NetCDF Header
Model dataset for Morrison et al. (2020) "Comparing growth rates of moist and dry convective thermals" submitted to JAS
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netcdf file:///data/4625a1b4-5269-43de-8035-17da13539e54/moist_axi_runs.test42.cm1out.nc-7ee11cba-c32f-446e-9aae-93566265b03c {
dimensions:
one = 1;
time = UNLIMITED; // (121 currently)
ni = 500;
nip1 = 501;
nj = 1;
njp1 = 2;
nk = 424;
nkp1 = 425;
variables:
float ztop(one=1);
:units = "km";
float time(time=121);
:long_name = "time since beginning of simulation";
:units = "seconds";
float xh(ni=500);
:long_name = "west-east location of scalar grid points";
:units = "km";
float xf(nip1=501);
:long_name = "west-east location of staggered u grid points";
:units = "km";
float yh(nj=1);
:long_name = "south-north location of scalar grid points";
:units = "km";
float yf(njp1=2);
:long_name = "south-north location of staggered v grid points";
:units = "km";
float z(nk=424);
:long_name = "nominal height of scalar grid points";
:units = "km";
float zf(nkp1=425);
:long_name = "nominal height of staggered w grid points";
:units = "km";
float sps(time=121, nj=1, ni=500);
:long_name = "min pressure at lowest level";
:units = "Pa";
float sus(time=121, nj=1, ni=500);
:long_name = "max w at 5 km AGL";
:units = "m/s";
float shs(time=121, nj=1, ni=500);
:long_name = "max integrated updraft helicity";
:units = "m2/s2";
float cref(time=121, nj=1, ni=500);
:long_name = "composite reflectivity (dBZ)";
:units = "dBZ";
float th(time=121, nk=424, nj=1, ni=500);
:long_name = "potential temperature";
:units = "K";
float prs(time=121, nk=424, nj=1, ni=500);
:long_name = "pressure";
:units = "Pa";
float rho(time=121, nk=424, nj=1, ni=500);
:long_name = "density of dry air";
:units = "kg/m^3";
float pt1(time=121, nk=424, nj=1, ni=500);
:long_name = "mixing ratio of passive tracer";
:units = "kg/kg";
float pt2(time=121, nk=424, nj=1, ni=500);
:long_name = "mixing ratio of passive tracer";
:units = "kg/kg";
float qv(time=121, nk=424, nj=1, ni=500);
:long_name = "water vapor mixing ratio";
:units = "kg/kg";
float qc(time=121, nk=424, nj=1, ni=500);
:long_name = "mixing ratio";
:units = "kg/kg";
float qr(time=121, nk=424, nj=1, ni=500);
:long_name = "mixing ratio";
:units = "kg/kg";
float qi(time=121, nk=424, nj=1, ni=500);
:long_name = "mixing ratio";
:units = "kg/kg";
float qs(time=121, nk=424, nj=1, ni=500);
:long_name = "mixing ratio";
:units = "kg/kg";
float qg(time=121, nk=424, nj=1, ni=500);
:long_name = "mixing ratio";
:units = "kg/kg";
float nci(time=121, nk=424, nj=1, ni=500);
:long_name = "number concentration";
:units = "kg^{-1}";
float ncs(time=121, nk=424, nj=1, ni=500);
:long_name = "number concentration";
:units = "kg^{-1}";
float ncr(time=121, nk=424, nj=1, ni=500);
:long_name = "number concentration";
:units = "kg^{-1}";
float ncg(time=121, nk=424, nj=1, ni=500);
:long_name = "number concentration";
:units = "kg^{-1}";
float dbz(time=121, nk=424, nj=1, ni=500);
:long_name = "reflectivity";
:units = "dBZ";
float buoyancy(time=121, nk=424, nj=1, ni=500);
:long_name = "buoyancy";
:units = "m s^-2";
float uinterp(time=121, nk=424, nj=1, ni=500);
:long_name = "velocity in x-direction, interpolated to scalar points";
:units = "m/s";
float winterp(time=121, nk=424, nj=1, ni=500);
:long_name = "velocity in z-direction, interpolated to scalar points";
:units = "m/s";
// global attributes:
:x_units = "km";
:x_label = "x";
:y_units = "km";
:y_label = "y";
:z_units = "km";
:z_label = "z";
:nx = 500; // int
:ny = 1; // int
:nz = 424; // int
:imoist = 1; // int
:iturb = 3; // int
:tconfig = 2; // int
:bcturbs = 1; // int
:ptype = 5; // int
:wbc = 3; // int
:ebc = 3; // int
:sbc = 1; // int
:nbc = 1; // int
:bbc = 1; // int
:tbc = 1; // int
:iorigin = 1; // int
:axisymm = 1; // int
:iptra = 1; // int
:npt = 2; // int
:fcor = 0.0f; // float
:radopt = 0; // int
:dtrad = 300.0f; // float
:ctrlat = 36.68f; // float
:ctrlon = -98.35f; // float
:year = 2009; // int
:month = 5; // int
:day = 15; // int
:hour = 21; // int
:minute = 38; // int
:second = 0; // int
:sfcmodel = 0; // int
:oceanmodel = 0; // int
:ipbl = 0; // int
:iice = 1; // int
:idm = 1; // int
:idmplus = 0; // int
:numq = 10; // int
:nql1 = 2; // int
:nql2 = 3; // int
:nqs1 = 4; // int
:nqs2 = 6; // int
:nnc1 = 7; // int
:nnc2 = 10; // int
:nzl1 = 1; // int
:nzl2 = 1; // int
:nvl1 = 1; // int
:nvl2 = 1; // int
:c_m = 0.1f; // float
:c_e1 = 0.20000169f; // float
:c_e2 = 0.7869588f; // float
:c_s = 0.17841241f; // float
:cgs1 = 1.875f; // float
:cgs2 = -1.25f; // float
:cgs3 = 0.375f; // float
:dgs1 = -2.0f; // float
:dgs2 = 3.0f; // float
:dgs3 = -1.0f; // float
:cgt1 = 1.875f; // float
:cgt2 = -1.25f; // float
:cgt3 = 0.375f; // float
:dgt1 = 2.0f; // float
:dgt2 = -3.0f; // float
:dgt3 = 1.0f; // float
:history = "Sun May 24 20:33:32 2020: ncrcat cm1out_000001.nc cm1out_000002.nc cm1out_000003.nc cm1out_000004.nc cm1out_000005.nc cm1out_000006.nc cm1out_000007.nc cm1out_000008.nc cm1out_000009.nc cm1out_000010.nc cm1out_000011.nc cm1out_000012.nc cm1out_000013.nc cm1out_000014.nc cm1out_000015.nc cm1out_000016.nc cm1out_000017.nc cm1out_000018.nc cm1out_000019.nc cm1out_000020.nc cm1out_000021.nc cm1out_000022.nc cm1out_000023.nc cm1out_000024.nc cm1out_000025.nc cm1out_000026.nc cm1out_000027.nc cm1out_000028.nc cm1out_000029.nc cm1out_000030.nc cm1out_000031.nc cm1out_000032.nc cm1out_000033.nc cm1out_000034.nc cm1out_000035.nc cm1out_000036.nc cm1out_000037.nc cm1out_000038.nc cm1out_000039.nc cm1out_000040.nc cm1out_000041.nc cm1out_000042.nc cm1out_000043.nc cm1out_000044.nc cm1out_000045.nc cm1out_000046.nc cm1out_000047.nc cm1out_000048.nc cm1out_000049.nc cm1out_000050.nc cm1out_000051.nc cm1out_000052.nc cm1out_000053.nc cm1out_000054.nc cm1out_000055.nc cm1out_000056.nc cm1out_000057.nc cm1out_000058.nc cm1out_000059.nc cm1out_000060.nc cm1out_000061.nc cm1out_000062.nc cm1out_000063.nc cm1out_000064.nc cm1out_000065.nc cm1out_000066.nc cm1out_000067.nc cm1out_000068.nc cm1out_000069.nc cm1out_000070.nc cm1out_000071.nc cm1out_000072.nc cm1out_000073.nc cm1out_000074.nc cm1out_000075.nc cm1out_000076.nc cm1out_000077.nc cm1out_000078.nc cm1out_000079.nc cm1out_000080.nc cm1out_000081.nc cm1out_000082.nc cm1out_000083.nc cm1out_000084.nc cm1out_000085.nc cm1out_000086.nc cm1out_000087.nc cm1out_000088.nc cm1out_000089.nc cm1out_000090.nc cm1out_000091.nc cm1out_000092.nc cm1out_000093.nc cm1out_000094.nc cm1out_000095.nc cm1out_000096.nc cm1out_000097.nc cm1out_000098.nc cm1out_000099.nc cm1out_000100.nc cm1out_000101.nc cm1out_000102.nc cm1out_000103.nc cm1out_000104.nc cm1out_000105.nc cm1out_000106.nc cm1out_000107.nc cm1out_000108.nc cm1out_000109.nc cm1out_000110.nc cm1out_000111.nc cm1out_000112.nc cm1out_000113.nc cm1out_000114.nc cm1out_000115.nc cm1out_000116.nc cm1out_000117.nc cm1out_000118.nc cm1out_000119.nc cm1out_000120.nc cm1out_000121.nc moist_axi_runs.test42.cm1out.nc";
:NCO = "netCDF Operators version 4.7.9 (Homepage = http://nco.sf.net, Code = http://github.com/nco/nco)";
}
