netcdf to contour plot SST

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Abigail Waring
Abigail Waring on 4 Jun 2021
Trying to turn my SST netcdf plot into a contour plot within my region at a certain time and date?
Not sure what to do next? This is the contents
% Choose netcdf file
% nc_file = '../data/ERA/test 1979-2009.nc'; % put the full path to the netcdf file between the inverted commas
nc_file = '../data/SST/SSTA_data.nc'; % put the full path to the netcdf file between the inverted commas
%% Look at netcdf file metadata
ncdisp(nc_file);
%% Open netcdf file
disp(['Loading ' nc_file]);
ncid = netcdf.open(nc_file);
Source:
\\studata06\home\GG\Ggp18amw\ManWin\My Documents\MATLAB\Thesis Data\netcdf_example_code (1)\netcdf_example_code\data\SST\SSTA_data.nc
Format:
classic
Dimensions:
T = 473
X = 1
Y = 1
Variables:
T
Size: 473x1
Dimensions: T
Datatype: single
Attributes:
standard_name = 'time'
pointwidth = 1
calendar = '360'
gridtype = 0
units = 'months since 1960-01-01'
X
Size: 1x1
Dimensions: X
Datatype: single
Attributes:
standard_name = 'longitude'
pointwidth = 1
modulus = 360
period = 360
gridtype = 0
units = 'degree_east'
Y
Size: 1x1
Dimensions: Y
Datatype: single
Attributes:
standard_name = 'latitude'
pointwidth = 1
gridtype = 0
units = 'degree_north'
ssta
Size: 1x1x473
Dimensions: X,Y,T
Datatype: single
Attributes:
pointwidth = 1
expires = 1620000000
missing_value = NaN
units = 'degree_Celsius'
long_name = 'Sea Surface Temperature Anomaly'
standard_name = 'sea_surface_temperature'
CE = 4.2
scale_min = -4.2
maxncolor = 254
ncolor = 254
CS = -4.2
scale_max = 4.2
colormap = '[null 12632256 8388608 [16711680 66] [16760576 43] [15453831 16] 13959039 [13959039 7] 64636 [65535 4] [36095 24] [255 31] [128 60] [128 7] 2763429]'
colorscalename = 'sstacolorscale'

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