#    k     vct_a(k) [Pa]   vct_b(k) []
    1  12000.0000000000  0.0000000000
    2  11800.0000000000  0.0000000000
    3  11600.0000000000  0.0000000000
    4  11400.0000000000  0.0000000000
    5  11200.0000000000  0.0000000000
    6  11000.0000000000  0.0000000000
    7  10800.0000000000  0.0000000000
    8  10600.0000000000  0.0000000000
    9  10400.0000000000  0.0000000000
   10  10200.0000000000  0.0000000000
   11  10000.0000000000  0.0000000000
   12   9800.0000000000  0.0200000000
   13   9600.0000000000  0.0400000000
   14   9400.0000000000  0.0600000000
   15   9200.0000000000  0.0800000000
   16   9000.0000000000  0.1000000000
   17   8800.0000000000  0.1200000000
   18   8600.0000000000  0.1400000000
   19   8400.0000000000  0.1600000000
   20   8200.0000000000  0.1800000000
   21   8000.0000000000  0.2000000000
   22   7800.0000000000  0.2200000000
   23   7600.0000000000  0.2400000000
   24   7400.0000000000  0.2600000000
   25   7200.0000000000  0.2800000000
   26   7000.0000000000  0.3000000000
   27   6800.0000000000  0.3200000000
   28   6600.0000000000  0.3400000000
   29   6400.0000000000  0.3600000000
   30   6200.0000000000  0.3800000000
   31   6000.0000000000  0.4000000000
   32   5800.0000000000  0.4200000000
   33   5600.0000000000  0.4400000000
   34   5400.0000000000  0.4600000000
   35   5200.0000000000  0.4800000000
   36   5000.0000000000  0.5000000000
   37   4800.0000000000  0.5200000000
   38   4600.0000000000  0.5400000000
   39   4400.0000000000  0.5600000000
   40   4200.0000000000  0.5800000000
   41   4000.0000000000  0.6000000000
   42   3800.0000000000  0.6200000000
   43   3600.0000000000  0.6400000000
   44   3400.0000000000  0.6600000000
   45   3200.0000000000  0.6800000000
   46   3000.0000000000  0.7000000000
   47   2800.0000000000  0.7200000000
   48   2600.0000000000  0.7400000000
   49   2400.0000000000  0.7600000000
   50   2200.0000000000  0.7800000000
   51   2000.0000000000  0.8000000000
   52   1800.0000000000  0.8200000000
   53   1600.0000000000  0.8400000000
   54   1400.0000000000  0.8600000000
   55   1200.0000000000  0.8800000000
   56   1000.0000000000  0.9000000000
   57    800.0000000000  0.9200000000
   58    600.0000000000  0.9400000000
   59    400.0000000000  0.9600000000
   60    200.0000000000  0.9800000000
   61      0.0000000000  1.0000000000
# =====================================
# Source:
# - Daniel Reinert, r1713
# - ?
# Comments:
# - useful for pure advection test case
# - equidistant spacing (\Delta z=200m) with z_0=0m and z_top=12km
# - coefficient B decreases linearly from 1 at z_0=0m to 0 at z=10km.
# References:
# - ?
