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| int | PlotCubeSphereField.plot_diff = 1 |
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| string | PlotCubeSphereField.model = 'gfs' |
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| int | PlotCubeSphereField.cube = 48 |
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| string | PlotCubeSphereField.filetype = 'png' |
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| string | PlotCubeSphereField.path1 = './' |
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| string | PlotCubeSphereField.file_tplt_befr1 = '20180415.000000.3DVar.fv_core.res.tile' |
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| string | PlotCubeSphereField.file_tplt_aftr = '.nc' |
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| string | PlotCubeSphereField.path2 = '../INPUTS/GEOS_c48/' |
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| string | PlotCubeSphereField.file_tplt_befr2 = '20180415.000000.fv_core.res.tile' |
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| string | PlotCubeSphereField.xdimvar = 'xaxis_1' |
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| string | PlotCubeSphereField.ydimvar = 'yaxis_2' |
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| string | PlotCubeSphereField.zdimvar = 'zaxis_1' |
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| string | PlotCubeSphereField.readvar = 'T' |
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| string | PlotCubeSphereField.Dim2dor3d = '3D' |
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| int | PlotCubeSphereField.plot_level = 50 |
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| string | PlotCubeSphereField.readvarlat = 'grid_lat' |
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| string | PlotCubeSphereField.readvarlon = 'grid_lon' |
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| | PlotCubeSphereField.fh1 = Dataset(path1 + file_tplt_befr1 + str(1) + file_tplt_aftr, mode='r') |
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| | PlotCubeSphereField.fh2 = Dataset(path2 + file_tplt_befr2 + str(1) + file_tplt_aftr, mode='r') |
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| | PlotCubeSphereField.npx = len(fh1.dimensions[xdimvar]) |
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| | PlotCubeSphereField.npy = len(fh1.dimensions[ydimvar]) |
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| int | PlotCubeSphereField.npz = 0 |
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| | PlotCubeSphereField.npxr = npx |
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| | PlotCubeSphereField.npyr = npy |
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| | PlotCubeSphereField.fr = np.zeros(6*npz*npyr*npxr).reshape(6,npz,npyr,npxr) |
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| | PlotCubeSphereField.flat = np.zeros(6*npy*npx).reshape(6,npy,npx) |
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| | PlotCubeSphereField.flon = np.zeros(6*npy*npx).reshape(6,npy,npx) |
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| string | PlotCubeSphereField.file_tile1 = file_tplt_befr1 + str(tile+1) + file_tplt_aftr |
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| string | PlotCubeSphereField.file_tile2 = file_tplt_befr2 + str(tile+1) + file_tplt_aftr |
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| string | PlotCubeSphereField.pathfile1 = path1 + file_tile1 |
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| string | PlotCubeSphereField.pathfile2 = path2 + file_tile2 |
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| | PlotCubeSphereField.f = np.zeros(6*npy*npx).reshape(6,npy,npx) |
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| | PlotCubeSphereField.f12 = np.zeros(12*npy*npx).reshape(12,npy,npx) |
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| | PlotCubeSphereField.fp = np.zeros(12*npy*npx).reshape(4*npy,3*npx) |
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| | PlotCubeSphereField.maxf = np.nanmax(np.abs(fp)) |
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| | PlotCubeSphereField.minf = np.nanmin(fp) |
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| tuple | PlotCubeSphereField.incf = (maxf - minf)/101 |
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| | PlotCubeSphereField.clev = np.arange(minf,maxf+incf,incf) |
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| | PlotCubeSphereField.ctic = np.arange(minf,maxf+incf,incf) |
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| | PlotCubeSphereField.cmap = plt.cm.seismic |
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| string | PlotCubeSphereField.itit = ' ' |
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| | PlotCubeSphereField.fig = plt.figure(figsize=(14,8)) |
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| | PlotCubeSphereField.cp = plt.contourf(fp,clev,cmap=cmap) |
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| | PlotCubeSphereField.cbar = plt.colorbar(cp,ticks=ctic) |
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| | PlotCubeSphereField.bbox_inches |
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| | PlotCubeSphereField.facecolor |
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