  28.9 |  -92.0 -+  32.6 | -162.1 -+  59.7 |
fi1     HOBART26  Amp |   0.50 -+  2.45 |   0.44 -+  0.71 |   0.69 -+  0.87 |
fi1     HOBART26  Phs |   91.0 -+ 280.3 | -152.7 -+  93.6 |   25.1 -+  72.2 |
fi1     HRAS 085  Amp |   1.07 -+  1.42 |   0.71 -+  0.36 |   0.32 -+  0.43 |
fi1     HRAS 085  Phs |  157.1 -+  76.2 |  -90.9 -+  29.5 |  -51.0 -+  78.1 |
fi1     KASHIM34  Amp |   3.65 -+  3.90 |   1.18 -+  1.02 |   1.66 -+  1.18 |
fi1     KASHIM34  Phs |  -44.2 -+  61.4 |   82.5 -+  49.7 |   15.4 -+  40.8 |
fi1     KASHIMA   Amp |   2.64 -+  1.95 |   0.72 -+  0.57 |   0.92 -+  0.61 |
fi1     KASHIMA   Phs |  -47.9 -+  42.2 |  -89.0 -+  45.0 |  138.5 -+  38.4 |
fi1     KAUAI     Amp |   0.94 -+  1.41 |   0.66 -+  0.40 |   0.43 -+  0.49 |
fi1     KAUAI     Phs |  120.2 -+  86.0 | -132.0 -+  34.5 |  173.0 -+  66.5 |
fi1     KOKEE     Amp |   0.44 -+  0.66 |   0.01 -+  0.27 |   0.33 -+  0.32 |
fi1     KOKEE     Phs |  -27.8 -+  87.0 |   84.1 -+ ***** |  144.1 -+  54.4 |
fi1     KP-VLBA   Amp |   1.93 -+  0.67 |   0.36 -+  0.20 |   0.39 -+  0.21 |
fi1     KP-VLBA   Phs |   46.0 -+  19.8 |   64.9 -+  31.1 |  -92.3 -+  30.1 |
fi1     LA-VLBA   Amp |   0.94 -+  0.58 |   0.03 -+  0.18 |   0.05 -+  0.18 |
fi1     LA-VLBA   Phs |  111.0 -+  35.0 | -135.0 -+ 365.4 |  -17.6 -+ 215.6 |
fi1     MATERA    Amp |   1.26 -+  0.94 |   0.24 -+  0.33 |   0.05 -+  0.35 |
fi1     MATERA    Phs | -121.8 -+  42.4 | -146.6 -+  77.6 |  142.4 -+ 378.1 |
fi1     MEDICINA  Amp |   1.09 -+  0.92 |   0.25 -+  0.30 |   0.63 -+  0.31 |
fi1     MEDICINA  Phs | -131.5 -+  47.9 |  -47.7 -+  69.1 |  170.2 -+  28.4 |
fi1     MK-VLBA   Amp |   0.67 -+  0.97 |   0.11 -+  0.33 |   0.45 -+  0.36 |
fi1     MK-VLBA   Phs |  -20.4 -+  83.6 |  -72.2 -+ 165.8 |   80.8 -+  45.1 |
fi1     MOJAVE12  Amp |   0.95 -+  0.92 |   0.32 -+  0.24 |   0.21 -+  0.25 |
fi1     MOJAVE12  Phs |  -20.6 -+  55.5 |  175.7 -+  42.4 |  144.9 -+  68.0 |
fi1     NL-VLBA   Amp |   1.01 -+  0.69 |   0.17 -+  0.19 |   0.07 -+  0.19 |
fi1     NL-VLBA   Phs |  146.1 -+  39.1 | -106.1 -+  63.2 | -155.1 -+ 161.8 |
fi1     NOTO      Amp |   1.06 -+  1.95 |   0.43 -+  0.47 |   0.93 -+  0.48 |
fi1     NOTO      Phs |  -55.3 -+ 105.0 |  164.3 -+  63.4 |  -19.6 -+  29.8 |
fi1     NRAO20    Amp |   0.13 -+  0.70 |   0.54 -+  0.21 |   0.37 -+  0.22 |
fi1     NRAO20    Phs |   76.6 -+ 311.8 |  153.3 -+  21.7 |  120.5 -+  34.2 |
fi1     NRAO85 3  Amp |   0.91 -+  0.94 |   0.11 -+  0.24 |   0.30 -+  0.27 |
fi1     NRAO85 3  Phs |  -83.2 -+  58.9 | -156.6 -+ 120.3 |   85.3 -+  51.7 |
fi1     NYALES20  Amp |   0.50 -+  0.68 |   0.29 -+  0.23 |   0.20 -+  0.23 |
fi1     NYALES20  Phs |   15.2 -+  77.9 |  104.1 -+  45.8 |   63.5 -+  64.4 |
fi1     ONSALA60  Amp |   0.59 -+  0.79 |   0.05 -+  0.27 |   0.22 -+  0.28 |
fi1     ONSALA60  Phs | -113.2 -+  76.8 | -110.6 -+ 283.6 |  -90.9 -+  72.3 |
fi1     OV-VLBA   Amp |   0.59 -+  0.70 |   0.14 -+  0.20 |   0.04 -+  0.20 |
fi1     OV-VLBA   Phs |   37.4 -+  68.2 |   60.6 -+  79.8 |  123.8 -+ 270.9 |
fi1     OVRO 130  Amp |   2.20 -+  4.59 |   0.93 -+  1.02 |   1.45 -+  1.31 |
fi1     OVRO 130  Phs |   87.6 -+ 119.7 | -171.3 -+  62.9 |   26.5 -+  51.5 |
fi1     PIETOWN   Amp |   0.43 -+  0.61 |   0.41 -+  0.18 |   0.40 -+  0.19 |
fi1     PIETOWN   Phs |  135.7 -+  81.3 |   48.7 -+  25.5 |   37.6 -+  27.4 |
fi1     RICHMOND  Amp |   1.35 -+  1.15 |   0.20 -+  0.28 |   0.14 -+  0.36 |
fi1     RICHMOND  Phs |   64.5 -+  49.1 | -126.4 -+  79.2 | -156.3 -+ 148.6 |
fi1     SANTIA12  Amp |   2.22 -+  4.21 |   1.37 -+  1.01 |   3.60 -+  1.32 |
fi1     SANTIA12  Phs |   -2.8 -+ 108.5 |   25.7 -+  42.2 |  115.8 -+  21.0 |
fi1     SC-VLBA   Amp |   2.75 -+  1.28 |   0.81 -+  0.33 |   0.96 -+  0.36 |
fi1     SC-VLBA   Phs |  117.5 -+  26.7 |   27.4 -+  23.5 |  -15.4 -+  21.9 |
fi1     SESHAN25  Amp |   5.38 -+  3.20 |   1.22 -+  0.85 |   0.48 -+  0.90 |
fi1     SESHAN25  Phs |   55.6 -+  34.3 |   81.3 -+  39.7 |  -93.0 -+ 107.8 |
fi1     TSUKUB32  Amp |   3.29 -+  1.97 |   1.64 -+  0.55 |   0.84 -+  0.63 |
fi1     TSUKUB32  Phs | -132.5 -+  34.2 |   26.4 -+  19.2 |  -57.5 -+  42.9 |
fi1     VNDNBERG  Amp |   2.01 -+  3.43 |   0.37 -+  0.72 |   1.27 -+  0.93 |
fi1     VNDNBERG  Phs |   18.5 -+  97.3 |  131.1 -+ 113.8 |   54.6 -+  41.6 |
fi1     WESTFORD  Amp |   0.43 -+  0.48 |   0.28 -+  0.16 |   0.12 -+  0.17 |
fi1     WESTFORD  Phs |   65.9 -+  63.9 |   16.2 -+  33.2 |  -54.5 -+  78.8 |
fi1     WETTZELL  Amp |   1.01 -+  0.47 |   0.09 -+  0.25 |   0.12 -+  0.27 |
fi1     WETTZELL  Phs | -135.0 -+  26.9 |  -77.7 -+ 166.4 | -129.0 -+ 123.8 |

Residual amplitudes and phases
Solution ID:     olc_17a ocean loading solution: 32 bands, wid
No apriori ocean loading were used
GOT00 reference theoretical model + SPOTL
Errors of theoretical model are from /users/pet/oclo_res/ocl.err
Full weight matrix for each station and wave
Schwiderski phase convention
Scales Up/East/North:   1.000  10.000  10.000 
Multiplicative band-dependent reweighting is applied
Reweighting coef. for zonal band       Up/East/North   2.020   1.472   1.472
Reweighting coef. for diurnal band     Up/East/North   1.614   1.505   1.505
Reweighting coef. for semidiurnal band Up/East/North   1.342   1.321   1.321
  
psi1    ALGOPARK  Amp |   1.05 -+  0.76 |   0.29 -+  0.21 |   0.13 -+  0.22 |
psi1    ALGOPARK  Phs |  -41.2 -+  41.5 |   29.2 -+  41.0 |   -7.7 -+  96.2 |
psi1    BR-VLBA   Amp |   0.80 -+  0.64 |   0.10 -+  0.19 |   0.47 -+  0.19 |
psi1    BR-VLBA   Phs |  110.2 -+  45.4 |   28.5 -+ 106.3 | -176.2 -+  22.9 |
psi1    DSS45     Amp |   4.73 -+  2.86 |   1.21 -+  0.81 |   0.77 -+  1.00 |
psi1    DSS45     Phs | -149.8 -+  34.9 |  -57.4 -+  38.1 | -105.3 -+  75.0 |
psi1    DSS65     Amp |   2.07 -+  1.81 |   0.16 -+  0.45 |   0.63 -+  0.45 |
psi1    DSS65     Phs |  -38.6 -+  49.1 |  157.2 -+ 163.4 |    2.9 -+  41.5 |
psi1    FD-VLBA   Amp |   0.94 -+  0.63 |   0.32 -+  0.19 |   0.16 -+  0.20 |
psi1    FD-VLBA   Phs |  -81.9 -+  38.4 |  169.4 -+  33.3 |  -77.4 -+  72.4 |
psi1    FORTLEZA  Amp |   2.12 -+  1.07 |   0.66 -+  0.39 |   0.63 -+  0.45 |
psi1    FORTLEZA  Phs |   75.4 -+  28.9 |  156.0 -+  34.2 | -128.6 -+  41.1 |
psi1    GILCREEK  Amp |   0.60 -+  0.45 |   0.28 -+  0.18 |   0.08 -+  0.15 |
psi1    GILCREEK  Phs |  -82.3 -+  43.6 |   11.3 -+  36.0 |   66.4 -+ 108.2 |
psi1    HARTRAO   Amp |   1.81 -+  1.77 |   0.87 -+  0.72 |   1.95 -+  0.75 |
psi1    HARTRAO   Phs | -128.8 -+  56.0 |  140.4 -+  47.2 |  -14.9 -+  22.2 |
psi1    HATCREEK  Amp |   4.41 -+  3.24 |   0.85 -+  0.78 |   0.65 -+  0.93 |
psi1    HATCREEK  Phs |  -56.9 -+  41.9 | -143.8 -+  51.7 |   88.6 -+  82.2 |
psi1    HAYSTACK  Amp |   5.20 -+  4.50 |   0.56 -+  1.39 |   1.69 -+  1.36 |
psi1    HAYSTACK  Phs |  115.0 -+  49.4 |  -84.7 -+ 143.3 |   -5.5 -+  46.6 |
psi1    HN-VLBA   Amp |   2.21 -+  0.83 |   0.20 -+  0.22 |   0.53 -+  0.22 |
psi1    HN-VLBA   Phs |  -68.9 -+  21.7 |  -17.6 -+  63.2 |   41.5 -+  23.3 |
psi1    HOBART26  Amp |   3.64 -+  2.40 |   0.20 -+  0.70 |   1.31 -+  0.86 |
psi1    HOBART26  Phs |  158.8 -+  37.7 | -111.6 -+ 203.4 |  -46.8 -+  37.7 |
psi1    HRAS 085  Amp |   1.92 -+  1.43 |   0.41 -+  0.36 |   0.81 -+  0.44 |
psi1    HRAS 085  Phs |  171.1 -+  42.9 | -144.7 -+  50.9 |    2.4 -+  30.8 |
psi1    KASHIM34  Amp |   3.54 -+  3.79 |   2.04 -+  0.99 |   1.71 -+  1.15 |
psi1    KASHIM34  Phs |   -6.2 -+  61.5 |    8.5 -+  27.8 |  -12.9 -+  38.5 |
psi1    KASHIMA   Amp |   0.45 -+  1.93 |   0.26 -+  0.56 |   1.82 -+  0.61 |
psi1    KASHIMA   Phs | -144.2 -+ 243.5 |  173.7 -+ 122.2 |   21.3 -+  19.2 |
psi1    KAUAI     Amp |   0.93 -+  1.43 |   0.80 -+  0.40 |   0.44 -+  0.50 |
psi1    KAUAI     Phs |  -60.1 -+  88.0 |  144.6 -+  28.6 | -109.0 -+  64.4 |
psi1    KOKEE     Amp |   0.49 -+  0.65 |   0.16 -+  0.27 |   0.32 -+  0.31 |
psi1    KOKEE     Phs |  133.3 -+  77.1 |   60.4 -+  93.7 |   88.7 -+  55.1 |
psi1    KP-VLBA   Amp |   1.10 -+  0.68 |   0.23 -+  0.20 |   0.39 -+  0.21 |
psi1    KP-VLBA   Phs |   99.4 -+  35.2 |   -3.0 -+  48.5 | -148.2 -+  30.5 |
psi1    LA-VLBA   Amp |   1.09 -+  0.56 |   0.40 -+  0.17 |   0.16 -+  0.19 |
psi1    LA-VLBA   Phs |  139.8 -+  29.7 | -176.4 -+  25.0 | -126.5 -+  65.6 |
psi1    MATERA    Amp |   1.08 -+  0.94 |   0.26 -+  0.33 |   0.07 -+  0.34 |
psi1    MATERA    Phs |  -37.0 -+  50.0 | -161.7 -+  72.2 | -131.8 -+ 280.0 |
psi1    MEDICINA  Amp |   1.07 -+  0.92 |   0.12 -+  0.30 |   0.07 -+  0.31 |
psi1    MEDICINA  Phs |  -94.2 -+  49.4 |  -57.6 -+ 140.2 | -117.5 -+ 250.4 |
psi1    MK-VLBA   Amp |   2.38 -+  0.97 |   0.48 -+  0.33 |   0.29 -+  0.35 |
psi1    MK-VLBA   Phs |   45.1 -+  23.3 | -136.7 -+  39.4 | -104.0 -+  70.1 |
psi1    MOJAVE12  Amp |   0.79 -+  0.89 |   0.30 -+  0.23 |   0.37 -+  0.24 |
psi1    MOJAVE12  Phs |  -68.2 -+  64.1 |  -32.8 -+  45.1 |  107.1 -+  37.7 |
psi1    NL-VLBA   Amp |   1.07 -+  0.69 |   0.22 -+  0.18 |   0.36 -+  0.19 |
psi1    NL-VLBA   Phs | -110.7 -+  36.7 |  150.9 -+  47.0 |  104.1 -+  30.0 |
psi1    NOTO      Amp |   0.39 -+  1.96 |   0.22 -+  0.47 |   0.44 -+  0.49 |
psi1    NOTO      Phs | -163.0 -+ 291.2 |  -64.9 -+ 124.5 |  -30.4 -+  63.3 |
psi1    NRAO20    Amp |   1.35 -+  0.69 |   0.37 -+  0.20 |   0.37 -+  0.21 |
psi1    NRAO20    Phs |  -57.3 -+  29.7 |  -93.1 -+  31.4 |  -29.2 -+  33.3 |
psi1    NRAO85 3  Amp |   0.99 -+  0.94 |   0.61 -+  0.24 |   0.26 -+  0.27 |
psi1    NRAO85 3  Phs |   -4.2 -+  54.3 |   60.5 -+  22.4 |  154.3 -+  59.0 |
psi1    NYALES20  Amp |   1.54 -+  0.68 |   0.36 -+  0.22 |   0.36 -+  0.23 |
psi1    NYALES20  Phs |   62.9 -+  25.2 |   19.3 -+  36.1 |  157.9 -+  36.4 |
psi1    ONSALA60  Amp |   0.88 -+  0.78 |   0.19 -+  0.26 |   0.42 -+  0.28 |
psi1    ONSALA60  Phs |   79.4 -+  50.6 |  153.0 -+  80.6 | -106.6 -+  38.3 |
psi1    OV-VLBA   Amp |   0.59 -+  0.69 |   0.37 -+  0.20 |   0.22 -+  0.20 |
psi1    OV-VLBA   Phs |   74.3 -+  67.2 |   58.3 -+  30.4 | -142.1 -+  52.3 |
psi1    OVRO 130  Amp |   2.84 -+  4.71 |   1.81 -+  1.02 |   0.84 -+  1.32 |
psi1    OVRO 130  Phs |   48.0 -+  93.9 |  158.3 -+  31.7 |  157.2 -+  91.2 |
psi1    PIETOWN   Amp |   2.70 -+  0.60 |   0.28 -+  0.18 |   0.37 -+  0.19 |
psi1    PIETOWN   Phs |  142.0 -+  12.9 |   -5.5 -+  38.0 |  -14.0 -+  29.6 |
psi1    RICHMOND  Amp |   1.37 -+  1.15 |   0.26 -+  0.28 |   0.41 -+  0.36 |
psi1    RICHMOND  Phs | -142.4 -+  48.0 | -110.7 -+  60.3 |   -3.5 -+  50.1 |
psi1    SANTIA12  Amp |   5.14 -+  4.19 |   3.28 -+  1.01 |   2.19 -+  1.31 |
psi1    SANTIA12  Phs | -122.8 -+  47.3 |   66.9 -+  17.7 | -169.6 -+  34.2 |
psi1    SC-VLBA   Amp |   1.76 -+  1.28 |   0.83 -+  0.34 |   0.64 -+  0.37 |
psi1    SC-VLBA   Phs |   37.2 -+  41.5 | -158.0 -+  23.2 |  176.3 -+  33.5 |
psi1    SESHAN25  Amp |   6.87 -+  3.09 |   0.72 -+  0.80 |   3.39 -+  0.87 |
psi1    SESHAN25  Phs |  -33.4 -+  26.0 |  108.7 -+  64.4 |  159.0 -+  14.6 |
psi1    TSUKUB32  Amp |   3.20 -+  1.95 |   1.24 -+  0.55 |   1.13 -+  0.62 |
psi1    TSUKUB32  Phs |   41.9 -+  34.8 |   33.9 -+  25.4 |  145.0 -+  31.3 |
psi1    VNDNBERG  Amp |   2.54 -+  2.79 |   0.37 -+  0.61 |   0.42 -+  0.74 |
psi1    VNDNBERG  Phs | -179.5 -+  62.9 | -130.4 -+  95.5 |  155.3 -+ 104.3 |
psi1    WESTFORD  Amp |   0.47 -+  0.48 |   0.36 -+  0.16 |   0.21 -+  0.17 |
psi1    WESTFORD  Phs |  -53.7 -+  58.4 |  -51.7 -+  25.1 |   60.8 -+  45.1 |
psi1    WETTZELL  Amp |   0.51 -+  0.47 |   0.07 -+  0.25 |   0.16 -+  0.26 |
psi1    WETTZELL  Phs | -158.2 -+  53.2 |  -28.1 -+ 206.8 |  -73.9 -+  93.9 |

Residual amplitudes and phases
Solution ID:     olc_17a ocean loading solution: 32 bands, wid
No apriori ocean loading were used
GOT00 reference theoretical model + SPOTL
Errors of theoretical model are from /users/pet/oclo_res/ocl.err
Full weight matrix for each station and wave
Schwiderski phase convention
Scales Up/East/North:   1.000  10.000  10.000 
Multiplicative band-dependent reweighting is applied
Reweighting coef. for zonal band       Up/East/North   2.020   1.472   1.472
Reweighting coef. for diurnal band     Up/East/North   1.614   1.505   1.505
Reweighting coef. for semidiurnal band Up/East/North   1.342   1.321   1.321
  
k1      ALGOPARK  Amp |   2.16 -+  0.82 |   0.45 -+  0.22 |   0.48 -+  0.24 |
k1      ALGOPARK  Phs |   91.2 -+  13.4 |  128.7 -+  39.8 |  -37.6 -+  46.6 |
k1      BR-VLBA   Amp |   0.85 -+  0.71 |   0.54 -+  0.21 |   0.19 -+  0.21 |
k1      BR-VLBA   Phs |  107.3 -+   4.5 | -153.5 -+   3.5 |  114.8 -+   7.1 |
k1      DSS45     Amp |   2.99 -+  3.21 |   1.84 -+  0.91 |   1.89 -+  1.13 |
k1      DSS45     Phs |    1.7 -+  58.6 |   25.0 -+  94.5 |   89.3 -+  67.6 |
k1      DSS65     Amp |   1.66 -+  1.93 |   0.19 -+  0.49 |   1.28 -+  0.49 |
k1      DSS65     Phs |  106.4 -+ 125.3 |  105.8 -+  53.9 |  119.5 -+  26.2 |
k1      FD-VLBA   Amp |   1.94 -+  0.67 |   0.24 -+  0.20 |   0.49 -+  0.21 |
k1      FD-VLBA   Phs |   60.8 -+   5.6 | -162.1 -+   4.5 | -149.2 -+  13.7 |
k1      FORTLEZA  Amp |   1.57 -+  1.17 |   1.20 -+  0.45 |   1.41 -+  0.54 |
k1      FORTLEZA  Phs | -145.2 -+  31.9 | -169.2 -+  19.7 |   49.7 -+  16.1 |
k1      GILCREEK  Amp |   1.06 -+  0.48 |   0.19 -+  0.20 |   0.52 -+  0.17 |
k1      GILCREEK  Phs | -126.7 -+   5.9 |  -89.9 -+  11.4 |   11.0 -+   4.6 |
k1      HARTRAO   Amp |   2.04 -+  1.96 |   2.28 -+  0.81 |   2.73 -+  0.88 |
k1      HARTRAO   Phs |  -70.7 -+ 111.3 |   97.3 -+  24.6 |  -25.1 -+  24.8 |
k1      HATCREEK  Amp |   7.14 -+  2.93 |   0.97 -+  0.72 |   0.54 -+  0.82 |
k1      HATCREEK  Phs |  161.4 -+  14.9 |    4.8 -+  13.2 |  -97.9 -+  24.3 |
k1      HAYSTACK  Amp |   8.15 -+  4.20 |   2.05 -+  1.18 |   1.20 -+  1.28 |
k1      HAYSTACK  Phs |  117.1 -+  35.7 |  -13.9 -+  27.2 | -141.2 -+  47.5 |
k1      HN-VLBA   Amp |   0.56 -+  0.97 |   0.79 -+  0.25 |   0.47 -+  0.25 |
k1      HN-VLBA   Phs | -152.4 -+  15.6 |  151.4 -+  35.9 | -142.4 -+  18.5 |
k1      HOBART26  Amp |   2.38 -+  2.58 |   2.30 -+  0.82 |   0.70 -+  0.97 |
k1      HOBART26  Phs | -178.8 -+  20.1 |   29.1 -+  43.2 |  -43.3 -+  34.2 |
k1      HRAS 085  Amp |   5.69 -+  1.33 |   1.00 -+  0.37 |   2.87 -+  0.42 |
k1      HRAS 085  Phs | -128.1 -+  35.0 |  -14.9 -+  11.3 |   93.2 -+   7.1 |
k1      KASHIM34  Amp |   5.22 -+  3.66 |   0.33 -+  0.98 |   2.19 -+  1.14 |
k1      KASHIM34  Phs |  128.5 -+  16.5 |  138.0 -+  21.4 |  -43.4 -+  43.4 |
k1      KASHIMA   Amp |   3.77 -+  2.02 |   1.24 -+  0.58 |   1.65 -+  0.64 |
k1      KASHIMA   Phs |  -70.0 -+   8.5 |   60.1 -+  17.9 | -147.5 -+  21.2 |
k1      KAUAI     Amp |   0.58 -+  1.43 |   0.41 -+  0.42 |   0.29 -+  0.52 |
k1      KAUAI     Phs | -141.9 -+   7.0 |   74.4 -+   9.7 |   80.4 -+  13.8 |
k1      KOKEE     Amp |   2.36 -+  0.73 |   0.59 -+  0.29 |   0.50 -+  0.35 |
k1      KOKEE     Phs |  162.8 -+   3.5 | -137.6 -+  10.7 |  -49.1 -+  13.6 |
k1      KP-VLBA   Amp |   3.46 -+  0.75 |   0.59 -+  0.21 |   0.35 -+  0.23 |
k1      KP-VLBA   Phs |  133.6 -+   5.0 |  101.0 -+   4.4 |  -78.2 -+  10.6 |
k1      LA-VLBA   Amp |   1.22 -+  0.61 |   0.30 -+  0.19 |   0.13 -+  0.19 |
k1      LA-VLBA   Phs |  131.5 -+   6.3 |  -67.4 -+   4.5 |  159.1 -+  12.0 |
k1      MATERA    Amp |   2.46 -+  1.01 |   0.27 -+  0.35 |   0.15 -+  0.38 |
k1      MATERA    Phs |   86.0 -+  57.5 |   -2.1 -+  96.4 |   49.4 -+  59.8 |
k1      MEDICINA  Amp |   3.21 -+  0.98 |   0.13 -+  0.33 |   0.45 -+  0.34 |
k1      MEDICINA  Phs |   94.7 -+  46.8 |  -10.5 -+ 139.2 | -120.2 -+  91.0 |
k1      MK-VLBA   Amp |   2.10 -+  1.12 |   0.52 -+  0.35 |   1.02 -+  0.39 |
k1      MK-VLBA   Phs |  145.4 -+   4.8 | -112.4 -+  13.9 |  -93.8 -+  24.9 |
k1      MOJAVE12  Amp |   1.30 -+  0.86 |   0.89 -+  0.24 |   0.53 -+  0.25 |
k1      MOJAVE12  Phs | -134.2 -+   5.5 |   26.9 -+   5.7 |  139.0 -+   6.6 |
k1      NL-VLBA   Amp |   2.77 -+  0.75 |   0.24 -+  0.20 |   0.53 -+  0.21 |
k1      NL-VLBA   Phs |   86.5 -+   9.0 |  134.9 -+  11.2 |  -99.0 -+  32.6 |
k1      NOTO      Amp |   2.30 -+  2.06 |   0.86 -+  0.52 |   0.98 -+  0.54 |
k1      NOTO      Phs | -123.2 -+  36.3 |  -72.3 -+  44.9 |  109.8 -+  26.4 |
k1      NRAO20    Amp |   0.16 -+  0.79 |   0.54 -+  0.23 |   0.55 -+  0.25 |
k1      NRAO20    Phs | -153.2 -+  15.2 |  113.2 -+  44.9 |   34.3 -+  25.9 |
k1      NRAO85 3  Amp |   3.39 -+  0.98 |   0.52 -+  0.25 |   0.72 -+  0.29 |
k1      NRAO85 3  Phs |  167.3 -+  98.4 |  -89.3 -+  18.7 | -118.0 -+  24.2 |
k1      NYALES20  Amp |   1.21 -+  0.74 |   0.83 -+  0.26 |   0.42 -+  0.25 |
k1      NYALES20  Phs |  -18.5 -+  31.2 |  -52.4 -+  35.7 |  -68.4 -+  30.8 |
k1      ONSALA60  Amp |   3.64 -+  0.79 |   0.53 -+  0.28 |   0.26 -+  0.30 |
k1      ONSALA60  Phs |   17.3 -+   9.6 |  131.7 -+  16.8 |   66.6 -+  31.4 |
k1      OV-VLBA   Amp |   2.15 -+  0.76 |   0.30 -+  0.21 |   0.16 -+  0.22 |
k1      OV-VLBA   Phs |  144.7 -+   4.4 |  -69.6 -+   3.7 | -136.0 -+   6.9 |
k1      OVRO 130  Amp |   3.94 -+  4.83 |   1.65 -+  1.05 |   0.36 -+  1.30 |
k1      OVRO 130  Phs |   51.4 -+  19.4 |  -60.6 -+  14.9 |  151.3 -+  36.5 |
k1      PIETOWN   Amp |   0.35 -+  0.64 |   0.30 -+  0.19 |   0.32 -+  0.20 |
k1      PIETOWN   Phs | -175.9 -+   6.3 |  144.6 -+   4.4 |  170.6 -+   9.5 |
k1      RICHMOND  Amp |   4.12 -+  1.13 |   2.02 -+  0.28 |   1.23 -+  0.37 |
k1      RICHMOND  Phs | -144.6 -+  21.9 |  -62.6 -+   7.6 |  107.3 -+  17.5 |
k1      SANTIA12  Amp |   2.78 -+  4.46 |   1.39 -+  1.19 |   0.16 -+  1.48 |
k1      SANTIA12  Phs | -109.7 -+  28.0 | -144.9 -+ 197.1 |  -67.1 -+  81.7 |
k1      SC-VLBA   Amp |   2.28 -+  1.43 |   1.02 -+  0.36 |   0.89 -+  0.43 |
k1      SC-VLBA   Phs | -109.4 -+  28.5 |   75.4 -+  14.8 |  -19.0 -+  20.1 |
k1      SESHAN25  Amp |   2.67 -+  3.20 |   0.15 -+  0.87 |   2.26 -+  0.91 |
k1      SESHAN25  Phs | -120.4 -+  20.0 |  -59.6 -+  19.5 |   -1.6 -+  28.3 |
k1      TSUKUB32  Amp |   6.56 -+  2.09 |   0.85 -+  0.61 |   2.10 -+  0.67 |
k1      TSUKUB32  Phs | -148.5 -+   7.0 | -111.6 -+  12.1 |    5.7 -+  13.2 |
k1      VNDNBERG  Amp |   5.44 -+  2.51 |   0.60 -+  0.55 |   1.81 -+  0.67 |
k1      VNDNBERG  Phs | -114.2 -+  11.6 |  119.2 -+   8.4 |   62.0 -+  18.7 |
k1      WESTFORD  Amp |   0.82 -+  0.50 |   0.16 -+  0.16 |   0.26 -+  0.18 |
k1      WESTFORD  Phs |   40.0 -+   5.8 |   65.9 -+  18.5 |  -37.8 -+  51.8 |
k1      WETTZELL  Amp |   1.41 -+  0.51 |   0.15 -+  0.26 |   0.35 -+  0.28 |
k1      WETTZELL  Phs |   43.1 -+  14.6 |    8.2 -+  38.8 |  130.7 -+  31.6 |

Residual amplitudes and phases
Solution ID:     olc_17a ocean loading solution: 32 bands, wid
No apriori ocean loading were used
GOT00 reference theoretical model + SPOTL
Errors of theoretical model are from /users/pet/oclo_res/ocl.err
Full weight matrix for each station and wave
Schwiderski phase convention
Scales Up/East/North:   1.000  10.000  10.000 
Multiplicative band-dependent reweighting is applied
Reweighting coef. for zonal band       Up/East/North   2.020   1.472   1.472
Reweighting coef. for diurnal band     Up/East/North   1.614   1.505   1.505
Reweighting coef. for semidiurnal band Up/East/North   1.342   1.321   1.321
  
s1      ALGOPARK  Amp |   1.05 -+  1.12 |   0.63 -+  0.30 |   0.49 -+  0.33 |
s1      ALGOPARK  Phs |   76.4 -+  61.4 |  -96.6 -+  27.2 |   53.3 -+  37.9 |
s1      BR-VLBA   Amp |   0.34 -+  0.95 |   0.47 -+  0.27 |   0.53 -+  0.28 |
s1      BR-VLBA   Phs |   29.9 -+ 160.0 |  108.9 -+  33.7 |   14.6 -+  30.5 |
s1      DSS45     Amp |  11.23 -+  4.27 |   2.18 -+  1.18 |   1.49 -+  1.44 |
s1      DSS45     Phs |  117.5 -+  21.7 |  155.2 -+  31.2 |  121.5 -+  55.8 |
s1      DSS65     Amp |   4.31 -+  2.69 |   0.48 -+  0.66 |   1.13 -+  0.67 |
s1      DSS65     Phs |  -75.5 -+  35.5 |  -59.0 -+  78.3 |  -87.0 -+  33.9 |
s1      FD-VLBA   Amp |   0.81 -+  0.93 |   0.44 -+  0.27 |   0.49 -+  0.30 |
s1      FD-VLBA   Phs |  175.1 -+  65.4 |   -8.4 -+  35.6 |  -15.2 -+  35.1 |
s1      FORTLEZA  Amp |   3.55 -+  1.58 |   0.94 -+  0.59 |   0.66 -+  0.64 |
s1      FORTLEZA  Phs |   90.7 -+  25.4 |  167.2 -+  36.5 |   95.8 -+  56.6 |
s1      GILCREEK  Amp |   1.61 -+  0.66 |   0.40 -+  0.26 |   0.30 -+  0.23 |
s1      GILCREEK  Phs |  129.2 -+  23.6 |  -96.4 -+  36.4 | -130.7 -+  42.5 |
s1      HARTRAO   Amp |   6.07 -+  2.61 |   2.44 -+  1.04 |   0.87 -+  1.10 |
s1      HARTRAO   Phs | -100.8 -+  24.6 |   57.8 -+  24.3 |   12.0 -+  72.1 |
s1      HATCREEK  Amp |   6.78 -+  4.70 |   1.89 -+  1.13 |   0.38 -+  1.32 |
s1      HATCREEK  Phs |  -54.5 -+  40.3 | -127.1 -+  34.0 | -160.2 -+ 194.9 |
s1      HAYSTACK  Amp |   6.30 -+  6.42 |   2.01 -+  1.90 |   3.57 -+  2.08 |
s1      HAYSTACK  Phs |  -54.9 -+  58.4 |  -24.7 -+  56.2 | -129.9 -+  32.0 |
s1      HN-VLBA   Amp |   6.37 -+  1.23 |   1.00 -+  0.33 |   0.33 -+  0.32 |
s1      HN-VLBA   Phs |    8.0 -+  11.1 |   -8.3 -+  18.9 |  -27.1 -+  55.5 |
s1      HOBART26  Amp |   7.44 -+  3.55 |   1.88 -+  1.00 |   1.65 -+  1.23 |
s1      HOBART26  Phs |  128.1 -+  27.2 |  122.4 -+  30.7 |   88.6 -+  42.9 |
s1      HRAS 085  Amp |   5.75 -+  2.15 |   1.87 -+  0.51 |   1.48 -+  0.61 |
s1      HRAS 085  Phs |   20.1 -+  21.3 |  -75.5 -+  15.8 |  -92.2 -+  23.7 |
s1      KASHIM34  Amp |  12.70 -+  5.32 |   2.94 -+  1.42 |   2.82 -+  1.67 |
s1      KASHIM34  Phs | -176.2 -+  23.9 |  -17.5 -+  27.9 |   45.5 -+  33.4 |
s1      KASHIMA   Amp |   0.97 -+  2.79 |   0.96 -+  0.79 |   1.57 -+  0.90 |
s1      KASHIMA   Phs | -175.4 -+ 164.3 |  -52.0 -+  48.5 | -116.3 -+  32.3 |
s1      KAUAI     Amp |   9.33 -+  2.11 |   0.73 -+  0.63 |   1.33 -+  0.75 |
s1      KAUAI     Phs |   24.2 -+  12.8 |   33.5 -+  46.6 | -166.2 -+  31.6 |
s1      KOKEE     Amp |   7.07 -+  0.96 |   1.19 -+  0.40 |   1.34 -+  0.47 |
s1      KOKEE     Phs |   27.0 -+   7.8 |   -5.2 -+  19.2 | -145.8 -+  19.6 |
s1      KP-VLBA   Amp |   3.47 -+  0.98 |   0.77 -+  0.28 |   0.05 -+  0.30 |
s1      KP-VLBA   Phs |   35.8 -+  16.3 |  -83.3 -+  21.3 | -117.2 -+ 315.1 |
s1      LA-VLBA   Amp |   1.76 -+  0.84 |   1.07 -+  0.25 |   0.82 -+  0.27 |
s1      LA-VLBA   Phs |   50.0 -+  27.2 |  119.8 -+  13.5 | -101.7 -+  18.6 |
s1      MATERA    Amp |   1.85 -+  1.35 |   0.29 -+  0.49 |   0.52 -+  0.50 |
s1      MATERA    Phs |  -10.8 -+  42.0 | -154.1 -+  94.1 |   77.0 -+  55.2 |
s1      MEDICINA  Amp |   4.68 -+  1.35 |   0.31 -+  0.44 |   0.29 -+  0.46 |
s1      MEDICINA  Phs | -121.0 -+  16.5 |  -58.5 -+  82.3 | -150.4 -+  90.9 |
s1      MK-VLBA   Amp |   3.38 -+  1.43 |   0.83 -+  0.48 |   1.37 -+  0.51 |
s1      MK-VLBA   Phs |   20.7 -+  24.2 |  163.6 -+  33.0 |   60.5 -+  21.2 |
s1      MOJAVE12  Amp |   3.50 -+  1.30 |   0.54 -+  0.35 |   0.14 -+  0.34 |
s1      MOJAVE12  Phs |   -0.7 -+  21.3 | -164.8 -+  36.9 |  132.0 -+ 148.9 |
s1      NL-VLBA   Amp |   3.00 -+  1.03 |   0.30 -+  0.27 |   0.29 -+  0.28 |
s1      NL-VLBA   Phs |  -73.1 -+  19.7 |   56.8 -+  51.2 |   89.4 -+  55.1 |
s1      NOTO      Amp |   1.26 -+  2.81 |   1.09 -+  0.70 |   2.31 -+  0.70 |
s1      NOTO      Phs |  162.2 -+ 126.8 |  155.8 -+  36.2 | -108.8 -+  17.5 |
s1      NRAO20    Amp |   1.01 -+  1.00 |   0.53 -+  0.29 |   0.52 -+  0.31 |
s1      NRAO20    Phs |    7.3 -+  57.3 |  -35.6 -+  32.4 |  102.7 -+  34.9 |
s1      NRAO85 3  Amp |   3.60 -+  1.36 |   0.78 -+  0.36 |   0.17 -+  0.40 |
s1      NRAO85 3  Phs |   -7.1 -+  21.6 | -140.5 -+  25.4 |   65.9 -+ 133.7 |
s1      NYALES20  Amp |   0.71 -+  0.99 |   0.47 -+  0.32 |   0.12 -+  0.33 |
s1      NYALES20  Phs |  -93.0 -+  80.6 |   94.1 -+  39.2 | -105.0 -+ 149.5 |
s1      ONSALA60  Amp |   1.23 -+  1.13 |   0.77 -+  0.38 |   0.13 -+  0.41 |
s1      ONSALA60  Phs | -155.5 -+  52.6 |  -85.7 -+  28.5 |   39.0 -+ 174.3 |
s1      OV-VLBA   Amp |   1.74 -+  1.02 |   0.41 -+  0.29 |   0.55 -+  0.30 |
s1      OV-VLBA   Phs |   67.4 -+  33.3 |   -2.9 -+  40.6 |   -2.5 -+  31.0 |
s1      OVRO 130  Amp |   7.61 -+  6.93 |   2.39 -+  1.43 |   2.35 -+  1.93 |
s1      OVRO 130  Phs |   37.4 -+  51.5 |  146.9 -+  34.4 |  162.0 -+  47.6 |
s1      PIETOWN   Amp |   2.19 -+  0.88 |   0.82 -+  0.26 |   0.28 -+  0.28 |
s1      PIETOWN   Phs |   22.5 -+  23.2 |   86.3 -+  18.3 |   26.2 -+  56.9 |
s1      RICHMOND  Amp |   7.82 -+  1.68 |   1.56 -+  0.39 |   0.84 -+  0.52 |
s1      RICHMOND  Phs |  -20.9 -+  12.3 |  134.1 -+  15.0 |  -45.8 -+  36.0 |
s1      SANTIA12  Amp |  12.22 -+  6.18 |   7.66 -+  1.57 |   1.97 -+  1.92 |
s1      SANTIA12  Phs |   61.8 -+  28.8 |  -36.1 -+  11.2 |  -64.4 -+  54.9 |
s1      SC-VLBA   Amp |   4.27 -+  1.90 |   0.65 -+  0.49 |   2.45 -+  0.55 |
s1      SC-VLBA   Phs |  -55.5 -+  25.3 |   66.7 -+  43.2 | -179.1 -+  12.9 |
s1      SESHAN25  Amp |   3.39 -+  4.63 |   3.32 -+  1.19 |   1.53 -+  1.27 |
s1      SESHAN25  Phs | -113.0 -+  78.1 |  -31.2 -+  21.0 |   56.9 -+  47.3 |
s1      TSUKUB32  Amp |   3.46 -+  2.77 |   1.49 -+  0.85 |   1.07 -+  0.88 |
s1      TSUKUB32  Phs |   99.8 -+  45.7 | -163.8 -+  32.2 |   68.8 -+  46.4 |
s1      VNDNBERG  Amp |   5.52 -+  4.06 |   1.29 -+  0.89 |   1.50 -+  1.09 |
s1      VNDNBERG  Phs |   33.0 -+  41.8 | -179.6 -+  39.4 |   36.8 -+  41.6 |
s1      WESTFORD  Amp |   0.82 -+  0.70 |   0.39 -+  0.23 |   0.57 -+  0.24 |
s1      WESTFORD  Phs | -150.2 -+  48.6 | -147.1 -+  34.0 |  126.8 -+  24.5 |
s1      WETTZELL  Amp |   1.28 -+  0.69 |   0.18 -+  0.36 |   0.29 -+  0.39 |
s1      WETTZELL  Phs |  -95.6 -+  31.0 | -117.8 -+ 115.2 |    9.3 -+  76.1 |

Residual amplitudes and phases
Solution ID:     olc_17a ocean loading solution: 32 bands, wid
No apriori ocean loading were used
GOT00 reference theoretical model + SPOTL
Errors of theoretical model are from /users/pet/oclo_res/ocl.err
Full weight matrix for each station and wave
Schwiderski phase convention
Scales Up/East/North:   1.000  10.000  10.000 
Multiplicative band-dependent reweighting is applied
Reweighting coef. for zonal band       Up/East/North   2.020   1.472   1.472
Reweighting coef. for diurnal band     Up/East/North   1.614   1.505   1.505
Reweighting coef. for semidiurnal band Up/East/North   1.342   1.321   1.321
  
p1      ALGOPARK  Amp |   0.80 -+  0.76 |   0.24 -+  0.21 |   0.20 -+  0.22 |
p1      ALGOPARK  Phs |  143.2 -+  83.1 |  136.6 -+  59.8 |  -44.6 -+  89.2 |
p1      BR-VLBA   Amp |   1.27 -+  0.62 |   0.43 -+  0.19 |   0.06 -+  0.19 |
p1      BR-VLBA   Phs |  141.3 -+  11.3 | -108.1 -+   7.6 |  -12.0 -+  22.9 |
p1      DSS45     Amp |   3.12 -+  3.00 |   0.67 -+  0.84 |   0.98 -+  1.04 |
p1      DSS45     Phs |  124.2 -+  41.8 |   84.8 -+  66.9 | -100.0 -+  39.7 |
p1      DSS65     Amp |   1.24 -+  1.76 |   0.40 -+  0.46 |   0.60 -+  0.46 |
p1      DSS65     Phs |   77.7 -+ 143.5 |  160.3 -+  67.6 |  137.5 -+  49.0 |
p1      FD-VLBA   Amp |   1.02 -+  0.61 |   0.34 -+  0.19 |   0.33 -+  0.20 |
p1      FD-VLBA   Phs | -168.2 -+  47.4 |   97.3 -+  16.4 |  161.0 -+  22.0 |
p1      FORTLEZA  Amp |   2.18 -+  1.06 |   0.59 -+  0.40 |   0.29 -+  0.45 |
p1      FORTLEZA  Phs |   88.1 -+  20.9 |  -52.4 -+  42.1 |   -4.1 -+  89.4 |
p1      GILCREEK  Amp |   0.72 -+  0.46 |   0.25 -+  0.18 |   0.19 -+  0.16 |
p1      GILCREEK  Phs |  -75.6 -+  25.1 |    8.9 -+  18.8 |   62.2 -+  15.7 |
p1      HARTRAO   Amp |   0.88 -+  1.77 |   0.19 -+  0.72 |   1.82 -+  0.77 |
p1      HARTRAO   Phs |  102.3 -+  80.8 |   11.3 -+ 316.7 |  -33.4 -+  27.3 |
p1      HATCREEK  Amp |   8.39 -+  3.91 |   0.12 -+  0.93 |   2.47 -+  1.02 |
p1      HATCREEK  Phs |  -32.3 -+  23.3 | -179.0 -+  43.5 |  -97.1 -+  22.8 |
p1      HAYSTACK  Amp |   2.90 -+  4.19 |   0.20 -+  1.17 |   2.22 -+  1.18 |
p1      HAYSTACK  Phs |  -75.8 -+  66.5 |   82.0 -+ 289.9 |  123.9 -+  29.5 |
p1      HN-VLBA   Amp |   2.84 -+  0.82 |   0.31 -+  0.22 |   0.25 -+  0.21 |
p1      HN-VLBA   Phs |   40.5 -+  12.2 |   48.9 -+  34.0 |   62.4 -+  52.8 |
p1      HOBART26  Amp |   7.07 -+  2.43 |   0.66 -+  0.72 |   1.21 -+  0.87 |
p1      HOBART26  Phs |  104.6 -+  14.9 |   64.0 -+  87.5 |  -46.1 -+  39.7 |
p1      HRAS 085  Amp |   1.43 -+  1.46 |   0.58 -+  0.37 |   1.08 -+  0.44 |
p1      HRAS 085  Phs | -150.4 -+ 367.5 |  -82.7 -+  18.7 |   51.7 -+  22.7 |
p1      KASHIM34  Amp |   2.46 -+  3.79 |   0.79 -+  1.06 |   1.24 -+  1.17 |
p1      KASHIM34  Phs |  -44.2 -+  49.7 |  126.4 -+  44.1 |   10.4 -+  46.6 |
p1      KASHIMA   Amp |   0.87 -+  1.95 |   0.47 -+  0.57 |   0.66 -+  0.62 |
p1      KASHIMA   Phs | -153.7 -+  23.7 |   94.0 -+  36.3 |  -88.0 -+ 467.1 |
p1      KAUAI     Amp |   1.94 -+  1.43 |   0.77 -+  0.40 |   0.59 -+  0.51 |
p1      KAUAI     Phs | -161.4 -+  29.3 |  -86.5 -+  33.7 |  -10.5 -+  47.5 |
p1      KOKEE     Amp |   0.85 -+  0.66 |   0.59 -+  0.27 |   0.51 -+  0.32 |
p1      KOKEE     Phs | -168.9 -+  11.0 |  -18.8 -+  13.9 |   61.8 -+  17.3 |
p1      KP-VLBA   Amp |   0.36 -+  0.65 |   0.39 -+  0.20 |   0.36 -+  0.21 |
p1      KP-VLBA   Phs |  -30.4 -+  12.8 |   27.6 -+  18.4 | -104.0 -+  21.1 |
p1      LA-VLBA   Amp |   0.96 -+  0.56 |   0.38 -+  0.17 |   0.02 -+  0.18 |
p1      LA-VLBA   Phs |   79.7 -+  12.5 |  -70.4 -+  10.5 |  -32.9 -+  43.6 |
p1      MATERA    Amp |   0.74 -+  0.92 |   0.26 -+  0.33 |   0.33 -+  0.34 |
p1      MATERA    Phs |   30.8 -+  73.4 | -128.0 -+  66.8 |  176.2 -+  69.9 |
p1      MEDICINA  Amp |   1.25 -+  0.90 |   0.12 -+  0.30 |   0.17 -+  0.31 |
p1      MEDICINA  Phs |  -23.2 -+  29.4 |  -99.5 -+ 132.9 |  119.6 -+  84.8 |
p1      MK-VLBA   Amp |   1.28 -+  0.95 |   0.15 -+  0.33 |   0.36 -+  0.35 |
p1      MK-VLBA   Phs |  -81.3 -+  16.0 |    0.4 -+  25.2 | -156.4 -+  31.6 |
p1      MOJAVE12  Amp |   1.35 -+  0.92 |   0.43 -+  0.24 |   0.49 -+  0.25 |
p1      MOJAVE12  Phs |   28.5 -+  11.3 |  -90.9 -+   9.8 |   34.3 -+  41.1 |
p1      NL-VLBA   Amp |   0.83 -+  0.67 |   0.07 -+  0.18 |   0.38 -+  0.19 |
p1      NL-VLBA   Phs |   -7.0 -+  21.1 |   87.2 -+  37.8 |  -95.1 -+  35.9 |
p1      NOTO      Amp |   4.35 -+  2.00 |   0.68 -+  0.49 |   1.16 -+  0.50 |
p1      NOTO      Phs |  -60.0 -+  24.2 |  -62.7 -+  46.1 |   80.9 -+  22.9 |
p1      NRAO20    Amp |   1.85 -+  0.69 |   0.23 -+  0.21 |   0.35 -+  0.22 |
p1      NRAO20    Phs | -179.8 -+  46.8 |  161.7 -+  55.0 |   74.2 -+  33.4 |
p1      NRAO85 3  Amp |   1.22 -+  0.93 |   0.30 -+  0.24 |   0.48 -+  0.27 |
p1      NRAO85 3  Phs |  108.0 -+  42.3 |  128.0 -+  58.6 |   55.8 -+  31.5 |
p1      NYALES20  Amp |   0.50 -+  0.67 |   0.13 -+  0.23 |   0.11 -+  0.23 |
p1      NYALES20  Phs |   69.5 -+  77.2 |  -91.3 -+ 261.0 | -174.1 -+  39.7 |
p1      ONSALA60  Amp |   0.79 -+  0.78 |   0.19 -+  0.27 |   0.14 -+  0.28 |
p1      ONSALA60  Phs | -175.8 -+  57.2 |   45.7 -+  49.3 |  -23.0 -+  90.7 |
p1      OV-VLBA   Amp |   1.25 -+  0.68 |   0.58 -+  0.20 |   0.32 -+  0.20 |
p1      OV-VLBA   Phs |  -13.9 -+   9.4 |  125.0 -+  10.9 | -100.1 -+  17.2 |
p1      OVRO 130  Amp |   4.66 -+  4.97 |   0.20 -+  1.07 |   1.45 -+  1.42 |
p1      OVRO 130  Phs |   -3.8 -+  38.8 |    4.7 -+  66.9 |  176.4 -+  40.7 |
p1      PIETOWN   Amp |   2.01 -+  0.60 |   0.30 -+  0.18 |   0.35 -+  0.19 |
p1      PIETOWN   Phs |  -16.1 -+   9.4 |  140.1 -+  11.8 | -133.9 -+  20.5 |
p1      RICHMOND  Amp |   0.68 -+  1.18 |   0.88 -+  0.29 |   0.37 -+  0.37 |
p1      RICHMOND  Phs | -171.0 -+ 430.4 | -145.8 -+  26.0 |  121.3 -+  64.9 |
p1      SANTIA12  Amp |   3.35 -+  4.21 |   1.90 -+  1.01 |   1.49 -+  1.31 |
p1      SANTIA12  Phs |    7.5 -+ 112.8 |  -79.6 -+  33.8 |  -66.3 -+  68.5 |
p1      SC-VLBA   Amp |   3.24 -+  1.22 |   0.69 -+  0.33 |   1.00 -+  0.36 |
p1      SC-VLBA   Phs |    5.1 -+  15.4 |   21.1 -+  24.2 | -136.9 -+  20.1 |
p1      SESHAN25  Amp |   4.42 -+  3.20 |   0.79 -+  0.85 |   2.32 -+  0.89 |
p1      SESHAN25  Phs |  -30.9 -+  33.0 |  -93.1 -+  32.2 |  146.3 -+  17.8 |
p1      TSUKUB32  Amp |   6.13 -+  1.94 |   0.94 -+  0.56 |   0.92 -+  0.61 |
p1      TSUKUB32  Phs |  -49.5 -+  15.8 |  153.7 -+  19.8 |  156.4 -+  28.0 |
p1      VNDNBERG  Amp |   2.10 -+  3.40 |   1.62 -+  0.73 |   0.48 -+  0.91 |
p1      VNDNBERG  Phs |  -76.4 -+  38.9 |  -76.0 -+  16.3 |  -84.6 -+  58.8 |
p1      WESTFORD  Amp |   0.20 -+  0.48 |   0.09 -+  0.16 |   0.15 -+  0.17 |
p1      WESTFORD  Phs |   16.7 -+  17.5 |   91.3 -+  63.9 |   27.8 -+ 124.5 |
p1      WETTZELL  Amp |   0.30 -+  0.47 |   0.12 -+  0.25 |   0.10 -+  0.27 |
p1      WETTZELL  Phs |    9.5 -+  36.1 |   90.8 -+  59.2 |  153.0 -+ 128.4 |

Residual amplitudes and phases
Solution ID:     olc_17a ocean loading solution: 32 bands, wid
No apriori ocean loading were used
GOT00 reference theoretical model + SPOTL
Errors of theoretical model are from /users/pet/oclo_res/ocl.err
Full weight matrix for each station and wave
Schwiderski phase convention
Scales Up/East/North:   1.000  10.000  10.000 
Multiplicative band-dependent reweighting is applied
Reweighting coef. for zonal band       Up/East/North   2.020   1.472   1.472
Reweighting coef. for diurnal band     Up/East/North   1.614   1.505   1.505
Reweighting coef. for semidiurnal band Up/East/North   1.342   1.321   1.321
  
m1      ALGOPARK  Amp |   1.30 -+  0.83 |   0.21 -+  0.22 |   0.36 -+  0.24 |
m1      ALGOPARK  Phs |  -65.6 -+  36.7 | -166.2 -+  58.5 | -155.3 -+  37.9 |
m1      BR-VLBA   Amp |   1.36 -+  0.69 |   0.23 -+  0.20 |   0.28 -+  0.19 |
m1      BR-VLBA   Phs |   76.2 -+  29.2 |   -4.9 -+  49.6 |   60.9 -+  39.4 |
m1      DSS45     Amp |   0.43 -+  3.07 |   1.62 -+  0.84 |   2.15 -+  1.06 |
m1      DSS45     Phs |   71.7 -+ 411.4 | -115.6 -+  29.4 |  -95.3 -+  28.2 |
m1      DSS65     Amp |   3.03 -+  1.99 |   0.51 -+  0.48 |   0.66 -+  0.49 |
m1      DSS65     Phs | -113.6 -+  37.3 |   31.0 -+  53.8 | -164.9 -+  42.1 |
m1      FD-VLBA   Amp |   0.93 -+  0.65 |   0.19 -+  0.19 |   0.27 -+  0.19 |
m1      FD-VLBA   Phs | -128.7 -+  39.7 |  -89.2 -+  55.7 |  -50.9 -+  41.4 |
m1      FORTLEZA  Amp |   1.55 -+  1.20 |   0.48 -+  0.41 |   0.41 -+  0.49 |
m1      FORTLEZA  Phs | -176.1 -+  44.2 |   84.6 -+  48.6 |    8.0 -+  68.6 |
m1      GILCREEK  Amp |   0.60 -+  0.47 |   0.04 -+  0.17 |   0.16 -+  0.15 |
m1      GILCREEK  Phs |  109.7 -+  45.2 |   27.0 -+ 233.7 | -159.9 -+  53.1 |
m1      HARTRAO   Amp |   2.08 -+  1.96 |   0.06 -+  0.77 |   0.67 -+  0.83 |
m1      HARTRAO   Phs |   84.1 -+  54.0 |  -91.9 -+ 685.7 |   45.0 -+  70.5 |
m1      HATCREEK  Amp |   2.94 -+  2.47 |   1.82 -+  0.55 |   0.72 -+  0.65 |
m1      HATCREEK  Phs |   63.5 -+  48.3 |  120.3 -+  17.6 |  145.9 -+  51.8 |
m1      HAYSTACK  Amp |   5.49 -+  3.21 |   0.81 -+  0.89 |   1.93 -+  0.90 |
m1      HAYSTACK  Phs |  -90.3 -+  33.5 |  -37.3 -+  62.0 | -150.8 -+  26.7 |
m1      HN-VLBA   Amp |   2.10 -+  0.98 |   0.25 -+  0.24 |   0.78 -+  0.24 |
m1      HN-VLBA   Phs |  156.3 -+  26.7 |   88.6 -+  56.3 |   11.7 -+  17.5 |
m1      HOBART26  Amp |   3.14 -+  2.67 |   0.53 -+  0.75 |   0.52 -+  0.94 |
m1      HOBART26  Phs |  126.6 -+  48.9 |  136.5 -+  81.6 |  -77.1 -+ 104.1 |
m1      HRAS 085  Amp |   1.55 -+  1.22 |   0.16 -+  0.31 |   0.44 -+  0.37 |
m1      HRAS 085  Phs |   55.1 -+  45.2 |  -20.6 -+ 112.2 | -144.5 -+  48.2 |
m1      KASHIM34  Amp |   2.65 -+  3.53 |   0.29 -+  0.94 |   1.28 -+  1.06 |
m1      KASHIM34  Phs |  139.3 -+  75.8 |  158.1 -+ 183.4 | -125.8 -+  46.9 |
m1      KASHIMA   Amp |   2.66 -+  1.92 |   0.59 -+  0.55 |   0.45 -+  0.61 |
m1      KASHIMA   Phs | -100.4 -+  41.4 | -179.4 -+  54.1 |  133.5 -+  77.7 |
m1      KAUAI     Amp |   1.06 -+  1.32 |   0.20 -+  0.37 |   1.17 -+  0.47 |
m1      KAUAI     Phs | -179.7 -+  71.4 |   23.5 -+ 105.2 |   67.7 -+  23.0 |
m1      KOKEE     Amp |   1.96 -+  0.72 |   0.18 -+  0.27 |   0.24 -+  0.32 |
m1      KOKEE     Phs |  134.9 -+  21.2 |   -3.5 -+  84.2 |   12.5 -+  77.1 |
m1      KP-VLBA   Amp |   1.36 -+  0.72 |   0.26 -+  0.21 |   0.23 -+  0.20 |
m1      KP-VLBA   Phs |   51.4 -+  30.9 |  -13.2 -+  46.0 |   65.1 -+  50.8 |
m1      LA-VLBA   Amp |   1.62 -+  0.59 |   0.37 -+  0.17 |   0.32 -+  0.18 |
m1      LA-VLBA   Phs |  -92.6 -+  20.9 | -119.1 -+  27.3 |   57.0 -+  31.7 |
m1      MATERA    Amp |   0.63 -+  1.02 |   0.28 -+  0.34 |   0.47 -+  0.36 |
m1      MATERA    Phs |   23.8 -+  92.8 | -151.8 -+  69.8 | -138.0 -+  43.9 |
m1      MEDICINA  Amp |   1.00 -+  0.98 |   0.33 -+  0.31 |   0.66 -+  0.33 |
m1      MEDICINA  Phs |   89.0 -+  56.4 | -159.4 -+  53.6 |  -94.2 -+  28.5 |
m1      MK-VLBA   Amp |   1.26 -+  1.12 |   0.30 -+  0.34 |   0.39 -+  0.37 |
m1      MK-VLBA   Phs |   77.5 -+  50.7 |   57.7 -+  65.1 |  -30.9 -+  53.8 |
m1      MOJAVE12  Amp |   0.22 -+  0.77 |   0.30 -+  0.21 |   0.29 -+  0.22 |
m1      MOJAVE12  Phs |  179.2 -+ 202.5 | -167.5 -+  41.1 | -147.3 -+  42.5 |
m1      NL-VLBA   Amp |   0.88 -+  0.75 |   0.13 -+  0.19 |   0.42 -+  0.20 |
m1      NL-VLBA   Phs | -132.8 -+  49.0 | -161.9 -+  87.8 | -129.1 -+  26.6 |
m1      NOTO      Amp |   1.13 -+  2.26 |   1.22 -+  0.54 |   0.36 -+  0.56 |
m1      NOTO      Phs |   56.6 -+ 114.9 |   63.8 -+  25.3 |   68.5 -+  86.9 |
m1      NRAO20    Amp |   1.94 -+  0.82 |   0.10 -+  0.23 |   0.50 -+  0.24 |
m1      NRAO20    Phs |  -55.9 -+  24.3 |   41.7 -+ 134.5 |   76.5 -+  28.0 |
m1      NRAO85 3  Amp |   0.81 -+  0.98 |   0.30 -+  0.24 |   0.46 -+  0.28 |
m1      NRAO85 3  Phs |   36.0 -+  69.0 |  -76.5 -+  45.8 |  131.3 -+  34.3 |
m1      NYALES20  Amp |   0.80 -+  0.74 |   0.13 -+  0.23 |   0.32 -+  0.24 |
m1      NYALES20  Phs | -175.0 -+  53.0 |  -31.0 -+  99.1 |   88.9 -+  42.4 |
m1      ONSALA60  Amp |   1.49 -+  0.81 |   0.45 -+  0.27 |   0.16 -+  0.29 |
m1      ONSALA60  Phs |   47.7 -+  31.0 |  -74.0 -+  33.9 |  -58.4 -+ 105.0 |
m1      OV-VLBA   Amp |   1.05 -+  0.75 |   0.13 -+  0.20 |   0.19 -+  0.20 |
m1      OV-VLBA   Phs |  124.0 -+  41.2 |   75.7 -+  90.3 | -131.8 -+  59.2 |
m1      OVRO 130  Amp |   0.78 -+  3.42 |   1.56 -+  0.69 |   0.62 -+  0.93 |
m1      OVRO 130  Phs |   99.5 -+ 250.9 |  -93.0 -+  25.4 | -151.2 -+  86.0 |
m1      PIETOWN   Amp |   1.63 -+  0.62 |   0.02 -+  0.18 |   0.29 -+  0.18 |
m1      PIETOWN   Phs |  162.7 -+  21.6 |  172.4 -+ 678.7 |  -30.6 -+  35.8 |
m1      RICHMOND  Amp |   1.77 -+  1.03 |   0.02 -+  0.25 |   0.29 -+  0.33 |
m1      RICHMOND  Phs |  135.3 -+  33.5 |   46.7 -+ 583.7 |  153.5 -+  64.1 |
m1      SANTIA12  Amp |   2.97 -+  4.53 |   1.68 -+  1.12 |   1.23 -+  1.41 |
m1      SANTIA12  Phs |    0.3 -+  87.4 |   27.2 -+  37.7 |  125.1 -+  66.1 |
m1      SC-VLBA   Amp |   2.12 -+  1.44 |   0.65 -+  0.36 |   0.31 -+  0.40 |
m1      SC-VLBA   Phs |  105.4 -+  38.7 |   96.5 -+  31.4 |   29.2 -+  74.1 |
m1      SESHAN25  Amp |   4.20 -+  3.42 |   1.04 -+  0.89 |   0.53 -+  0.95 |
m1      SESHAN25  Phs |   51.9 -+  47.6 |   42.6 -+  49.8 |   10.9 -+ 103.2 |
m1      TSUKUB32  Amp |   3.36 -+  2.32 |   1.73 -+  0.65 |   1.15 -+  0.71 |
m1      TSUKUB32  Phs |  -58.1 -+  38.7 |  121.8 -+  21.0 |  127.1 -+  35.7 |
m1      VNDNBERG  Amp |   0.73 -+  2.26 |   0.38 -+  0.48 |   0.66 -+  0.60 |
m1      VNDNBERG  Phs |  130.9 -+ 177.4 | -105.1 -+  71.8 |  140.0 -+  52.5 |
m1      WESTFORD  Amp |   0.82 -+  0.47 |   0.08 -+  0.14 |   0.20 -+  0.16 |
m1      WESTFORD  Phs |  -67.8 -+  33.2 |  102.0 -+  97.8 | -156.9 -+  45.4 |
m1      WETTZELL  Amp |   0.67 -+  0.50 |   0.18 -+  0.25 |   0.17 -+  0.27 |
m1      WETTZELL  Phs |    1.8 -+  42.4 |  -36.4 -+  77.5 |  -90.8 -+  93.1 |

Residual amplitudes and phases
Solution ID:     olc_17a ocean loading solution: 32 bands, wid
No apriori ocean loading were used
GOT00 reference theoretical model + SPOTL
Errors of theoretical model are from /users/pet/oclo_res/ocl.err
Full weight matrix for each station and wave
Schwiderski phase convention
Scales Up/East/North:   1.000  10.000  10.000 
Multiplicative band-dependent reweighting is applied
Reweighting coef. for zonal band       Up/East/North   2.020   1.472   1.472
Reweighting coef. for diurnal band     Up/East/North   1.614   1.505   1.505
Reweighting coef. for semidiurnal band Up/East/North   1.342   1.321   1.321
  
o1      ALGOPARK  Amp |   0.12 -+  0.83 |   0.34 -+  0.22 |   0.14 -+  0.24 |
o1      ALGOPARK  Phs | -170.4 -+  27.1 |  102.5 -+  32.5 |   51.0 -+ 162.6 |
o1      BR-VLBA   Amp |   1.16 -+  0.72 |   0.72 -+  0.20 |   0.49 -+  0.20 |
o1      BR-VLBA   Phs |   87.5 -+   6.6 |  -54.9 -+   5.1 |  -47.2 -+  15.9 |
o1      DSS45     Amp |   3.67 -+  3.12 |   1.13 -+  0.86 |   1.08 -+  1.07 |
o1      DSS45     Phs |   64.0 -+  26.2 |  140.4 -+  27.0 |   66.5 -+  89.0 |
o1      DSS65     Amp |   3.54 -+  2.08 |   0.69 -+  0.50 |   0.08 -+  0.51 |
o1      DSS65     Phs |  153.0 -+  34.2 |   -3.5 -+  30.8 | -175.0 -+  91.9 |
o1      FD-VLBA   Amp |   2.12 -+  0.66 |   0.34 -+  0.19 |   0.07 -+  0.20 |
o1      FD-VLBA   Phs |   82.9 -+   8.0 | -172.4 -+   6.0 |   56.0 -+  28.6 |
o1      FORTLEZA  Amp |   2.61 -+  1.20 |   0.44 -+  0.42 |   0.81 -+  0.49 |
o1      FORTLEZA  Phs |  135.3 -+  21.4 |  -55.0 -+  30.3 |   36.5 -+  17.9 |
o1      GILCREEK  Amp |   0.61 -+  0.47 |   0.19 -+  0.17 |   0.18 -+  0.15 |
o1      GILCREEK  Phs | -147.0 -+   7.9 |  167.9 -+  16.0 |  128.9 -+   6.6 |
o1      HARTRAO   Amp |   2.61 -+  1.96 |   1.88 -+  0.77 |   1.73 -+  0.86 |
o1      HARTRAO   Phs | -108.4 -+  62.3 | -109.3 -+  19.5 |   41.4 -+  28.5 |
o1      HATCREEK  Amp |   3.57 -+  2.56 |   1.90 -+  0.59 |   0.83 -+  0.67 |
o1      HATCREEK  Phs |  -40.2 -+  16.8 |   12.4 -+  28.0 |  -90.1 -+  32.4 |
o1      HAYSTACK  Amp |   4.45 -+  2.91 |   0.56 -+  0.77 |   1.80 -+  0.80 |
o1      HAYSTACK  Phs |   94.3 -+  33.5 |   35.1 -+  56.8 |  -43.9 -+  26.7 |
o1      HN-VLBA   Amp |   1.36 -+  1.01 |   0.69 -+  0.25 |   0.59 -+  0.25 |
o1      HN-VLBA   Phs |  -29.2 -+  15.2 |   72.0 -+  18.2 | -105.8 -+  16.9 |
o1      HOBART26  Amp |   6.32 -+  2.65 |   0.95 -+  0.76 |   0.89 -+  0.94 |
o1      HOBART26  Phs |   62.9 -+  11.9 |  153.0 -+  28.7 |  -46.1 -+  44.0 |
o1      HRAS 085  Amp |   0.25 -+  1.27 |   0.25 -+  0.33 |   0.58 -+  0.38 |
o1      HRAS 085  Phs |   87.9 -+  20.7 |  -76.0 -+  11.9 |  117.6 -+  23.1 |
o1      KASHIM34  Amp |   3.13 -+  3.60 |   1.38 -+  0.98 |   2.28 -+  1.08 |
o1      KASHIM34  Phs |  148.3 -+  18.3 |   20.8 -+  52.7 |  114.0 -+  18.3 |
o1      KASHIMA   Amp |   1.13 -+  2.00 |   1.87 -+  0.58 |   1.12 -+  0.62 |
o1      KASHIMA   Phs |   40.4 -+  14.0 |   37.1 -+  21.9 |  142.7 -+  17.7 |
o1      KAUAI     Amp |   0.57 -+  1.35 |   0.77 -+  0.38 |   0.46 -+  0.47 |
o1      KAUAI     Phs |   88.1 -+  10.6 |  145.7 -+  20.6 | -102.4 -+  31.8 |
o1      KOKEE     Amp |   0.95 -+  0.73 |   0.35 -+  0.27 |   0.28 -+  0.33 |
o1      KOKEE     Phs |  106.6 -+   5.6 | -152.2 -+  14.4 |   71.1 -+  12.2 |
o1      KP-VLBA   Amp |   2.02 -+  0.76 |   0.25 -+  0.21 |   0.33 -+  0.21 |
o1      KP-VLBA   Phs | -100.2 -+   9.1 |    8.0 -+   7.2 |  -95.7 -+  14.5 |
o1      LA-VLBA   Amp |   0.91 -+  0.60 |   0.46 -+  0.18 |   0.15 -+  0.18 |
o1      LA-VLBA   Phs |  150.1 -+  10.8 |  151.7 -+   5.8 |   16.5 -+  25.4 |
o1      MATERA    Amp |   0.85 -+  1.03 |   0.10 -+  0.35 |   0.34 -+  0.36 |
o1      MATERA    Phs |  -68.9 -+  37.0 | -159.8 -+ 206.4 |  112.1 -+  50.0 |
o1      MEDICINA  Amp |   1.85 -+  0.99 |   0.29 -+  0.32 |   0.15 -+  0.33 |
o1      MEDICINA  Phs |  152.3 -+  32.7 |   47.2 -+  42.7 |  176.6 -+ 115.2 |
o1      MK-VLBA   Amp |   1.04 -+  1.15 |   0.61 -+  0.36 |   0.36 -+  0.38 |
o1      MK-VLBA   Phs |  -90.8 -+  10.2 |  -33.1 -+  11.6 |   51.4 -+  14.3 |
o1      MOJAVE12  Amp |   0.66 -+  0.79 |   0.23 -+  0.22 |   0.21 -+  0.22 |
o1      MOJAVE12  Phs |   35.5 -+   6.3 | -114.8 -+   5.6 | -166.7 -+   9.7 |
o1      NL-VLBA   Amp |   1.44 -+  0.78 |   0.39 -+  0.20 |   0.60 -+  0.20 |
o1      NL-VLBA   Phs |   72.5 -+  14.3 |  162.1 -+  11.2 |  -85.1 -+  24.9 |
o1      NOTO      Amp |   2.10 -+  2.18 |   0.69 -+  0.53 |   0.82 -+  0.55 |
o1      NOTO      Phs | -137.8 -+  48.5 | -146.3 -+  46.1 |   55.8 -+  33.7 |
o1      NRAO20    Amp |   0.79 -+  0.80 |   0.34 -+  0.23 |   0.34 -+  0.24 |
o1      NRAO20    Phs |  173.5 -+  34.7 |  -50.2 -+  51.6 |    0.1 -+  51.6 |
o1      NRAO85 3  Amp |   0.56 -+  0.98 |   0.27 -+  0.24 |   0.23 -+  0.28 |
o1      NRAO85 3  Phs |  162.7 -+  35.7 |  109.8 -+  38.5 |  114.7 -+  70.9 |
o1      NYALES20  Amp |   1.31 -+  0.73 |   0.22 -+  0.23 |   0.29 -+  0.24 |
o1      NYALES20  Phs |  -57.8 -+  17.3 |  165.3 -+  29.5 | -147.7 -+  54.4 |
o1      ONSALA60  Amp |   0.74 -+  0.82 |   0.22 -+  0.27 |   0.49 -+  0.29 |
o1      ONSALA60  Phs |  -89.0 -+  26.4 |   61.1 -+  24.8 | -126.7 -+  29.6 |
o1      OV-VLBA   Amp |   0.49 -+  0.77 |   0.39 -+  0.21 |   0.33 -+  0.20 |
o1      OV-VLBA   Phs |  -87.3 -+   7.0 |   30.1 -+   7.4 |  107.7 -+   9.2 |
o1      OVRO 130  Amp |   2.95 -+  3.48 |   0.62 -+  0.69 |   1.06 -+  0.92 |
o1      OVRO 130  Phs | -108.1 -+  42.6 |   50.2 -+  28.3 |  119.7 -+  26.5 |
o1      PIETOWN   Amp |   0.89 -+  0.63 |   0.21 -+  0.18 |   0.32 -+  0.18 |
o1      PIETOWN   Phs |  135.9 -+   9.4 |  -76.3 -+   6.5 |  -56.6 -+  31.8 |
o1      RICHMOND  Amp |   0.44 -+  1.06 |   0.44 -+  0.26 |   0.45 -+  0.33 |
o1      RICHMOND  Phs |   97.9 -+  47.8 | -104.9 -+  28.9 |  113.4 -+  73.5 |
o1      SANTIA12  Amp |   6.27 -+  4.63 |   1.34 -+  1.11 |   1.47 -+  1.48 |
o1      SANTIA12  Phs |   11.1 -+ 134.1 |  112.9 -+  58.0 | -166.7 -+  56.3 |
o1      SC-VLBA   Amp |   1.84 -+  1.49 |   0.93 -+  0.38 |   0.60 -+  0.42 |
o1      SC-VLBA   Phs |   66.5 -+  15.5 |  -42.1 -+  23.0 |  177.9 -+  37.2 |
o1      SESHAN25  Amp |   5.48 -+  3.48 |   0.87 -+  0.89 |   0.80 -+  0.94 |
o1      SESHAN25  Phs |   27.0 -+  55.4 | -143.3 -+  20.1 |   23.7 -+  31.4 |
o1      TSUKUB32  Amp |   4.13 -+  2.08 |   1.31 -+  0.58 |   0.48 -+  0.69 |
o1      TSUKUB32  Phs |  -10.4 -+  22.6 |    7.7 -+  45.0 | -101.1 -+  45.2 |
o1      VNDNBERG  Amp |   3.42 -+  2.34 |   0.96 -+  0.50 |   0.50 -+  0.62 |
o1      VNDNBERG  Phs |   16.0 -+   9.5 |   -9.3 -+  15.3 |  169.8 -+  17.9 |
o1      WESTFORD  Amp |   0.23 -+  0.48 |   0.22 -+  0.15 |   0.28 -+  0.16 |
o1      WESTFORD  Phs |  -93.6 -+   9.7 |  159.6 -+  58.7 |  106.4 -+  23.3 |
o1      WETTZELL  Amp |   0.31 -+  0.50 |   0.31 -+  0.25 |   0.31 -+  0.27 |
o1      WETTZELL  Phs | -149.2 -+  24.7 |  135.6 -+  38.5 |  134.4 -+  60.0 |

Residual amplitudes and phases
Solution ID:     olc_17a ocean loading solution: 32 bands, wid
No apriori ocean loading were used
GOT00 reference theoretical model + SPOTL
Errors of theoretical model are from /users/pet/oclo_res/ocl.err
Full weight matrix for each station and wave
Schwiderski phase convention
Scales Up/East/North:   1.000  10.000  10.000 
Multiplicative band-dependent reweighting is applied
Reweighting coef. for zonal band       Up/East/North   2.020   1.472   1.472
Reweighting coef. for diurnal band     Up/East/North   1.614   1.505   1.505
Reweighting coef. for semidiurnal band Up/East/North   1.342   1.321   1.321
  
ro1     ALGOPARK  Amp |   0.88 -+  0.83 |   0.25 -+  0.22 |   0.21 -+  0.24 |
ro1     ALGOPARK  Phs |  119.6 -+  53.9 |  176.1 -+  50.7 | -117.5 -+  63.9 |
ro1     BR-VLBA   Amp |   2.24 -+  0.70 |   0.23 -+  0.20 |   0.24 -+  0.20 |
ro1     BR-VLBA   Phs |    6.5 -+  18.0 |  169.4 -+  48.9 |  -22.4 -+  46.9 |
ro1     DSS45     Amp |   8.43 -+  3.09 |   1.44 -+  0.86 |   1.06 -+  1.09 |
ro1     DSS45     Phs | -153.5 -+  21.0 |  -97.8 -+  34.5 | -105.1 -+  58.7 |
ro1     DSS65     Amp |   3.91 -+  2.08 |   0.46 -+  0.50 |   0.21 -+  0.51 |
ro1     DSS65     Phs |  142.1 -+  30.2 |  -45.8 -+  62.0 |  -64.7 -+ 139.9 |
ro1     FD-VLBA   Amp |   0.95 -+  0.65 |   0.04 -+  0.19 |   0.25 -+  0.20 |
ro1     FD-VLBA   Phs |  165.1 -+  39.3 |   57.2 -+ 311.1 | -137.5 -+  45.9 |
ro1     FORTLEZA  Amp |   1.96 -+  1.21 |   0.11 -+  0.42 |   0.35 -+  0.50 |
ro1     FORTLEZA  Phs | -146.7 -+  35.5 |  -61.1 -+ 219.3 |    2.0 -+  81.7 |
ro1     GILCREEK  Amp |   0.29 -+  0.48 |   0.06 -+  0.18 |   0.26 -+  0.15 |
ro1     GILCREEK  Phs |   57.7 -+  94.7 |  161.6 -+ 161.1 | -152.4 -+  33.7 |
ro1     HARTRAO   Amp |   3.87 -+  1.99 |   1.04 -+  0.78 |   1.05 -+  0.85 |
ro1     HARTRAO   Phs | -152.2 -+  29.4 |  -94.0 -+  43.2 |   47.2 -+  46.5 |
ro1     HATCREEK  Amp |   5.22 -+  2.62 |   0.29 -+  0.61 |   1.45 -+  0.68 |
ro1     HATCREEK  Phs |   49.0 -+  28.7 |   -0.6 -+ 119.0 |  130.1 -+  26.9 |
ro1     HAYSTACK  Amp |   1.86 -+  3.55 |   0.94 -+  0.87 |   1.03 -+  0.90 |
ro1     HAYSTACK  Phs |   30.7 -+ 108.4 |  111.6 -+  53.7 |  -76.2 -+  50.8 |
ro1     HN-VLBA   Amp |   3.29 -+  0.99 |   0.47 -+  0.24 |   0.33 -+  0.25 |
ro1     HN-VLBA   Phs |   38.4 -+  17.1 |    1.6 -+  30.1 |  -64.3 -+  42.8 |
ro1     HOBART26  Amp |   4.11 -+  2.69 |   0.34 -+  0.76 |   0.59 -+  0.96 |
ro1     HOBART26  Phs |  171.0 -+  37.5 | -170.9 -+ 129.1 |  158.7 -+  93.1 |
ro1     HRAS 085  Amp |   1.71 -+  1.29 |   0.35 -+  0.33 |   0.55 -+  0.38 |
ro1     HRAS 085  Phs |   48.8 -+  43.3 | -139.8 -+  53.4 |  155.4 -+  40.0 |
ro1     KASHIM34  Amp |   2.23 -+  3.89 |   1.55 -+  1.06 |   2.34 -+  1.12 |
ro1     KASHIM34  Phs |  -11.0 -+  99.5 |  -15.5 -+  39.3 | -113.6 -+  27.3 |
ro1     KASHIMA   Amp |   2.16 -+  1.97 |   0.51 -+  0.57 |   1.15 -+  0.62 |
ro1     KASHIMA   Phs |  170.1 -+  52.3 | -116.6 -+  64.7 |  -37.7 -+  31.1 |
ro1     KAUAI     Amp |   0.85 -+  1.35 |   0.29 -+  0.39 |   0.36 -+  0.48 |
ro1     KAUAI     Phs | -105.7 -+  91.1 | -141.1 -+  77.0 |   11.0 -+  75.5 |
ro1     KOKEE     Amp |   1.27 -+  0.73 |   0.25 -+  0.28 |   0.20 -+  0.33 |
ro1     KOKEE     Phs |  128.6 -+  32.8 |   27.0 -+  64.4 |   96.4 -+  92.9 |
ro1     KP-VLBA   Amp |   2.32 -+  0.73 |   0.17 -+  0.21 |   0.42 -+  0.21 |
ro1     KP-VLBA   Phs |   56.4 -+  17.9 |  -97.6 -+  68.6 |   47.6 -+  28.2 |
ro1     LA-VLBA   Amp |   1.32 -+  0.59 |   0.22 -+  0.18 |   0.11 -+  0.18 |
ro1     LA-VLBA   Phs |   -6.0 -+  25.5 | -137.0 -+  46.9 | -116.8 -+  94.7 |
ro1     MATERA    Amp |   0.28 -+  1.03 |   0.30 -+  0.35 |   0.14 -+  0.37 |
ro1     MATERA    Phs | -137.3 -+ 213.8 |    3.6 -+  66.9 |  176.3 -+ 145.8 |
ro1     MEDICINA  Amp |   0.91 -+  0.97 |   0.38 -+  0.32 |   0.42 -+  0.33 |
ro1     MEDICINA  Phs |  169.3 -+  60.8 | -116.6 -+  47.5 | -127.1 -+  44.5 |
ro1     MK-VLBA   Amp |   1.57 -+  1.11 |   0.47 -+  0.35 |   0.37 -+  0.38 |
ro1     MK-VLBA   Phs |  -56.0 -+  40.5 |   90.1 -+  42.4 |  144.6 -+  58.2 |
ro1     MOJAVE12  Amp |   0.58 -+  0.79 |   0.28 -+  0.22 |   0.07 -+  0.23 |
ro1     MOJAVE12  Phs |  -11.5 -+  77.6 |  -82.7 -+  44.3 |  125.2 -+ 188.5 |
ro1     NL-VLBA   Amp |   2.98 -+  0.75 |   0.56 -+  0.19 |   0.55 -+  0.20 |
ro1     NL-VLBA   Phs |   -6.3 -+  14.5 |   64.7 -+  19.8 |  140.3 -+  20.9 |
ro1     NOTO      Amp |   6.67 -+  2.20 |   0.83 -+  0.54 |   0.33 -+  0.54 |
ro1     NOTO      Phs |  112.6 -+  18.9 |  145.4 -+  36.7 | -154.8 -+  93.7 |
ro1     NRAO20    Amp |   1.27 -+  0.80 |   0.19 -+  0.23 |   0.24 -+  0.25 |
ro1     NRAO20    Phs |   67.0 -+  36.3 |  178.6 -+  68.9 |  -27.9 -+  57.9 |
ro1     NRAO85 3  Amp |   0.49 -+  0.98 |   0.22 -+  0.24 |   0.39 -+  0.28 |
ro1     NRAO85 3  Phs |  -60.1 -+ 114.0 |  166.0 -+  65.0 |  -55.0 -+  40.9 |
ro1     NYALES20  Amp |   0.51 -+  0.74 |   0.13 -+  0.23 |   0.23 -+  0.24 |
ro1     NYALES20  Phs |  -59.5 -+  83.9 | -159.9 -+ 102.5 |    4.3 -+  60.9 |
ro1     ONSALA60  Amp |   0.77 -+  0.81 |   0.08 -+  0.27 |   0.21 -+  0.29 |
ro1     ONSALA60  Phs |   86.4 -+  60.5 | -158.5 -+ 193.4 |  162.2 -+  79.1 |
ro1     OV-VLBA   Amp |   0.61 -+  0.76 |   0.47 -+  0.21 |   0.47 -+  0.21 |
ro1     OV-VLBA   Phs |   71.9 -+  71.2 |  -90.0 -+  25.6 |  -20.1 -+  25.2 |
ro1     OVRO 130  Amp |   0.13 -+  3.36 |   0.34 -+  0.65 |   0.52 -+  0.85 |
ro1     OVRO 130  Phs | -131.3 -+ ***** | -164.4 -+ 110.9 | -157.1 -+  94.6 |
ro1     PIETOWN   Amp |   2.04 -+  0.62 |   0.05 -+  0.19 |   0.16 -+  0.19 |
ro1     PIETOWN   Phs |  -25.0 -+  17.5 | -121.3 -+ 231.2 |   63.6 -+  66.7 |
ro1     RICHMOND  Amp |   0.31 -+  1.05 |   0.18 -+  0.26 |   0.22 -+  0.33 |
ro1     RICHMOND  Phs |  172.2 -+ 197.6 | -162.7 -+  82.3 |   90.6 -+  85.4 |
ro1     SANTIA12  Amp |   5.44 -+  4.79 |   2.15 -+  1.15 |   1.90 -+  1.47 |
ro1     SANTIA12  Phs |  -97.0 -+  50.4 |  103.0 -+  30.9 |  -25.1 -+  44.4 |
ro1     SC-VLBA   Amp |   2.74 -+  1.44 |   1.09 -+  0.36 |   0.58 -+  0.40 |
ro1     SC-VLBA   Phs |  -59.2 -+  29.9 |   38.4 -+  19.0 | -122.3 -+  40.2 |
ro1     SESHAN25  Amp |   6.89 -+  3.32 |   1.44 -+  0.85 |   1.25 -+  0.92 |
ro1     SESHAN25  Phs |   67.3 -+  27.5 |   23.3 -+  33.7 | -155.3 -+  41.8 |
ro1     TSUKUB32  Amp |   6.13 -+  2.21 |   1.81 -+  0.61 |   1.95 -+  0.70 |
ro1     TSUKUB32  Phs | -100.1 -+  20.5 |   87.0 -+  19.3 |   40.8 -+  20.4 |
ro1     VNDNBERG  Amp |   1.68 -+  2.40 |   1.04 -+  0.51 |   0.77 -+  0.63 |
ro1     VNDNBERG  Phs |   15.6 -+  81.7 |   59.3 -+  28.3 |   41.9 -+  46.5 |
ro1     WESTFORD  Amp |   0.31 -+  0.48 |   0.08 -+  0.15 |   0.14 -+  0.17 |
ro1     WESTFORD  Phs |   42.8 -+  89.2 |  -20.5 -+ 106.1 |  107.6 -+  70.2 |
ro1     WETTZELL  Amp |   0.43 -+  0.51 |   0.11 -+  0.25 |   0.20 -+  0.28 |
ro1     WETTZELL  Phs |  -13.9 -+  67.7 |  136.1 -+ 130.9 |  145.1 -+  77.5 |

Residual amplitudes and phases
Solution ID:     olc_17a ocean loading solution: 32 bands, wid
No apriori ocean loading were used
GOT00 reference theoretical model + SPOTL
Errors of theoretical model are from /users/pet/oclo_res/ocl.err
Full weight matrix for each station and wave
Schwiderski phase convention
Scales Up/East/North:   1.000  10.000  10.000 
Multiplicative band-dependent reweighting is applied
Reweighting coef. for zonal band       Up/East/North   2.020   1.472   1.472
Reweighting coef. for diurnal band     Up/East/North   1.614   1.505   1.505
Reweighting coef. for semidiurnal band Up/East/North   1.342   1.321   1.321
  
q1      ALGOPARK  Amp |   0.20 -+  0.84 |   0.31 -+  0.22 |   0.31 -+  0.24 |
q1      ALGOPARK  Phs |   64.7 -+ 111.8 | -162.7 -+  33.9 |    2.4 -+  48.9 |
q1      BR-VLBA   Amp |   0.60 -+  0.71 |   0.13 -+  0.20 |   0.42 -+  0.20 |
q1      BR-VLBA   Phs |  155.9 -+  51.8 |   37.6 -+  49.9 |  -14.3 -+  49.2 |
q1      DSS45     Amp |   1.24 -+  3.26 |   2.11 -+  0.91 |   2.40 -+  1.11 |
q1      DSS45     Phs |  -32.5 -+ 117.2 |  112.4 -+  23.1 |   74.9 -+  28.2 |
q1      DSS65     Amp |   1.92 -+  2.11 |   0.42 -+  0.51 |   0.63 -+  0.51 |
q1      DSS65     Phs |  -46.7 -+  63.8 | -152.5 -+  64.1 | -166.9 -+  41.5 |
q1      FD-VLBA   Amp |   0.84 -+  0.65 |   0.16 -+  0.19 |   0.17 -+  0.19 |
q1      FD-VLBA   Phs |   92.1 -+  35.1 |  106.4 -+  30.9 |  -36.8 -+ 147.8 |
q1      FORTLEZA  Amp |   0.59 -+  1.22 |   0.48 -+  0.43 |   0.41 -+  0.50 |
q1      FORTLEZA  Phs | -161.0 -+ 331.5 |  -78.2 -+  41.3 |   10.4 -+  54.8 |
q1      GILCREEK  Amp |   1.01 -+  0.48 |   0.11 -+  0.18 |   0.05 -+  0.15 |
q1      GILCREEK  Phs |  166.3 -+  22.7 | -154.9 -+  60.0 |  140.9 -+  32.1 |
q1      HARTRAO   Amp |   1.23 -+  2.01 |   0.74 -+  0.78 |   0.74 -+  0.87 |
q1      HARTRAO   Phs |  105.2 -+  70.1 | -146.5 -+  53.5 |  155.6 -+  66.1 |
q1      HATCREEK  Amp |   1.56 -+  2.58 |   0.42 -+  0.59 |   0.89 -+  0.68 |
q1      HATCREEK  Phs |   33.7 -+  52.7 | -144.9 -+  41.1 |  174.1 -+  35.0 |
q1      HAYSTACK  Amp |   4.12 -+  3.19 |   1.39 -+  0.77 |   0.35 -+  0.83 |
q1      HAYSTACK  Phs |  147.2 -+  48.8 |  -84.4 -+  32.1 |   31.9 -+ 169.0 |
q1      HN-VLBA   Amp |   0.56 -+  1.02 |   0.39 -+  0.25 |   1.13 -+  0.24 |
q1      HN-VLBA   Phs | -104.4 -+  89.6 |   57.4 -+  35.6 |  173.0 -+  11.5 |
q1      HOBART26  Amp |   1.30 -+  2.77 |   1.46 -+  0.78 |   1.65 -+  0.98 |
q1      HOBART26  Phs |  147.8 -+  87.2 |  124.1 -+  29.2 |  102.7 -+  32.4 |
q1      HRAS 085  Amp |   0.94 -+  1.30 |   0.24 -+  0.33 |   0.42 -+  0.39 |
q1      HRAS 085  Phs |   93.9 -+  66.1 |   82.2 -+  58.1 |   23.8 -+  57.8 |
q1      KASHIM34  Amp |   3.69 -+  3.78 |   1.65 -+  1.05 |   1.53 -+  1.16 |
q1      KASHIM34  Phs |  -31.4 -+  81.0 |   43.5 -+  38.2 |   42.2 -+  37.6 |
q1      KASHIMA   Amp |   1.34 -+  1.96 |   1.02 -+  0.57 |   0.26 -+  0.62 |
q1      KASHIMA   Phs |  -65.2 -+  57.9 |  -70.0 -+  40.5 |   93.0 -+  74.7 |
q1      KAUAI     Amp |   0.54 -+  1.39 |   0.28 -+  0.39 |   1.32 -+  0.49 |
q1      KAUAI     Phs |   59.8 -+  47.1 | -161.1 -+ 207.8 |  179.9 -+  21.5 |
q1      KOKEE     Amp |   1.28 -+  0.74 |   0.29 -+  0.28 |   0.39 -+  0.33 |
q1      KOKEE     Phs |  -98.3 -+  73.9 | -140.4 -+  77.1 |  162.6 -+  39.4 |
q1      KP-VLBA   Amp |   1.24 -+  0.75 |   0.34 -+  0.21 |   0.25 -+  0.21 |
q1      KP-VLBA   Phs |  168.4 -+  87.7 |  171.9 -+  17.5 |  -44.1 -+ 122.5 |
q1      LA-VLBA   Amp |   0.58 -+  0.59 |   0.05 -+  0.18 |   0.15 -+  0.18 |
q1      LA-VLBA   Phs |  -56.5 -+  33.7 |  153.7 -+  32.0 |   87.2 -+  45.9 |
q1      MATERA    Amp |   0.73 -+  1.04 |   0.04 -+  0.35 |   0.38 -+  0.37 |
q1      MATERA    Phs |   29.7 -+  82.2 |   52.0 -+ 388.0 |  137.3 -+  48.7 |
q1      MEDICINA  Amp |   2.15 -+  1.00 |   0.43 -+  0.32 |   0.19 -+  0.33 |
q1      MEDICINA  Phs | -119.8 -+  26.2 |  -29.1 -+  40.3 | -139.1 -+  97.4 |
q1      MK-VLBA   Amp |   1.01 -+  1.12 |   0.50 -+  0.35 |   0.68 -+  0.38 |
q1      MK-VLBA   Phs |   83.8 -+  31.7 |  -96.4 -+  35.8 |  -18.6 -+  31.2 |
q1      MOJAVE12  Amp |   0.99 -+  0.80 |   0.07 -+  0.22 |   0.30 -+  0.23 |
q1      MOJAVE12  Phs |    1.5 -+  21.8 |   11.8 -+  41.3 |  -69.5 -+  59.9 |
q1      NL-VLBA   Amp |   1.29 -+  0.76 |   0.83 -+  0.20 |   0.39 -+  0.20 |
q1      NL-VLBA   Phs |   10.4 -+  26.6 |   65.8 -+  15.2 | -167.2 -+  28.5 |
q1      NOTO      Amp |   1.41 -+  2.23 |   0.62 -+  0.54 |   0.10 -+  0.54 |
q1      NOTO      Phs |   95.3 -+  92.3 |  -87.9 -+  49.0 |   -7.1 -+ 357.7 |
q1      NRAO20    Amp |   1.76 -+  0.82 |   0.77 -+  0.23 |   0.38 -+  0.25 |
q1      NRAO20    Phs | -145.2 -+  31.5 |  -71.6 -+  17.5 |   92.4 -+  36.2 |
q1      NRAO85 3  Amp |   0.43 -+  1.01 |   0.43 -+  0.25 |   0.06 -+  0.28 |
q1      NRAO85 3  Phs |  146.7 -+ 268.3 |  151.2 -+  31.2 | -101.1 -+ 222.3 |
q1      NYALES20  Amp |   0.62 -+  0.76 |   0.31 -+  0.24 |   0.32 -+  0.24 |
q1      NYALES20  Phs |  -54.9 -+  61.4 |  162.7 -+  56.6 |   44.4 -+  33.3 |
q1      ONSALA60  Amp |   1.10 -+  0.83 |   0.10 -+  0.27 |   0.17 -+  0.29 |
q1      ONSALA60  Phs |   50.0 -+  45.9 |  -76.8 -+ 108.0 |   42.1 -+ 113.8 |
q1      OV-VLBA   Amp |   1.30 -+  0.77 |   0.26 -+  0.21 |   0.29 -+  0.21 |
q1      OV-VLBA   Phs |  132.6 -+  32.7 |  -67.2 -+  25.3 |   44.6 -+  41.4 |
q1      OVRO 130  Amp |   0.85 -+  3.55 |   0.40 -+  0.69 |   0.77 -+  0.91 |
q1      OVRO 130  Phs |  -86.6 -+ 170.8 |  -91.7 -+  59.4 |  -70.5 -+  79.5 |
q1      PIETOWN   Amp |   0.22 -+  0.62 |   0.28 -+  0.18 |   0.34 -+  0.18 |
q1      PIETOWN   Phs |  -81.0 -+  48.4 |  -67.1 -+  27.4 | -144.0 -+  26.1 |
q1      RICHMOND  Amp |   0.54 -+  1.08 |   0.64 -+  0.26 |   0.48 -+  0.33 |
q1      RICHMOND  Phs |  -23.8 -+ 102.8 |   92.5 -+  22.0 |   18.5 -+  39.6 |
q1      SANTIA12  Amp |   4.52 -+  4.78 |   1.34 -+  1.14 |   1.02 -+  1.46 |
q1      SANTIA12  Phs |  114.1 -+  57.3 |  -45.7 -+  43.1 |  123.8 -+  70.6 |
q1      SC-VLBA   Amp |   3.27 -+  1.49 |   1.02 -+  0.37 |   0.55 -+  0.41 |
q1      SC-VLBA   Phs |  -95.7 -+  27.5 |  101.6 -+  20.6 |   48.4 -+  47.3 |
q1      SESHAN25  Amp |   5.21 -+  3.24 |   1.42 -+  0.85 |   1.19 -+  0.90 |
q1      SESHAN25  Phs |  135.3 -+  36.9 |   10.3 -+  42.5 |  -20.6 -+  47.1 |
q1      TSUKUB32  Amp |   2.84 -+  2.18 |   1.17 -+  0.63 |   0.67 -+  0.70 |
q1      TSUKUB32  Phs |   96.8 -+  40.1 |   33.7 -+  35.3 | -153.0 -+  83.6 |
q1      VNDNBERG  Amp |   1.80 -+  2.41 |   0.16 -+  0.50 |   0.22 -+  0.62 |
q1      VNDNBERG  Phs | -103.0 -+  74.7 | -126.8 -+  49.1 | -104.9 -+ 103.4 |
q1      WESTFORD  Amp |   0.22 -+  0.48 |   0.21 -+  0.15 |   0.20 -+  0.17 |
q1      WESTFORD  Phs | -136.5 -+  83.7 |  -75.5 -+  42.5 |  -21.4 -+  79.1 |
q1      WETTZELL  Amp |   0.97 -+  0.51 |   0.13 -+  0.25 |   0.30 -+  0.28 |
q1      WETTZELL  Phs |   94.4 -+  31.8 |  173.7 -+ 180.8 |  -88.7 -+  58.6 |

Residual amplitudes and phases
Solution ID:     olc_17a ocean loading solution: 32 bands, wid
No apriori ocean loading were used
GOT00 reference theoretical model + SPOTL
Errors of theoretical model are from /users/pet/oclo_res/ocl.err
Full weight matrix for each station and wave
Schwiderski phase convention
Scales Up/East/North:   1.000  10.000  10.000 
Multiplicative band-dependent reweighting is applied
Reweighting coef. for zonal band       Up/East/North   2.020   1.472   1.472
Reweighting coef. for diurnal band     Up/East/North   1.614   1.505   1.505
Reweighting coef. for semidiurnal band Up/East/North   1.342   1.321   1.321
  
empt-0  ALGOPARK  Amp |   0.73 -+  1.05 |   0.50 -+  0.25 |   0.42 -+  0.27 |
empt-0  ALGOPARK  Phs |  107.7 -+  81.2 |  -71.6 -+  29.1 | -125.6 -+  38.0 |
empt-0  BR-VLBA   Amp |   1.65 -+  0.90 |   0.24 -+  0.23 |   0.45 -+  0.23 |
empt-0  BR-VLBA   Phs |  -67.7 -+  31.4 |   -3.5 -+  54.0 | -107.7 -+  29.3 |
empt-0  DSS45     Amp |   5.83 -+  4.25 |   1.92 -+  1.27 |   0.82 -+  1.38 |
empt-0  DSS45     Phs |  -82.1 -+  41.9 |  -12.0 -+  38.1 |  -90.8 -+  97.3 |
empt-0  DSS65     Amp |   2.95 -+  3.28 |   0.38 -+  0.65 |   1.94 -+  0.77 |
empt-0  DSS65     Phs | -135.7 -+  68.7 |  146.0 -+  93.4 |  -13.4 -+  22.4 |
empt-0  FD-VLBA   Amp |   2.02 -+  0.89 |   0.19 -+  0.23 |   0.63 -+  0.25 |
empt-0  FD-VLBA   Phs |  165.8 -+  25.2 | -117.6 -+  70.7 |   37.4 -+  22.8 |
empt-0  FORTLEZA  Amp |   2.12 -+  1.59 |   0.95 -+  0.58 |   0.71 -+  0.62 |
empt-0  FORTLEZA  Phs |   76.2 -+  43.3 |  -19.2 -+  34.9 |  -81.7 -+  49.6 |
empt-0  GILCREEK  Amp |   0.25 -+  0.71 |   0.15 -+  0.23 |   0.19 -+  0.21 |
empt-0  GILCREEK  Phs |   41.3 -+ 165.4 |  -49.7 -+  91.6 |  118.0 -+  64.2 |
empt-0  HARTRAO   Amp |   0.87 -+  2.86 |   0.34 -+  1.03 |   1.46 -+  1.02 |
empt-0  HARTRAO   Phs | -118.0 -+ 187.9 | -154.2 -+ 171.4 |   -1.0 -+  40.1 |
empt-0  HATCREEK  Amp |   9.79 -+  5.51 |   1.22 -+  0.87 |   1.78 -+  1.00 |
empt-0  HATCREEK  Phs | -153.1 -+  32.1 |  -46.6 -+  41.8 |  -54.6 -+  32.4 |
empt-0  HAYSTACK  Amp |   3.80 -+  4.42 |   0.71 -+  1.00 |   0.98 -+  1.10 |
empt-0  HAYSTACK  Phs |  -49.5 -+  70.7 | -115.8 -+  76.4 | -128.0 -+  59.6 |
empt-0  HN-VLBA   Amp |   0.34 -+  1.30 |   0.72 -+  0.28 |   0.42 -+  0.30 |
empt-0  HN-VLBA   Phs | -154.0 -+ 216.3 | -130.9 -+  21.4 |   17.3 -+  40.6 |
empt-0  HOBART26  Amp |   5.01 -+  3.72 |   2.18 -+  1.16 |   0.77 -+  1.29 |
empt-0  HOBART26  Phs |  -70.2 -+  42.5 |  -48.0 -+  30.6 |  -87.4 -+  96.2 |
empt-0  HRAS 085  Amp |   2.06 -+  3.01 |   0.35 -+  0.51 |   0.99 -+  0.69 |
empt-0  HRAS 085  Phs |  164.6 -+  83.4 |   12.6 -+  83.3 | -147.0 -+  40.2 |
empt-0  KASHIM34  Amp |   3.87 -+  5.30 |   2.17 -+  1.91 |   1.38 -+  1.93 |
empt-0  KASHIM34  Phs |   81.8 -+  77.7 |  159.0 -+  51.5 | -157.1 -+  79.9 |
empt-0  KASHIMA   Amp |   0.89 -+  2.95 |   0.90 -+  0.84 |   0.65 -+  0.92 |
empt-0  KASHIMA   Phs |   89.8 -+ 189.4 | -123.5 -+  54.6 |  166.0 -+  79.7 |
empt-0  KAUAI     Amp |   1.41 -+  2.34 |   2.40 -+  0.65 |   0.94 -+  0.74 |
empt-0  KAUAI     Phs |  172.1 -+  95.5 |  143.7 -+  15.7 |   -1.4 -+  44.8 |
empt-0  KOKEE     Amp |   0.77 -+  1.06 |   0.12 -+  0.40 |   0.42 -+  0.47 |
empt-0  KOKEE     Phs |   36.3 -+  78.7 |  -31.0 -+ 184.7 |  158.3 -+  63.0 |
empt-0  KP-VLBA   Amp |   4.03 -+  0.99 |   0.35 -+  0.25 |   0.74 -+  0.27 |
empt-0  KP-VLBA   Phs | -140.9 -+  13.8 |  159.0 -+  41.1 |    4.5 -+  20.8 |
empt-0  LA-VLBA   Amp |   1.78 -+  0.81 |   0.16 -+  0.21 |   0.37 -+  0.23 |
empt-0  LA-VLBA   Phs |  166.1 -+  25.8 |  105.5 -+  76.8 |   44.6 -+  34.9 |
empt-0  MATERA    Amp |   1.09 -+  1.38 |   0.30 -+  0.44 |   0.24 -+  0.45 |
empt-0  MATERA    Phs |   63.2 -+  72.4 |   -2.4 -+  82.8 |  134.1 -+ 107.0 |
empt-0  MEDICINA  Amp |   0.94 -+  1.31 |   0.30 -+  0.40 |   0.32 -+  0.42 |
empt-0  MEDICINA  Phs |   42.7 -+  79.6 |  175.5 -+  77.1 | -155.9 -+  74.7 |
empt-0  MK-VLBA   Amp |   1.65 -+  1.66 |   0.56 -+  0.49 |   0.71 -+  0.55 |
empt-0  MK-VLBA   Phs |   26.1 -+  56.8 |  -18.5 -+  50.3 | -164.4 -+  43.9 |
empt-0  MOJAVE12  Amp |   1.15 -+  1.40 |   0.44 -+  0.32 |   0.39 -+  0.37 |
empt-0  MOJAVE12  Phs |  -82.6 -+  69.7 |  118.0 -+  40.7 | -157.2 -+  55.6 |
empt-0  NL-VLBA   Amp |   1.92 -+  0.96 |   0.11 -+  0.22 |   0.08 -+  0.23 |
empt-0  NL-VLBA   Phs | -147.8 -+  28.6 | -115.5 -+ 107.1 |  108.0 -+ 169.9 |
empt-0  NOTO      Amp |   1.39 -+  2.90 |   0.37 -+  0.71 |   1.11 -+  0.63 |
empt-0  NOTO      Phs |  -28.4 -+ 120.2 |   45.3 -+ 108.1 |  -71.2 -+  32.6 |
empt-0  NRAO20    Amp |   1.39 -+  0.93 |   1.09 -+  0.26 |   0.61 -+  0.28 |
empt-0  NRAO20    Phs |  117.8 -+  38.5 |   28.1 -+  13.4 | -121.8 -+  26.0 |
empt-0  NRAO85 3  Amp |   0.60 -+  1.40 |   0.24 -+  0.31 |   0.40 -+  0.36 |
empt-0  NRAO85 3  Phs | -130.5 -+ 135.6 | -117.5 -+  73.3 |  157.9 -+  50.3 |
empt-0  NYALES20  Amp |   0.32 -+  0.96 |   0.12 -+  0.29 |   0.08 -+  0.31 |
empt-0  NYALES20  Phs |    6.3 -+ 170.0 |  -44.8 -+ 141.7 | -158.8 -+ 209.8 |
empt-0  ONSALA60  Amp |   2.43 -+  1.10 |   0.40 -+  0.36 |   0.38 -+  0.36 |
empt-0  ONSALA60  Phs |   94.4 -+  25.8 |   73.0 -+  51.1 |  117.1 -+  54.5 |
empt-0  OV-VLBA   Amp |   0.95 -+  0.96 |   0.10 -+  0.24 |   0.35 -+  0.25 |
empt-0  OV-VLBA   Phs |  141.4 -+  58.6 |   17.4 -+ 146.8 | -116.2 -+  41.8 |
empt-0  OVRO 130  Amp |   8.08 -+  6.69 |   1.28 -+  0.98 |   2.05 -+  1.31 |
empt-0  OVRO 130  Phs |  -79.0 -+  48.2 |    4.5 -+  43.7 |   42.5 -+  35.2 |
empt-0  PIETOWN   Amp |   1.34 -+  0.85 |   0.09 -+  0.22 |   0.16 -+  0.24 |
empt-0  PIETOWN   Phs | -148.3 -+  36.2 |  167.0 -+ 138.4 |  119.8 -+  87.2 |
empt-0  RICHMOND  Amp |   0.40 -+  1.84 |   0.21 -+  0.41 |   0.24 -+  0.45 |
empt-0  RICHMOND  Phs |  167.9 -+ 268.1 | -174.2 -+ 114.5 |  -66.9 -+ 106.3 |
empt-0  SANTIA12  Amp |   8.36 -+  6.92 |   2.05 -+  1.65 |   2.65 -+  1.80 |
empt-0  SANTIA12  Phs |   66.7 -+  47.2 |  -88.3 -+  46.0 | -131.1 -+  40.4 |
empt-0  SC-VLBA   Amp |   1.77 -+  2.01 |   1.36 -+  0.46 |   1.34 -+  0.50 |
empt-0  SC-VLBA   Phs |  117.4 -+  65.8 |  114.6 -+  19.5 |  113.4 -+  21.8 |
empt-0  SESHAN25  Amp |   4.25 -+  4.80 |   1.60 -+  1.20 |   0.94 -+  1.23 |
empt-0  SESHAN25  Phs | -177.9 -+  64.5 | -120.8 -+  42.5 |   20.6 -+  74.2 |
empt-0  TSUKUB32  Amp |   3.41 -+  2.83 |   0.73 -+  0.95 |   2.28 -+  1.00 |
empt-0  TSUKUB32  Phs | -172.2 -+  47.9 | -101.5 -+  75.1 |   96.6 -+  24.9 |
empt-0  VNDNBERG  Amp |   3.58 -+  4.48 |   0.37 -+  0.68 |   1.32 -+  0.91 |
empt-0  VNDNBERG  Phs |  177.3 -+  71.6 |   37.2 -+ 107.8 |  163.4 -+  39.0 |
empt-0  WESTFORD  Amp |   1.10 -+  0.69 |   0.20 -+  0.19 |   0.24 -+  0.22 |
empt-0  WESTFORD  Phs |  -66.8 -+  35.9 | -166.5 -+  52.9 |  161.5 -+  51.5 |
empt-0  WETTZELL  Amp |   0.35 -+  0.77 |   0.19 -+  0.35 |   0.21 -+  0.36 |
empt-0  WETTZELL  Phs |   88.1 -+ 126.2 |   43.3 -+ 103.9 |  -32.4 -+  95.9 |

Residual amplitudes and phases
Solution ID:     olc_17a ocean loading solution: 32 bands, wid
No apriori ocean loading were used
GOT00 reference theoretical model + SPOTL
Errors of theoretical model are from /users/pet/oclo_res/ocl.err
Full weight matrix for each station and wave
Schwiderski phase convention
Scales Up/East/North:   1.000  10.000  10.000 
Multiplicative band-dependent reweighting is applied
Reweighting coef. for zonal band       Up/East/North   2.020   1.472   1.472
Reweighting coef. for diurnal band     Up/East/North   1.614   1.505   1.505
Reweighting coef. for semidiurnal band Up/East/North   1.342   1.321   1.321
  
mtm     ALGOPARK  Amp |   1.72 -+  1.30 |   0.35 -+  0.31 |   0.48 -+  0.33 |
mtm     ALGOPARK  Phs |  167.1 -+  43.5 |  133.2 -+  48.3 | -169.7 -+  40.3 |
mtm     BR-VLBA   Amp |   2.67 -+  1.33 |   0.92 -+  0.31 |   0.36 -+  0.31 |
mtm     BR-VLBA   Phs |  128.3 -+  26.9 |  -60.0 -+  18.3 |  -67.5 -+  48.3 |
mtm     DSS45     Amp |   3.56 -+  4.91 |   2.50 -+  1.53 |   2.07 -+  1.70 |
mtm     DSS45     Phs | -159.3 -+  82.9 | -140.3 -+  35.5 |  139.1 -+  45.4 |
mtm     DSS65     Amp |   5.60 -+  4.00 |   0.40 -+  0.68 |   0.01 -+  0.84 |
mtm     DSS65     Phs |  -24.9 -+  40.3 |   21.8 -+  96.8 | -155.6 -+ ***** |
mtm     FD-VLBA   Amp |   0.16 -+  1.05 |   0.35 -+  0.28 |   0.51 -+  0.29 |
mtm     FD-VLBA   Phs |   56.4 -+ 454.1 |   59.7 -+  48.7 |  -13.3 -+  31.6 |
mtm     FORTLEZA  Amp |   2.28 -+  2.06 |   0.62 -+  0.72 |   0.82 -+  0.77 |
mtm     FORTLEZA  Phs |  -17.4 -+  55.4 |  171.6 -+  62.6 | -143.6 -+  52.9 |
mtm     GILCREEK  Amp |   0.44 -+  0.79 |   0.10 -+  0.25 |   0.24 -+  0.24 |
mtm     GILCREEK  Phs | -171.4 -+ 155.2 | -161.5 -+ 134.9 |  -44.9 -+  61.6 |
mtm     HARTRAO   Amp |   2.04 -+  3.47 |   1.68 -+  1.20 |   0.28 -+  1.28 |
mtm     HARTRAO   Phs |  -76.0 -+  98.4 |  100.5 -+  41.0 | -150.6 -+ 250.9 |
mtm     HATCREEK  Amp |   4.05 -+  3.99 |   0.27 -+  0.68 |   1.89 -+  0.79 |
mtm     HATCREEK  Phs | -119.6 -+  58.1 |  105.1 -+ 138.5 |   83.9 -+  24.0 |
mtm     HAYSTACK  Amp |   1.86 -+  4.61 |   1.30 -+  0.68 |   1.59 -+  0.87 |
mtm     HAYSTACK  Phs |  -82.9 -+ 141.1 | -151.0 -+  32.6 |   49.3 -+  33.5 |
mtm     HN-VLBA   Amp |   0.60 -+  1.69 |   0.74 -+  0.31 |   0.18 -+  0.42 |
mtm     HN-VLBA   Phs | -162.4 -+ 176.9 | -135.8 -+  27.9 |  -72.3 -+ 125.4 |
mtm     HOBART26  Amp |   9.29 -+  4.79 |   0.47 -+  1.42 |   2.45 -+  1.52 |
mtm     HOBART26  Phs |  167.0 -+  29.4 |  121.3 -+ 174.4 |   64.6 -+  36.0 |
mtm     HRAS 085  Amp |   1.05 -+  2.15 |   0.97 -+  0.40 |   0.24 -+  0.52 |
mtm     HRAS 085  Phs | -107.4 -+ 117.7 |   26.3 -+  24.7 |   45.6 -+ 128.9 |
mtm     KASHIM34  Amp |   3.66 -+  5.72 |   1.15 -+  1.46 |   1.86 -+  1.50 |
mtm     KASHIM34  Phs |  -88.9 -+  89.0 |   -6.8 -+  70.3 | -130.8 -+  49.4 |
mtm     KASHIMA   Amp |   0.88 -+  3.04 |   1.19 -+  0.94 |   1.79 -+  0.97 |
mtm     KASHIMA   Phs |   72.2 -+ 199.8 |  159.0 -+  44.4 |  -86.9 -+  30.8 |
mtm     KAUAI     Amp |   2.21 -+  2.27 |   0.77 -+  0.66 |   1.11 -+  0.70 |
mtm     KAUAI     Phs |    1.0 -+  59.6 |  111.5 -+  47.7 | -139.8 -+  38.6 |
mtm     KOKEE     Amp |   0.41 -+  1.30 |   0.36 -+  0.46 |   0.42 -+  0.55 |
mtm     KOKEE     Phs | -145.7 -+ 177.3 | -132.7 -+  75.3 |   11.8 -+  73.9 |
mtm     KP-VLBA   Amp |   2.85 -+  1.26 |   0.47 -+  0.33 |   0.10 -+  0.30 |
mtm     KP-VLBA   Phs |   81.3 -+  26.1 |  140.1 -+  36.8 |   -7.8 -+ 180.0 |
mtm     LA-VLBA   Amp |   0.80 -+  0.98 |   0.58 -+  0.25 |   0.20 -+  0.25 |
mtm     LA-VLBA   Phs |  152.8 -+  66.5 |   72.3 -+  25.5 |   69.3 -+  74.3 |
mtm     MATERA    Amp |   1.98 -+  1.64 |   0.35 -+  0.51 |   0.40 -+  0.53 |
mtm     MATERA    Phs |  -67.2 -+  47.5 | -165.0 -+  83.8 |  120.2 -+  75.3 |
mtm     MEDICINA  Amp |   2.74 -+  1.54 |   0.09 -+  0.47 |   0.41 -+  0.48 |
mtm     MEDICINA  Phs |  -37.5 -+  32.2 | -116.9 -+ 294.6 |  136.8 -+  66.8 |
mtm     MK-VLBA   Amp |   2.95 -+  2.10 |   0.67 -+  0.64 |   1.01 -+  0.61 |
mtm     MK-VLBA   Phs | -114.5 -+  43.3 |  -50.1 -+  51.3 | -136.6 -+  37.7 |
mtm     MOJAVE12  Amp |   1.27 -+  1.18 |   0.49 -+  0.28 |   0.53 -+  0.33 |
mtm     MOJAVE12  Phs |  -94.4 -+  53.4 |   70.0 -+  34.4 |   74.9 -+  36.3 |
mtm     NL-VLBA   Amp |   5.23 -+  1.43 |   0.70 -+  0.28 |   0.94 -+  0.29 |
mtm     NL-VLBA   Phs |  112.8 -+  15.0 | -113.0 -+  23.8 |  175.5 -+  17.3 |
mtm     NOTO      Amp |   5.78 -+  3.28 |   1.04 -+  0.80 |   1.02 -+  0.70 |
mtm     NOTO      Phs |   28.7 -+  34.0 |    0.1 -+  44.0 | -149.6 -+  41.4 |
mtm     NRAO20    Amp |   1.65 -+  1.35 |   0.19 -+  0.36 |   0.13 -+  0.39 |
mtm     NRAO20    Phs | -115.8 -+  47.3 |  -64.0 -+ 105.6 |  139.4 -+ 169.1 |
mtm     NRAO85 3  Amp |   1.73 -+  1.61 |   0.33 -+  0.36 |   0.18 -+  0.41 |
mtm     NRAO85 3  Phs |  155.0 -+  52.8 |  108.4 -+  61.5 |   82.7 -+ 127.7 |
mtm     NYALES20  Amp |   0.91 -+  1.16 |   0.28 -+  0.34 |   0.82 -+  0.34 |
mtm     NYALES20  Phs |  -49.2 -+  70.7 | -102.3 -+  69.3 |   -6.9 -+  23.9 |
mtm     ONSALA60  Amp |   1.13 -+  1.27 |   0.30 -+  0.41 |   0.34 -+  0.41 |
mtm     ONSALA60  Phs |   81.1 -+  60.5 |   -3.8 -+  84.4 |  -87.0 -+  70.5 |
mtm     OV-VLBA   Amp |   6.33 -+  1.38 |   0.09 -+  0.31 |   0.50 -+  0.32 |
mtm     OV-VLBA   Phs |  120.1 -+  11.7 |  -38.1 -+ 218.3 |  -38.4 -+  34.0 |
mtm     OVRO 130  Amp |   9.21 -+  5.87 |   1.14 -+  0.79 |   0.76 -+  1.02 |
mtm     OVRO 130  Phs |  131.2 -+  36.5 |  -62.4 -+  39.3 | -114.9 -+  77.4 |
mtm     PIETOWN   Amp |   1.21 -+  0.92 |   0.33 -+  0.26 |   0.42 -+  0.27 |
mtm     PIETOWN   Phs | -154.2 -+  45.4 |  166.3 -+  41.8 |  152.3 -+  35.4 |
mtm     RICHMOND  Amp |   0.92 -+  1.57 |   0.64 -+  0.37 |   0.37 -+  0.41 |
mtm     RICHMOND  Phs | -144.8 -+  89.9 |   28.8 -+  33.7 |   12.9 -+  62.6 |
mtm     SANTIA12  Amp |   8.77 -+  8.71 |   3.14 -+  2.34 |   2.44 -+  2.56 |
mtm     SANTIA12  Phs | -174.8 -+  57.6 |  -74.4 -+  41.5 |  -85.7 -+  59.8 |
mtm     SC-VLBA   Amp |   1.34 -+  2.76 |   1.76 -+  0.60 |   0.71 -+  0.76 |
mtm     SC-VLBA   Phs |   -4.6 -+ 130.6 | -122.6 -+  21.3 |  -54.3 -+  56.8 |
mtm     SESHAN25  Amp |   8.06 -+  5.07 |   0.92 -+  1.15 |   1.57 -+  1.25 |
mtm     SESHAN25  Phs |  -30.5 -+  35.4 | -156.6 -+  75.7 |   -5.5 -+  45.4 |
mtm     TSUKUB32  Amp |   2.90 -+  3.51 |   0.54 -+  1.02 |   0.81 -+  1.03 |
mtm     TSUKUB32  Phs | -127.8 -+  67.4 | -157.1 -+ 112.0 |   -3.5 -+  72.8 |
mtm     VNDNBERG  Amp |   3.32 -+  3.30 |   0.63 -+  0.56 |   1.53 -+  0.72 |
mtm     VNDNBERG  Phs |  -47.8 -+  58.3 | -117.7 -+  49.8 |  103.5 -+  27.0 |
mtm     WESTFORD  Amp |   1.20 -+  0.72 |   0.34 -+  0.19 |   0.21 -+  0.26 |
mtm     WESTFORD  Phs | -165.9 -+  35.2 |    9.6 -+  32.2 |  -77.3 -+  69.1 |
mtm     WETTZELL  Amp |   0.94 -+  0.91 |   0.27 -+  0.40 |   0.39 -+  0.40 |
mtm     WETTZELL  Phs |  -64.0 -+  54.4 |  -21.8 -+  86.9 |    5.9 -+  59.1 |

Residual amplitudes and phases
Solution ID:     olc_17a ocean loading solution: 32 bands, wid
No apriori ocean loading were used
GOT00 reference theoretical model + SPOTL
Errors of theoretical model are from /users/pet/oclo_res/ocl.err
Full weight matrix for each station and wave
Schwiderski phase convention
Scales Up/East/North:   1.000  10.000  10.000 
Multiplicative band-dependent reweighting is applied
Reweighting coef. for zonal band       Up/East/North   2.020   1.472   1.472
Reweighting coef. for diurnal band     Up/East/North   1.614   1.505   1.505
Reweighting coef. for semidiurnal band Up/East/North   1.342   1.321   1.321
  
mf      ALGOPARK  Amp |   1.94 -+  1.28 |   0.24 -+  0.29 |   0.32 -+  0.33 |
mf      ALGOPARK  Phs | -169.4 -+  41.8 |  -92.7 -+  77.8 |  167.0 -+  62.8 |
mf      BR-VLBA   Amp |   4.55 -+  1.29 |   0.41 -+  0.28 |   0.04 -+  0.28 |
mf      BR-VLBA   Phs |   40.1 -+  14.0 | -174.1 -+  30.4 |   76.2 -+ 186.5 |
mf      DSS45     Amp |   9.77 -+  5.36 |   1.53 -+  1.60 |   5.00 -+  1.70 |
mf      DSS45     Phs | -160.2 -+  32.2 |  140.4 -+  59.4 |  170.0 -+  19.0 |
mf      DSS65     Amp |   4.53 -+  3.70 |   1.34 -+  0.74 |   0.66 -+  0.92 |
mf      DSS65     Phs |  -21.1 -+  48.5 |  -83.6 -+  32.4 |   81.8 -+  76.4 |
mf      FD-VLBA   Amp |   2.22 -+  1.10 |   0.10 -+  0.30 |   0.81 -+  0.30 |
mf      FD-VLBA   Phs | -101.8 -+  25.7 |  -10.0 -+ 304.1 | -130.7 -+  21.0 |
mf      FORTLEZA  Amp |   1.14 -+  2.03 |   0.82 -+  0.71 |   0.24 -+  0.77 |
mf      FORTLEZA  Phs | -167.5 -+  51.3 |  -58.6 -+  57.3 |   78.4 -+ 172.5 |
mf      GILCREEK  Amp |   1.12 -+  0.81 |   0.47 -+  0.25 |   0.50 -+  0.23 |
mf      GILCREEK  Phs | -146.3 -+ 142.5 |  -25.5 -+  36.3 |  -52.7 -+  41.2 |
mf      HARTRAO   Amp |   3.72 -+  3.60 |   1.69 -+  1.20 |   1.95 -+  1.27 |
mf      HARTRAO   Phs |   86.5 -+  56.6 |  -14.4 -+  40.6 |  145.1 -+  37.1 |
mf      HATCREEK  Amp |   0.79 -+  4.17 |   1.26 -+  0.72 |   1.01 -+  0.71 |
mf      HATCREEK  Phs |  135.6 -+ 429.8 |  -73.4 -+  34.9 | -157.9 -+  42.6 |
mf      HAYSTACK  Amp |   3.56 -+  4.32 |   0.43 -+  0.86 |   0.38 -+  1.04 |
mf      HAYSTACK  Phs |   69.2 -+  60.8 | -139.2 -+ 109.9 |   35.3 -+ 129.0 |
mf      HN-VLBA   Amp |   1.07 -+  1.82 |   1.38 -+  0.34 |   0.77 -+  0.40 |
mf      HN-VLBA   Phs |    5.6 -+  85.0 |  100.8 -+  14.3 |   17.6 -+  27.0 |
mf      HOBART26  Amp |   3.59 -+  4.71 |   1.59 -+  1.42 |   3.77 -+  1.59 |
mf      HOBART26  Phs | -156.5 -+  88.7 |  139.3 -+  53.5 |  159.5 -+  23.6 |
mf      HRAS 085  Amp |   2.19 -+  2.21 |   0.74 -+  0.41 |   0.18 -+  0.55 |
mf      HRAS 085  Phs |  -48.4 -+  59.5 |  170.8 -+  29.4 |   61.5 -+ 148.5 |
mf      KASHIM34  Amp |   7.36 -+  6.32 |   0.97 -+  1.52 |   2.76 -+  1.79 |
mf      KASHIM34  Phs |   32.5 -+  44.8 |  -51.5 -+  88.2 |    3.9 -+  36.6 |
mf      KASHIMA   Amp |   3.95 -+  3.14 |   0.70 -+  0.97 |   1.57 -+  0.94 |
mf      KASHIMA   Phs |   71.0 -+  45.8 |  -21.4 -+  68.4 |  176.5 -+  35.0 |
mf      KAUAI     Amp |   2.45 -+  2.31 |   0.49 -+  0.64 |   1.23 -+  0.76 |
mf      KAUAI     Phs | -143.1 -+  44.3 |   -7.5 -+  77.5 |   10.8 -+  32.1 |
mf      KOKEE     Amp |   0.80 -+  1.36 |   0.20 -+  0.47 |   0.91 -+  0.53 |
mf      KOKEE     Phs |   64.0 -+ 201.9 |  167.8 -+ 133.8 |  -30.9 -+  31.7 |
mf      KP-VLBA   Amp |   2.06 -+  1.40 |   0.48 -+  0.32 |   0.50 -+  0.31 |
mf      KP-VLBA   Phs | -154.0 -+  33.0 |   10.1 -+  40.4 |   90.5 -+  33.2 |
mf      LA-VLBA   Amp |   2.14 -+  1.01 |   0.29 -+  0.24 |   0.30 -+  0.26 |
mf      LA-VLBA   Phs | -135.9 -+  24.5 |   99.0 -+  40.2 | -155.1 -+  51.3 |
mf      MATERA    Amp |   2.74 -+  1.68 |   0.17 -+  0.51 |   0.27 -+  0.55 |
mf      MATERA    Phs |   62.4 -+  33.4 |  -12.3 -+ 192.0 |  -77.7 -+ 113.8 |
mf      MEDICINA  Amp |   1.26 -+  1.50 |   0.73 -+  0.46 |   0.80 -+  0.46 |
mf      MEDICINA  Phs |  -97.4 -+  71.6 |  -24.5 -+  37.9 |  -55.8 -+  34.8 |
mf      MK-VLBA   Amp |   2.07 -+  2.18 |   1.03 -+  0.67 |   1.66 -+  0.68 |
mf      MK-VLBA   Phs |    5.0 -+  78.0 | -143.0 -+  33.9 |  174.5 -+  25.3 |
mf      MOJAVE12  Amp |   1.28 -+  1.25 |   0.51 -+  0.28 |   0.05 -+  0.35 |
mf      MOJAVE12  Phs | -112.7 -+  50.9 |  -56.7 -+  40.0 |   41.3 -+ 216.2 |
mf      NL-VLBA   Amp |   1.96 -+  1.30 |   0.51 -+  0.29 |   0.67 -+  0.31 |
mf      NL-VLBA   Phs | -105.7 -+  38.1 |   47.5 -+  30.7 |   62.0 -+  24.5 |
mf      NOTO      Amp |   1.51 -+  3.53 |   2.57 -+  0.89 |   0.89 -+  0.75 |
mf      NOTO      Phs |  166.0 -+ 152.2 |  -66.3 -+  19.6 |   -8.1 -+  48.3 |
mf      NRAO20    Amp |   0.50 -+  1.34 |   0.70 -+  0.34 |   0.91 -+  0.37 |
mf      NRAO20    Phs |   11.1 -+ 168.6 |  155.9 -+  26.6 |  -18.2 -+  23.2 |
mf      NRAO85 3  Amp |   0.58 -+  1.59 |   0.21 -+  0.35 |   0.16 -+  0.40 |
mf      NRAO85 3  Phs |  -15.2 -+ 180.4 |  -40.1 -+ 127.1 | -121.6 -+ 161.9 |
mf      NYALES20  Amp |   0.93 -+  1.16 |   0.18 -+  0.34 |   0.27 -+  0.34 |
mf      NYALES20  Phs |   33.8 -+  24.8 |  118.6 -+  99.9 |  155.6 -+  78.0 |
mf      ONSALA60  Amp |   2.92 -+  1.33 |   0.14 -+  0.42 |   1.23 -+  0.40 |
mf      ONSALA60  Phs | -153.4 -+  37.2 |  -91.2 -+ 119.4 |  113.4 -+  18.9 |
mf      OV-VLBA   Amp |   3.81 -+  1.46 |   0.51 -+  0.29 |   0.26 -+  0.29 |
mf      OV-VLBA   Phs |   44.1 -+  19.5 | -158.3 -+  28.6 |  118.9 -+  61.3 |
mf      OVRO 130  Amp |   5.17 -+  5.84 |   1.35 -+  0.76 |   2.02 -+  1.03 |
mf      OVRO 130  Phs |   73.3 -+  64.9 |  -68.6 -+  35.7 |  -92.5 -+  29.6 |
mf      PIETOWN   Amp |   1.07 -+  0.99 |   0.75 -+  0.27 |   1.02 -+  0.27 |
mf      PIETOWN   Phs |  -81.6 -+  50.7 |   46.5 -+  19.7 |   63.8 -+  14.5 |
mf      RICHMOND  Amp |   2.22 -+  1.62 |   0.61 -+  0.38 |   0.43 -+  0.43 |
mf      RICHMOND  Phs |    1.7 -+  61.9 | -112.6 -+  36.1 | -132.0 -+  60.0 |
mf      SANTIA12  Amp |   8.86 -+  8.45 |   1.91 -+  2.22 |   2.11 -+  2.59 |
mf      SANTIA12  Phs |  -66.4 -+  56.6 |  102.9 -+  65.5 |   -9.4 -+  76.1 |
mf      SC-VLBA   Amp |   6.89 -+  2.68 |   2.11 -+  0.59 |   1.50 -+  0.74 |
mf      SC-VLBA   Phs |  129.2 -+  21.4 |  137.9 -+  16.7 | -126.5 -+  26.2 |
mf      SESHAN25  Amp |   1.19 -+  5.47 |   1.81 -+  1.36 |   0.36 -+  1.32 |
mf      SESHAN25  Phs | -161.9 -+ 239.9 |   56.0 -+  41.5 |  160.3 -+ 218.1 |
mf      TSUKUB32  Amp |   6.41 -+  2.74 |   2.36 -+  0.99 |   1.73 -+  1.27 |
mf      TSUKUB32  Phs |  -41.6 -+  28.9 |  106.3 -+  27.1 | -126.3 -+  37.1 |
mf      VNDNBERG  Amp |   1.86 -+  3.41 |   1.95 -+  0.54 |   0.78 -+  0.68 |
mf      VNDNBERG  Phs | -133.3 -+  99.1 | -110.2 -+  16.2 |    3.3 -+  47.4 |
mf      WESTFORD  Amp |   0.28 -+  0.75 |   0.18 -+  0.19 |   0.61 -+  0.26 |
mf      WESTFORD  Phs |  107.7 -+ 107.1 |  -74.1 -+  78.2 | -112.9 -+  24.6 |
mf      WETTZELL  Amp |   0.67 -+  0.94 |   0.05 -+  0.41 |   0.37 -+  0.41 |
mf      WETTZELL  Phs |  139.4 -+  96.0 |  -95.4 -+ 307.0 |    6.1 -+  61.5 |

Residual amplitudes and phases
Solution ID:     olc_17a ocean loading solution: 32 bands, wid
No apriori ocean loading were used
GOT00 reference theoretical model + SPOTL
Errors of theoretical model are from /users/pet/oclo_res/ocl.err
Full weight matrix for each station and wave
Schwiderski phase convention
Scales Up/East/North:   1.000  10.000  10.000 
Multiplicative band-dependent reweighting is applied
Reweighting coef. for zonal band       Up/East/North   2.020   1.472   1.472
Reweighting coef. for diurnal band     Up/East/North   1.614   1.505   1.505
Reweighting coef. for semidiurnal band Up/East/North   1.342   1.321   1.321
  
mm      ALGOPARK  Amp |   0.66 -+  0.98 |   0.40 -+  0.25 |   0.20 -+  0.27 |
mm      ALGOPARK  Phs |    5.1 -+  69.3 | -168.6 -+  36.8 |  -21.7 -+  72.6 |
mm      BR-VLBA   Amp |   1.59 -+  0.90 |   0.39 -+  0.23 |   0.19 -+  0.24 |
mm      BR-VLBA   Phs |  160.1 -+  38.5 |  -49.9 -+  38.1 |    9.8 -+  66.6 |
mm      DSS45     Amp |   4.26 -+  3.99 |   5.45 -+  1.22 |   2.42 -+  1.33 |
mm      DSS45     Phs |  151.0 -+  54.3 |  155.3 -+  12.9 |  173.6 -+  30.3 |
mm      DSS65     Amp |   4.00 -+  3.42 |   0.90 -+  0.64 |   0.64 -+  0.72 |
mm      DSS65     Phs |  -15.1 -+  46.4 | -170.2 -+  40.7 | -116.9 -+  65.2 |
mm      FD-VLBA   Amp |   2.94 -+  0.87 |   0.21 -+  0.24 |   0.22 -+  0.27 |
mm      FD-VLBA   Phs |  170.5 -+  16.6 |  -18.1 -+  69.2 |  -11.6 -+  64.4 |
mm      FORTLEZA  Amp |   0.97 -+  1.48 |   0.50 -+  0.58 |   0.48 -+  0.61 |
mm      FORTLEZA  Phs |  159.1 -+  55.7 |   93.3 -+  63.0 |   23.3 -+  87.6 |
mm      GILCREEK  Amp |   0.56 -+  0.72 |   0.09 -+  0.25 |   0.24 -+  0.21 |
mm      GILCREEK  Phs |   64.0 -+  39.5 |   85.9 -+ 146.7 |  -21.4 -+  56.1 |
mm      HARTRAO   Amp |   2.39 -+  2.66 |   0.69 -+  1.00 |   2.45 -+  1.00 |
mm      HARTRAO   Phs |  -44.6 -+  66.5 |  -92.9 -+  81.6 |   61.6 -+  23.3 |
mm      HATCREEK  Amp |   8.34 -+  6.29 |   0.48 -+  1.04 |   1.30 -+  1.16 |
mm      HATCREEK  Phs |   82.0 -+  43.3 |  160.5 -+ 115.3 | -101.0 -+  52.3 |
mm      HAYSTACK  Amp |   4.12 -+  6.60 |   1.03 -+  1.50 |   0.74 -+  1.85 |
mm      HAYSTACK  Phs |   -3.3 -+  89.9 |   88.8 -+  82.2 | -110.8 -+ 147.1 |
mm      HN-VLBA   Amp |   1.74 -+  1.24 |   0.01 -+  0.29 |   0.76 -+  0.29 |
mm      HN-VLBA   Phs |  -18.5 -+  40.3 |  101.0 -+ 618.9 |  128.3 -+  22.6 |
mm      HOBART26  Amp |   3.79 -+  3.64 |   4.29 -+  1.16 |   1.63 -+  1.28 |
mm      HOBART26  Phs |  -10.5 -+  51.1 | -167.8 -+  15.5 | -175.5 -+  42.4 |
mm      HRAS 085  Amp |   1.04 -+  3.31 |   0.99 -+  0.56 |   1.30 -+  0.75 |
mm      HRAS 085  Phs | -130.1 -+ 167.9 |  -72.1 -+  32.9 |  179.0 -+  33.5 |
mm      KASHIM34  Amp |   8.51 -+  5.53 |   1.75 -+  1.83 |   0.40 -+  1.86 |
mm      KASHIM34  Phs |   -4.4 -+  36.7 |   74.4 -+  61.0 |   97.4 -+ 256.3 |
mm      KASHIMA   Amp |   3.23 -+  3.32 |   1.46 -+  0.92 |   2.21 -+  1.00 |
mm      KASHIMA   Phs | -102.1 -+  57.3 |   28.3 -+  34.1 |   78.0 -+  25.2 |
mm      KAUAI     Amp |   2.51 -+  2.51 |   1.43 -+  0.71 |   0.53 -+  0.78 |
mm      KAUAI     Phs |  100.3 -+  58.4 |  -48.6 -+  28.1 |  -70.1 -+  80.1 |
mm      KOKEE     Amp |   1.03 -+  1.04 |   0.60 -+  0.42 |   0.38 -+  0.48 |
mm      KOKEE     Phs |  -61.1 -+  56.0 |   97.9 -+  40.1 |   78.0 -+  69.2 |
mm      KP-VLBA   Amp |   1.04 -+  1.03 |   0.42 -+  0.26 |   0.16 -+  0.28 |
mm      KP-VLBA   Phs |   17.6 -+  60.5 |   85.8 -+  33.0 |   58.5 -+  84.5 |
mm      LA-VLBA   Amp |   2.06 -+  0.81 |   0.14 -+  0.22 |   0.20 -+  0.24 |
mm      LA-VLBA   Phs |  178.6 -+  22.5 | -133.1 -+  91.3 |  -81.7 -+  72.2 |
mm      MATERA    Amp |   2.84 -+  1.29 |   0.38 -+  0.45 |   0.36 -+  0.46 |
mm      MATERA    Phs | -139.7 -+  27.6 |  -78.3 -+  67.9 |  -72.8 -+  74.6 |
mm      MEDICINA  Amp |   1.35 -+  1.20 |   0.35 -+  0.39 |   0.64 -+  0.40 |
mm      MEDICINA  Phs | -178.3 -+  61.1 |    0.9 -+  68.1 | -155.2 -+  35.6 |
mm      MK-VLBA   Amp |   3.36 -+  1.63 |   0.62 -+  0.49 |   1.18 -+  0.55 |
mm      MK-VLBA   Phs | -131.2 -+  24.2 |   21.8 -+  44.5 |   33.3 -+  25.3 |
mm      MOJAVE12  Amp |   1.09 -+  1.59 |   0.74 -+  0.35 |   0.62 -+  0.41 |
mm      MOJAVE12  Phs |  146.9 -+  80.2 |  -90.5 -+  27.3 | -110.9 -+  40.9 |
mm      NL-VLBA   Amp |   2.84 -+  0.92 |   0.14 -+  0.22 |   0.49 -+  0.25 |
mm      NL-VLBA   Phs |  100.6 -+  18.6 |  -58.8 -+ 105.6 |  140.3 -+  28.9 |
mm      NOTO      Amp |   4.56 -+  2.91 |   0.64 -+  0.71 |   0.20 -+  0.61 |
mm      NOTO      Phs | -130.2 -+  36.2 |   62.8 -+  63.4 |  102.9 -+ 171.5 |
mm      NRAO20    Amp |   2.21 -+  0.97 |   0.34 -+  0.26 |   0.55 -+  0.29 |
mm      NRAO20    Phs | -162.4 -+  24.6 |  164.9 -+  44.2 |    9.6 -+  29.0 |
mm      NRAO85 3  Amp |   1.16 -+  1.43 |   1.15 -+  0.33 |   0.31 -+  0.37 |
mm      NRAO85 3  Phs |   29.1 -+  68.3 |   51.7 -+  15.7 |   99.3 -+  67.4 |
mm      NYALES20  Amp |   2.03 -+  0.91 |   0.32 -+  0.29 |   0.23 -+  0.29 |
mm      NYALES20  Phs | -124.2 -+  40.0 |   -4.3 -+  63.1 |   -2.4 -+  66.9 |
mm      ONSALA60  Amp |   1.86 -+  1.06 |   0.53 -+  0.35 |   0.75 -+  0.38 |
mm      ONSALA60  Phs |  -29.5 -+  26.0 |  -12.4 -+  43.5 |  -90.8 -+  29.7 |
mm      OV-VLBA   Amp |   2.09 -+  0.98 |   0.23 -+  0.24 |   0.18 -+  0.27 |
mm      OV-VLBA   Phs |  164.0 -+  27.7 |  -22.8 -+  69.8 |  -72.8 -+  86.6 |
mm      OVRO 130  Amp |   9.98 -+  8.53 |   1.47 -+  1.12 |   2.72 -+  1.61 |
mm      OVRO 130  Phs | -155.2 -+  47.9 |  111.5 -+  44.1 |   79.0 -+  33.2 |
mm      PIETOWN   Amp |   3.00 -+  0.83 |   0.10 -+  0.23 |   0.30 -+  0.25 |
mm      PIETOWN   Phs |  118.5 -+  16.2 |   87.7 -+ 112.0 |  174.0 -+  49.9 |
mm      RICHMOND  Amp |   2.47 -+  1.98 |   0.21 -+  0.43 |   0.57 -+  0.49 |
mm      RICHMOND  Phs |   82.0 -+  46.1 |  173.2 -+ 114.0 | -144.6 -+  50.2 |
mm      SANTIA12  Amp |   4.94 -+  6.71 |   1.92 -+  1.55 |   2.39 -+  1.70 |
mm      SANTIA12  Phs |  -27.1 -+  76.7 |   96.4 -+  45.6 | -116.4 -+  40.8 |
mm      SC-VLBA   Amp |   4.06 -+  1.88 |   1.66 -+  0.47 |   0.23 -+  0.52 |
mm      SC-VLBA   Phs |  158.1 -+  24.2 |  164.2 -+  16.4 |  102.3 -+ 127.1 |
mm      SESHAN25  Amp |   8.76 -+  4.29 |   1.57 -+  1.14 |   0.20 -+  1.17 |
mm      SESHAN25  Phs |  161.5 -+  27.9 |   43.9 -+  41.9 |   42.4 -+ 323.9 |
mm      TSUKUB32  Amp |   2.72 -+  3.20 |   1.06 -+  1.00 |   2.16 -+  0.99 |
mm      TSUKUB32  Phs |   95.4 -+  68.9 |  120.7 -+  55.9 | -126.9 -+  27.0 |
mm      VNDNBERG  Amp |   5.67 -+  5.30 |   1.60 -+  0.79 |   1.14 -+  1.07 |
mm      VNDNBERG  Phs |    1.8 -+  53.7 |  -63.9 -+  28.9 |  140.6 -+  54.2 |
mm      WESTFORD  Amp |   1.21 -+  0.71 |   0.37 -+  0.20 |   0.25 -+  0.23 |
mm      WESTFORD  Phs |   16.6 -+  30.8 | -136.3 -+  32.7 |  -78.9 -+  52.4 |
mm      WETTZELL  Amp |   0.22 -+  0.75 |   0.19 -+  0.36 |   0.22 -+  0.36 |
mm      WETTZELL  Phs | -102.6 -+ 145.9 |  -53.3 -+ 120.3 | -154.3 -+  95.7 |

Residual amplitudes and phases
Solution ID:     olc_17a ocean loading solution: 32 bands, wid
No apriori ocean loading were used
GOT00 reference theoretical model + SPOTL
Errors of theoretical model are from /users/pet/oclo_res/ocl.err
Full weight matrix for each station and wave
Schwiderski phase convention
Scales Up/East/North:   1.000  10.000  10.000 
Multiplicative band-dependent reweighting is applied
Reweighting coef. for zonal band       Up/East/North   2.020   1.472   1.472
Reweighting coef. for diurnal band     Up/East/North   1.614   1.505   1.505
Reweighting coef. for semidiurnal band Up/East/North   1.342   1.321   1.321
  
ssa     ALGOPARK  Amp |   1.29 -+  1.11 |   0.22 -+  0.27 |   0.26 -+  0.29 |
ssa     ALGOPARK  Phs |  161.8 -+  55.3 |  -80.8 -+  65.9 |  -73.4 -+  62.5 |
ssa     BR-VLBA   Amp |   0.64 -+  1.02 |   1.14 -+  0.27 |   0.26 -+  0.28 |
ssa     BR-VLBA   Phs |  -74.0 -+  77.4 | -178.7 -+  13.4 |   12.4 -+  55.7 |
ssa     DSS45     Amp |   1.31 -+  3.89 |   3.30 -+  1.29 |   1.05 -+  1.42 |
ssa     DSS45     Phs | -155.1 -+ 200.8 | -104.6 -+  23.6 |    7.0 -+  85.5 |
ssa     DSS65     Amp |   3.37 -+  3.29 |   0.88 -+  0.60 |   1.68 -+  0.69 |
ssa     DSS65     Phs | -143.2 -+  56.7 |  162.4 -+  39.3 |  -54.8 -+  24.4 |
ssa     FD-VLBA   Amp |   0.47 -+  0.96 |   0.30 -+  0.25 |   0.30 -+  0.30 |
ssa     FD-VLBA   Phs |  104.7 -+ 107.0 |   93.3 -+  47.4 |  134.0 -+  59.1 |
ssa     FORTLEZA  Amp |   0.87 -+  1.63 |   0.50 -+  0.64 |   0.25 -+  0.64 |
ssa     FORTLEZA  Phs | -110.0 -+  80.9 | -150.6 -+  67.2 |   55.3 -+ 168.1 |
ssa     GILCREEK  Amp |   2.63 -+  0.77 |   1.11 -+  0.29 |   0.42 -+  0.24 |
ssa     GILCREEK  Phs |  -78.4 -+  15.5 |  -18.4 -+  14.9 |  -49.9 -+  31.0 |
ssa     HARTRAO   Amp |   3.30 -+  2.91 |   1.21 -+  1.03 |   1.37 -+  1.08 |
ssa     HARTRAO   Phs |   51.1 -+  51.1 |   41.0 -+  49.2 |  -16.6 -+  45.9 |
ssa     HATCREEK  Amp |   6.33 -+ 10.19 |   1.17 -+  1.48 |   1.45 -+  1.82 |
ssa     HATCREEK  Phs |  178.6 -+  93.3 |   14.6 -+  76.3 |  164.0 -+  70.2 |
ssa     HAYSTACK  Amp |   3.74 -+  7.77 |   3.18 -+  1.71 |   1.68 -+  2.12 |
ssa     HAYSTACK  Phs |  -53.8 -+ 114.4 |   -4.5 -+  30.7 |  158.5 -+  74.8 |
ssa     HN-VLBA   Amp |   2.12 -+  1.31 |   0.47 -+  0.32 |   0.98 -+  0.29 |
ssa     HN-VLBA   Phs | -134.7 -+  37.2 | -174.1 -+  43.2 |   71.8 -+  16.9 |
ssa     HOBART26  Amp |   2.56 -+  3.74 |   2.48 -+  1.20 |   0.87 -+  1.34 |
ssa     HOBART26  Phs | -107.5 -+  86.8 | -129.7 -+  28.4 |  122.7 -+  81.6 |
ssa     HRAS 085  Amp |   4.17 -+  3.25 |   0.97 -+  0.55 |   1.11 -+  0.75 |
ssa     HRAS 085  Phs |   92.9 -+  44.8 |  -93.0 -+  32.6 |  -24.8 -+  39.1 |
ssa     KASHIM34  Amp |   6.64 -+  6.54 |   1.83 -+  1.91 |   3.54 -+  1.62 |
ssa     KASHIM34  Phs | -112.3 -+  53.9 |   77.5 -+  59.3 | -162.1 -+  26.0 |
ssa     KASHIMA   Amp |   4.17 -+  3.21 |   1.75 -+  0.93 |   0.14 -+  0.91 |
ssa     KASHIMA   Phs |  -32.0 -+  42.3 |   11.1 -+  31.2 | -146.6 -+ 500.7 |
ssa     KAUAI     Amp |   2.18 -+  2.64 |   1.47 -+  0.77 |   0.76 -+  0.76 |
ssa     KAUAI     Phs | -163.6 -+  59.5 |   19.5 -+  29.4 |  117.1 -+  60.3 |
ssa     KOKEE     Amp |   0.32 -+  1.09 |   0.84 -+  0.47 |   0.52 -+  0.53 |
ssa     KOKEE     Phs |  -34.3 -+ 308.3 |   -5.2 -+  31.7 |  170.2 -+  64.8 |
ssa     KP-VLBA   Amp |   2.22 -+  1.10 |   0.56 -+  0.26 |   0.43 -+  0.32 |
ssa     KP-VLBA   Phs | -166.0 -+  27.3 |  104.7 -+  26.8 |  -34.8 -+  40.2 |
ssa     LA-VLBA   Amp |   1.10 -+  0.84 |   0.13 -+  0.22 |   0.29 -+  0.26 |
ssa     LA-VLBA   Phs |  -86.8 -+  43.9 |  101.1 -+ 103.0 | -135.3 -+  56.8 |
ssa     MATERA    Amp |   3.10 -+  1.36 |   0.27 -+  0.47 |   0.22 -+  0.48 |
ssa     MATERA    Phs |  -57.8 -+  24.5 |   20.0 -+ 105.6 |  139.2 -+ 119.4 |
ssa     MEDICINA  Amp |   2.50 -+  1.23 |   0.22 -+  0.42 |   0.67 -+  0.44 |
ssa     MEDICINA  Phs |  -74.1 -+  27.6 |  -36.7 -+ 122.4 |  -24.5 -+  38.2 |
ssa     MK-VLBA   Amp |   1.43 -+  1.67 |   0.78 -+  0.50 |   1.05 -+  0.59 |
ssa     MK-VLBA   Phs | -107.4 -+  58.5 |   82.0 -+  36.5 |  151.9 -+  33.6 |
ssa     MOJAVE12  Amp |   1.61 -+  1.54 |   1.02 -+  0.38 |   0.08 -+  0.42 |
ssa     MOJAVE12  Phs | -143.1 -+  57.0 |  -41.2 -+  20.0 |  -99.8 -+ 314.8 |
ssa     NL-VLBA   Amp |   3.16 -+  1.08 |   0.65 -+  0.24 |   0.51 -+  0.27 |
ssa     NL-VLBA   Phs |  -23.2 -+  19.0 |  134.3 -+  21.7 |   44.3 -+  28.8 |
ssa     NOTO      Amp |   1.33 -+  2.97 |   1.37 -+  0.72 |   0.74 -+  0.69 |
ssa     NOTO      Phs | -136.5 -+ 132.5 | -168.2 -+  29.7 | -171.1 -+  52.3 |
ssa     NRAO20    Amp |   0.88 -+  1.01 |   0.37 -+  0.28 |   0.20 -+  0.30 |
ssa     NRAO20    Phs | -175.4 -+  68.8 |    0.3 -+  41.3 | -124.7 -+  90.4 |
ssa     NRAO85 3  Amp |   1.69 -+  1.49 |   0.55 -+  0.33 |   0.34 -+  0.39 |
ssa     NRAO85 3  Phs |   54.9 -+  49.5 |   72.2 -+  33.6 | -159.0 -+  68.7 |
ssa     NYALES20  Amp |   2.57 -+  0.96 |   0.24 -+  0.33 |   0.59 -+  0.31 |
ssa     NYALES20  Phs |  -56.7 -+  16.9 |   31.4 -+  94.9 |  117.2 -+  30.7 |
ssa     ONSALA60  Amp |   3.57 -+  1.13 |   0.55 -+  0.39 |   0.68 -+  0.39 |
ssa     ONSALA60  Phs |  -88.2 -+  17.8 |  -38.8 -+  44.9 | -137.1 -+  33.5 |
ssa     OV-VLBA   Amp |   0.77 -+  1.15 |   0.20 -+  0.26 |   0.52 -+  0.30 |
ssa     OV-VLBA   Phs |   -4.6 -+  83.0 |  117.0 -+  72.1 |   35.1 -+  31.5 |
ssa     OVRO 130  Amp |  10.02 -+ 12.15 |   3.54 -+  1.54 |   2.29 -+  2.38 |
ssa     OVRO 130  Phs |   66.4 -+  67.2 |  -60.8 -+  26.3 | -154.1 -+  55.4 |
ssa     PIETOWN   Amp |   3.20 -+  0.94 |   0.32 -+  0.26 |   0.03 -+  0.30 |
ssa     PIETOWN   Phs |   48.1 -+  17.1 |  160.4 -+  48.1 |   28.7 -+ 351.4 |
ssa     RICHMOND  Amp |   2.85 -+  1.94 |   0.56 -+  0.42 |   1.46 -+  0.47 |
ssa     RICHMOND  Phs |  102.1 -+  38.2 | -114.2 -+  44.0 |  -83.2 -+  18.4 |
ssa     SANTIA12  Amp |   4.62 -+  6.65 |   1.73 -+  1.88 |   2.98 -+  2.17 |
ssa     SANTIA12  Phs |  -94.8 -+  81.8 |  -21.8 -+  62.9 |  175.3 -+  41.2 |
ssa     SC-VLBA   Amp |   1.49 -+  1.97 |   0.36 -+  0.55 |   0.27 -+  0.56 |
ssa     SC-VLBA   Phs |  -69.7 -+  80.0 |  174.2 -+  89.6 |  130.4 -+ 115.6 |
ssa     SESHAN25  Amp |   6.64 -+  4.93 |   1.56 -+  1.22 |   1.00 -+  1.28 |
ssa     SESHAN25  Phs | -113.1 -+  44.5 |   70.9 -+  44.8 | -165.8 -+  74.3 |
ssa     TSUKUB32  Amp |   5.27 -+  2.79 |   2.11 -+  0.87 |   1.35 -+  0.87 |
ssa     TSUKUB32  Phs |  112.5 -+  29.7 | -135.2 -+  23.9 |  -95.3 -+  36.9 |
ssa     VNDNBERG  Amp |  11.44 -+  7.80 |   3.53 -+  0.96 |   0.84 -+  1.34 |
ssa     VNDNBERG  Phs | -168.5 -+  40.0 |  -56.7 -+  14.0 |   28.4 -+  94.2 |
ssa     WESTFORD  Amp |   0.68 -+  0.80 |   0.27 -+  0.23 |   0.40 -+  0.26 |
ssa     WESTFORD  Phs |  168.3 -+  85.9 |  -53.9 -+  43.6 | -150.9 -+  38.7 |
ssa     WETTZELL  Amp |   2.18 -+  0.79 |   0.38 -+  0.37 |   0.27 -+  0.39 |
ssa     WETTZELL  Phs |  -50.4 -+  19.2 |  -46.6 -+  59.4 |  140.6 -+  84.7 |

Residual amplitudes and phases
Solution ID:     olc_17a ocean loading solution: 32 bands, wid
No apriori ocean loading were used
GOT00 reference theoretical model + SPOTL
Errors of theoretical model are from /users/pet/oclo_res/ocl.err
Full weight matrix for each station and wave
Schwiderski phase convention
Scales Up/East/North:   1.000  10.000  10.000 
Multiplicative band-dependent reweighting is applied
Reweighting coef. for zonal band       Up/East/North   2.020   1.472   1.472
Reweighting coef. for diurnal band     Up/East/North   1.614   1.505   1.505
Reweighting coef. for semidiurnal band Up/East/North   1.342   1.321   1.321
  
sa      ALGOPARK  Amp |   5.59 -+  1.13 |   0.33 -+  0.28 |   1.05 -+  0.30 |
sa      ALGOPARK  Phs | -127.6 -+  11.5 |  -31.9 -+  51.3 |  104.0 -+  16.6 |
sa      BR-VLBA   Amp |   8.97 -+  1.05 |   0.87 -+  0.24 |   0.47 -+  0.25 |
sa      BR-VLBA   Phs |  -86.0 -+   6.7 |  143.0 -+  17.2 |  -71.8 -+  32.7 |
sa      DSS45     Amp |   4.24 -+  4.71 |   1.81 -+  1.48 |   1.84 -+  1.48 |
sa      DSS45     Phs |   -3.2 -+  63.3 | -161.5 -+  46.7 | -139.3 -+  46.4 |
sa      DSS65     Amp |   8.55 -+  3.51 |   1.58 -+  0.64 |   2.06 -+  0.74 |
sa      DSS65     Phs | -176.7 -+  23.3 |  178.1 -+  23.3 |  -12.7 -+  21.0 |
sa      FD-VLBA   Amp |   3.64 -+  1.09 |   0.92 -+  0.29 |   0.92 -+  0.31 |
sa      FD-VLBA   Phs | -158.1 -+  16.3 | -119.3 -+  16.9 |  -95.5 -+  18.9 |
sa      FORTLEZA  Amp |   0.95 -+  2.11 |   0.29 -+  0.62 |   2.21 -+  0.68 |
sa      FORTLEZA  Phs |   13.1 -+ 130.3 |  102.9 -+ 124.1 |  144.4 -+  17.8 |
sa      GILCREEK  Amp |   2.06 -+  0.81 |   0.91 -+  0.30 |   2.54 -+  0.24 |
sa      GILCREEK  Phs | -121.0 -+  22.1 |   28.2 -+  18.1 |   78.9 -+   5.2 |
sa      HARTRAO   Amp |   2.72 -+  3.17 |   0.90 -+  1.06 |   2.65 -+  1.09 |
sa      HARTRAO   Phs |   28.1 -+  68.4 |  -73.8 -+  67.3 | -118.0 -+  23.7 |
sa      HATCREEK  Amp |   5.67 -+  5.85 |   0.93 -+  1.07 |   1.34 -+  1.23 |
sa      HATCREEK  Phs |  -67.7 -+  66.7 |   75.5 -+  58.6 |   70.4 -+  47.5 |
sa      HAYSTACK  Amp |   3.37 -+  9.66 |   0.46 -+  1.90 |   3.42 -+  2.92 |
sa      HAYSTACK  Phs | -156.4 -+ 153.9 |  162.5 -+ 252.4 | -129.0 -+  43.7 |
sa      HN-VLBA   Amp |   6.77 -+  1.43 |   0.68 -+  0.28 |   1.52 -+  0.30 |
sa      HN-VLBA   Phs | -128.3 -+  11.2 |  -63.3 -+  25.6 |  -48.8 -+  12.2 |
sa      HOBART26  Amp |   1.06 -+  3.94 |   1.76 -+  1.21 |   1.17 -+  1.33 |
sa      HOBART26  Phs |   15.0 -+ 209.6 |  126.0 -+  40.8 |  -92.7 -+  64.9 |
sa      HRAS 085  Amp |   3.67 -+  3.51 |   2.04 -+  0.58 |   1.20 -+  0.84 |
sa      HRAS 085  Phs | -143.3 -+  52.3 |  -10.6 -+  16.7 |  179.1 -+  40.2 |
sa      KASHIM34  Amp |   5.33 -+  6.01 |   2.80 -+  1.90 |   0.58 -+  1.92 |
sa      KASHIM34  Phs |  -38.1 -+  68.5 |   68.9 -+  37.2 |   33.1 -+ 178.1 |
sa      KASHIMA   Amp |  11.71 -+  3.26 |   2.23 -+  0.95 |   0.31 -+  0.98 |
sa      KASHIMA   Phs | -147.8 -+  16.1 |  -48.9 -+  24.6 | -132.4 -+ 178.1 |
sa      KAUAI     Amp |   3.88 -+  2.72 |   2.27 -+  0.75 |   1.70 -+  0.80 |
sa      KAUAI     Phs |  120.8 -+  39.1 |  -42.6 -+  18.8 |  155.4 -+  26.8 |
sa      KOKEE     Amp |   1.74 -+  1.14 |   0.70 -+  0.47 |   0.22 -+  0.55 |
sa      KOKEE     Phs | -109.9 -+  37.1 |  -17.0 -+  40.1 | -176.3 -+ 147.1 |
sa      KP-VLBA   Amp |   3.88 -+  1.02 |   0.25 -+  0.27 |   0.73 -+  0.31 |
sa      KP-VLBA   Phs |  168.6 -+  16.0 |  148.0 -+  65.2 |  -93.1 -+  23.9 |
sa      LA-VLBA   Amp |   1.66 -+  0.91 |   0.68 -+  0.26 |   0.52 -+  0.26 |
sa      LA-VLBA   Phs |  166.4 -+  32.9 | -166.4 -+  21.5 |  -40.0 -+  30.9 |
sa      MATERA    Amp |   5.77 -+  1.44 |   0.71 -+  0.47 |   1.04 -+  0.48 |
sa      MATERA    Phs | -133.4 -+  14.3 |  116.2 -+  38.7 |  -69.6 -+  27.0 |
sa      MEDICINA  Amp |   5.81 -+  1.35 |   0.38 -+  0.46 |   0.28 -+  0.48 |
sa      MEDICINA  Phs | -162.1 -+  13.3 |  162.9 -+  71.2 |    8.6 -+  97.6 |
sa      MK-VLBA   Amp |   2.10 -+  1.56 |   1.34 -+  0.54 |   1.20 -+  0.62 |
sa      MK-VLBA   Phs |  161.4 -+  43.8 |   -5.0 -+  23.5 | -121.8 -+  28.2 |
sa      MOJAVE12  Amp |   4.11 -+  1.59 |   0.50 -+  0.33 |   0.32 -+  0.45 |
sa      MOJAVE12  Phs | -115.0 -+  22.0 |   87.2 -+  38.3 |  157.6 -+  84.1 |
sa      NL-VLBA   Amp |   5.59 -+  1.18 |   0.36 -+  0.27 |   0.77 -+  0.26 |
sa      NL-VLBA   Phs | -116.4 -+  11.5 | -127.0 -+  40.0 |  -25.5 -+  21.1 |
sa      NOTO      Amp |   4.56 -+  3.22 |   1.96 -+  0.73 |   0.96 -+  0.66 |
sa      NOTO      Phs | -146.0 -+  38.5 |  171.8 -+  21.6 |  174.2 -+  39.6 |
sa      NRAO20    Amp |   8.52 -+  1.10 |   0.72 -+  0.29 |   1.05 -+  0.31 |
sa      NRAO20    Phs | -146.4 -+   7.3 |   -9.6 -+  23.5 |   86.5 -+  16.7 |
sa      NRAO85 3  Amp |   8.31 -+  1.58 |   1.63 -+  0.36 |   0.97 -+  0.39 |
sa      NRAO85 3  Phs | -134.1 -+  10.7 |   21.1 -+  12.5 |  143.1 -+  23.5 |
sa      NYALES20  Amp |   1.34 -+  1.01 |   0.52 -+  0.33 |   1.88 -+  0.33 |
sa      NYALES20  Phs |   73.7 -+  41.9 |   75.3 -+  35.9 |   69.3 -+   9.9 |
sa      ONSALA60  Amp |   3.88 -+  1.20 |   0.33 -+  0.42 |   1.09 -+  0.39 |
sa      ONSALA60  Phs |  149.0 -+  17.6 |  -14.5 -+  75.4 |   86.6 -+  20.6 |
sa      OV-VLBA   Amp |   3.20 -+  1.10 |   0.78 -+  0.27 |   0.30 -+  0.28 |
sa      OV-VLBA   Phs |  -87.5 -+  19.7 |  168.7 -+  20.7 |  -67.5 -+  55.9 |
sa      OVRO 130  Amp |  16.36 -+ 15.08 |   0.87 -+  1.83 |   3.58 -+  1.14 |
sa      OVRO 130  Phs |   31.4 -+  46.5 |   53.0 -+  95.8 |  114.9 -+  26.2 |
sa      PIETOWN   Amp |   6.85 -+  1.14 |   0.66 -+  0.24 |   0.11 -+  0.27 |
sa      PIETOWN   Phs | -106.3 -+   8.9 |  124.3 -+  22.5 |  -28.0 -+ 160.8 |
sa      RICHMOND  Amp |   2.05 -+  2.06 |   0.94 -+  0.43 |   1.20 -+  0.49 |
sa      RICHMOND  Phs | -143.4 -+  56.4 |  -29.3 -+  27.2 |  132.3 -+  24.1 |
sa      SANTIA12  Amp |   3.47 -+  7.76 |   3.06 -+  1.77 |   5.21 -+  2.20 |
sa      SANTIA12  Phs |  116.8 -+ 131.3 |  -14.0 -+  33.3 | -113.5 -+  23.8 |
sa      SC-VLBA   Amp |   1.30 -+  2.19 |   2.23 -+  0.58 |   0.32 -+  0.54 |
sa      SC-VLBA   Phs |   20.3 -+  93.0 | -138.7 -+  13.4 |   -8.6 -+  99.6 |
sa      SESHAN25  Amp |   2.13 -+  6.57 |   3.24 -+  1.29 |   2.23 -+  1.35 |
sa      SESHAN25  Phs | -131.3 -+ 184.9 |  154.7 -+  23.5 |  -20.3 -+  35.2 |
sa      TSUKUB32  Amp |   3.98 -+  3.56 |   1.51 -+  1.01 |   2.97 -+  1.03 |
sa      TSUKUB32  Phs |  178.2 -+  51.5 |   26.5 -+  37.1 | -142.4 -+  19.2 |
sa      VNDNBERG  Amp |  13.06 -+  5.79 |   3.99 -+  0.91 |   1.17 -+  1.12 |
sa      VNDNBERG  Phs | -106.8 -+  24.6 | -161.6 -+  12.5 |    1.4 -+  54.7 |
sa      WESTFORD  Amp |   5.73 -+  0.82 |   0.54 -+  0.25 |   1.05 -+  0.28 |
sa      WESTFORD  Phs | -127.6 -+   7.9 |   12.7 -+  25.8 | -163.7 -+  14.6 |
sa      WETTZELL  Amp |   2.78 -+  0.83 |   0.30 -+  0.42 |   0.58 -+  0.43 |
sa      WETTZELL  Phs | -144.3 -+  17.2 | -173.8 -+  80.5 |   43.7 -+  40.5 |