[ncl-talk] Unable to generate plot from Lambert_conformal grid data
Debasish Hazra
debasish.hazra5 at gmail.com
Mon Nov 7 12:34:48 MST 2022
Hi,
I am trying to plot variable which is in lambert_conformal grid, but I am
not able to generate the plot. Attached is ncl_filedump and ncl script.Can
anyone point out how to do it. Thanks
Debasish.
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Copyright (C) 1995-2018 - All Rights Reserved
University Corporation for Atmospheric Research
NCAR Command Language Version 6.5.0
The use of this software is governed by a License Agreement.
See http://www.ncl.ucar.edu/ for more details.
Variable: f
Type: file
filename: dynf000
path: /tmpnwprd/2022101400/fcst_fv3lam/dynf000.nc
file global attributes:
ak : <ARRAY of 66 elements>
bk : <ARRAY of 66 elements>
cen_lat : 38.5
cen_lon : -97.5
dx : 3000
dy : 3000
grid : lambert_conformal
grid_id : 1
hydrostatic : non-hydrostatic
lat1 : 21.13812
lon1 : -122.7195
ncnsto : 15
nx : 1799
ny : 1059
source : FV3GFS
stdlat1 : 38.5
stdlat2 : 38.5
dimensions:
grid_xt = 1799
grid_yt = 1059
nchars = 20
pfull = 65
phalf = 66
time = 1
variables:
float pfull ( pfull )
cartesian_axis : Z
edges : phalf
long_name : ref full pressure level
positive : down
units : mb
float phalf ( phalf )
cartesian_axis : Z
long_name : ref half pressure level
positive : down
units : mb
double time ( time )
calendar : JULIAN
calendar_type : JULIAN
cartesian_axis : T
long_name : time
units : hours since 2022-10-14 00:00:00
double grid_xt ( grid_xt )
cartesian_axis : X
long_name : x-coordinate of projection
units : meters
double grid_yt ( grid_yt )
cartesian_axis : Y
long_name : y-coordinate of projection
units : meters
character time_iso ( time, nchars )
long_name : valid time
description : ISO 8601 datetime string
double lon ( grid_yt, grid_xt )
long_name : T-cell longitude
units : degrees_E
double lat ( grid_yt, grid_xt )
long_name : T-cell latitude
units : degrees_N
float clwmr ( time, pfull, grid_yt, grid_xt )
_FillValue : -1e+10
cell_methods : time: point
long_name : cloud water mixing ratio
missing_value : -1e+10
output_file : dyn
units : kg/kg
float delz ( time, pfull, grid_yt, grid_xt )
_FillValue : -1e+10
cell_methods : time: point
long_name : height thickness
missing_value : -1e+10
output_file : dyn
units : m
float dnvvelmax ( time, grid_yt, grid_xt )
_FillValue : -1e+10
cell_methods : time: point
long_name : Max hourly downdraft velocity
missing_value : -1e+10
output_file : dyn
units : m/s
float dpres ( time, pfull, grid_yt, grid_xt )
_FillValue : -1e+10
cell_methods : time: point
long_name : pressure thickness
missing_value : -1e+10
output_file : dyn
units : pa
float dust ( time, pfull, grid_yt, grid_xt )
_FillValue : -1e+10
cell_methods : time: point
long_name : dust mixing ratio
missing_value : -1e+10
output_file : dyn
units : ug/kg
float dzdt ( time, pfull, grid_yt, grid_xt )
_FillValue : -1e+10
cell_methods : time: point
long_name : vertical wind
missing_value : -1e+10
output_file : dyn
units : m/sec
float grle ( time, pfull, grid_yt, grid_xt )
_FillValue : -1e+10
cell_methods : time: point
long_name : graupel mixing ratio
missing_value : -1e+10
output_file : dyn
units : kg/kg
float hgtsfc ( time, grid_yt, grid_xt )
_FillValue : -1e+10
cell_methods : time: point
long_name : surface geopotential height
missing_value : -1e+10
output_file : dyn
units : gpm
float icmr ( time, pfull, grid_yt, grid_xt )
_FillValue : -1e+10
cell_methods : time: point
long_name : cloud ice mixing ratio
missing_value : -1e+10
output_file : dyn
units : kg/kg
float maxvort01 ( time, grid_yt, grid_xt )
_FillValue : -1e+10
cell_methods : time: point
long_name : Max hourly 0-1km vert. vorticity
missing_value : -1e+10
output_file : dyn
units : 1/s
float maxvort02 ( time, grid_yt, grid_xt )
_FillValue : -1e+10
cell_methods : time: point
long_name : Max hourly 0-2km vert. vorticity
missing_value : -1e+10
output_file : dyn
units : 1/s
float maxvorthy1 ( time, grid_yt, grid_xt )
_FillValue : -1e+10
cell_methods : time: point
long_name : Max hourly lev 1 vert vort.
missing_value : -1e+10
output_file : dyn
units : 1/s
float o3mr ( time, pfull, grid_yt, grid_xt )
_FillValue : -1e+10
cell_methods : time: point
long_name : ozone mixing ratio
missing_value : -1e+10
output_file : dyn
units : kg/kg
float pressfc ( time, grid_yt, grid_xt )
_FillValue : -1e+10
cell_methods : time: point
long_name : surface pressure
missing_value : -1e+10
output_file : dyn
units : pa
float rwmr ( time, pfull, grid_yt, grid_xt )
_FillValue : -1e+10
cell_methods : time: point
long_name : rain water mixing ratio
missing_value : -1e+10
output_file : dyn
units : kg/kg
float smoke ( time, pfull, grid_yt, grid_xt )
_FillValue : -1e+10
cell_methods : time: point
long_name : smoke mixing ratio
missing_value : -1e+10
output_file : dyn
units : ug/kg
float snmr ( time, pfull, grid_yt, grid_xt )
_FillValue : -1e+10
cell_methods : time: point
long_name : snow water mixing ratio
missing_value : -1e+10
output_file : dyn
units : kg/kg
float spfh ( time, pfull, grid_yt, grid_xt )
_FillValue : -1e+10
cell_methods : time: point
long_name : specific humidity
missing_value : -1e+10
output_file : dyn
units : kg/kg
float srh01 ( time, grid_yt, grid_xt )
_FillValue : -1e+10
cell_methods : time: point
long_name : 0-1km srh
missing_value : -1e+10
output_file : dyn
units : m/s**2
float srh03 ( time, grid_yt, grid_xt )
_FillValue : -1e+10
cell_methods : time: point
long_name : 0-3km srh
missing_value : -1e+10
output_file : dyn
units : m/s**2
float tmp ( time, pfull, grid_yt, grid_xt )
_FillValue : -1e+10
cell_methods : time: point
long_name : temperature
missing_value : -1e+10
output_file : dyn
units : K
float ugrd ( time, pfull, grid_yt, grid_xt )
_FillValue : -1e+10
cell_methods : time: point
long_name : zonal wind
missing_value : -1e+10
output_file : dyn
units : m/sec
float uhmax03 ( time, grid_yt, grid_xt )
_FillValue : -1e+10
cell_methods : time: point
long_name : Max hourly 0-3km updraft helicity
missing_value : -1e+10
output_file : dyn
units : m/s**2
float uhmax25 ( time, grid_yt, grid_xt )
_FillValue : -1e+10
cell_methods : time: point
long_name : Max hourly 2-5km updraft helicity
missing_value : -1e+10
output_file : dyn
units : m/s**2
float uhmin03 ( time, grid_yt, grid_xt )
_FillValue : -1e+10
cell_methods : time: point
long_name : Max hourly 0-3km updraft helicity
missing_value : -1e+10
output_file : dyn
units : m/s**2
float uhmin25 ( time, grid_yt, grid_xt )
_FillValue : -1e+10
cell_methods : time: point
long_name : Max hourly 2-5km updraft helicity
missing_value : -1e+10
output_file : dyn
units : m/s**2
float upvvelmax ( time, grid_yt, grid_xt )
_FillValue : -1e+10
cell_methods : time: point
long_name : Max hourly updraft velocity
missing_value : -1e+10
output_file : dyn
units : m/s
float ustm ( time, grid_yt, grid_xt )
_FillValue : -1e+10
cell_methods : time: point
long_name : u comp of storm motion
missing_value : -1e+10
output_file : dyn
units : m/s
float vgrd ( time, pfull, grid_yt, grid_xt )
_FillValue : -1e+10
cell_methods : time: point
long_name : meridional wind
missing_value : -1e+10
output_file : dyn
units : m/sec
float vstm ( time, grid_yt, grid_xt )
_FillValue : -1e+10
cell_methods : time: point
long_name : v comp of storm motion
missing_value : -1e+10
output_file : dyn
units : m/s
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