guziy

# This is Git's per-user configuration file.
[user]
# Please adapt and uncomment the following lines:
	name = Oleksandr Huziy
	email = mail@gmail.com
[push]
	default = simple
[alias]
	s = status -s
	lg = log --oneline --decorate --all --graph

guziy

# Example of the customization for the fortran highlighting
# To highlight fortran in GEM model
path = require 'path'

atom.workspace.observeTextEditors (editor) ->
    if path.extname(editor.getPath()) in [".ftn", ".ftn90", ".cdk", ".cdk90", ".f"]
        editor.setGrammar(atom.grammars.grammarForScopeName('source.fortran.modern'))

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            !Write temperature to a text file for debug
            if (time_step == 1) then
                    write(line_format, "(I8)") G_ni
                    line_format = "(" // trim(line_format) // "F8.3)"
            end if

            write(debug_txt_filename, "(A3,I3.3,A4)") "TT_", time_step, 
     $                                                ".txt"
            time_step = time_step + 1

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# Example done with Kamel Chikhar on 9/03/2015

# frame1 - a frame from a file that does not contain levels and can have different number of levels for different dates 
# and different number of dates for the same levels

# Create all possible multiindices
all_dates_unique = [start + i * day for i in range(ndays)]
all_levels_unique = list(reversed(np.unique(frame1["X.6"])))
all_hours_unique = [i * dt.seconds // 3600 for i in range(24 * 3600 // dt.seconds)]

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import os
from netCDF4 import Dataset, num2date
import calendar
import numpy as np

def del_feb29_in_file(in_path, varname):
	#input file
	dsin = Dataset(in_path)
 
	if not os.path.isdir(varname):

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watch -n 1 cat time.step

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hdf5_lib=$(true_path ../hdf5-sf90/lib)
hdf5_include=$(true_path ../hdf5-sf90/include)
nc_lib=$(true_path ../netcdf4-sf90/lib)
nc_include=$(true_path ../netcdf4-sf90/include)

LIBS="-lnetcdf"

CFLAGS="-I${hdf5_include} -I${nc_include}"
LDFLAGS="-L${hdf5_lib} -L${nc_lib}"

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set -x
CXX=s.cc CC=s.cc FC=s.f90 LD=s.f90 ./configure --prefix=$(true_path ../hdf5-sf90) --enable-fortran
make
make check
make install

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import urllib2
import re
import os

#link format
url = "http://www.globsnow.info/se/archive_v2.1/{}/D4SC/"

#Year range of the data to be downloaded
start_year = 2003
end_year = 2003

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import urllib2
import re
import os

url = "http://www.globsnow.info/se/archive_v2.1/{}/D4SC/"

start_year = 2003
end_year = 2003
for year in range(start_year, end_year + 1):
    year_url = url.format(year)