Ejemplos de download_file en Python

Ejemplo n.º 1

Archivo: download_antarctica_data.py Proyecto: whigg/VarGlaS

import sys
import os
src_directory = '../../'
sys.path.append(src_directory)

from src.helper import download_file


home = os.getcwd()

# Fox Maule et al. (2005) basal heat flux :
q_geo = 'http://websrv.cs.umt.edu/isis/images/c/c8/Antarctica_heat_flux_5km.nc'
fldr  = 'fox_maule'
download_file(q_geo, home, fldr)

# bedmap 1 :
bm1  = "http://www.pangaea.de/Publications/LeBrocq_et_al_2010/ALBMAPv1.nc.zip"
fldr = "bedmap1"
download_file(bm1, home, fldr, extract=True)

# bedmap 2 :
bm2  = "https://secure.antarctica.ac.uk/data/bedmap2/bedmap2_tiff.zip"
fldr = "bedmap2"
download_file(bm2, home, fldr, extract=True)

# measures velocity :
mea  = 'ftp://sidads.colorado.edu/pub/DATASETS/' + \
       'nsidc0484_MEASURES_antarc_vel_V01/450m/antarctica_ice_velocity_450m.nc'
fldr = "measures"
download_file(mea, home, fldr)

Ejemplo n.º 2

Archivo: download_greenland_data.py Proyecto: mauro3/VarGlaS

  cmd = 'gdalwarp ' + infile + ' ' + outfile + ' -t_srs ' + proj + ' -te ' + te
  
  print "\nExecuting :\n\n\t", cmd, "\n\n"
  os.system(cmd)


#===============================================================================
home = os.getcwd()

# measures velocity dataset :
fldr = 'measures'
meas = 'ftp://sidads.colorado.edu/pub/DATASETS/' + \
       'nsidc0478_MEASURES_greenland_V01/2008/' + \
       'greenland_vel_mosaic500_2008_2009'
download_file(meas + '_sp.tif', home, fldr)
download_file(meas + '_vx.tif', home, fldr)
download_file(meas + '_vy.tif', home, fldr)

# get errors in .tif format
errors  = 'http://ubuntuone.com/0QHkkj9R5iwOHjUXCEM8Mc'
download_file(errors, home, fldr, extract=True)

# convert to searise projection via raster warp :
convert_measures_projection(home + '/' + fldr, 'vx')
convert_measures_projection(home + '/' + fldr, 'vy')
convert_measures_projection(home + '/' + fldr, 'ex')
convert_measures_projection(home + '/' + fldr, 'ey')
convert_measures_projection(home + '/' + fldr, 'sp')

# Fox Maule et al. (2005) basal heat flux :

Ejemplo n.º 3

Archivo: download_meshes.py Proyecto: whigg/VarGlaS

import sys
import os
src_directory = '../'
sys.path.append(src_directory)

from src.helper import download_file

home = os.getcwd()

# coarse greenland mesh :
fldr = 'greenland'
url  = 'https://dl.dropboxusercontent.com/s/evtzuxhupnwlght/' + \
       'greenland_coarse_mesh.tar.gz?dl=1&token_hash=AAEFc43' + \
       '8YYCRbQAiEN1eToNlSB4kIUak4jL6sRncZMnNrg'
download_file(url, home, fldr, extract=True)

# medium greenland mesh :
fldr = 'greenland'
url  = 'https://dl.dropboxusercontent.com/s/zckpt9uqn0qqyl1/' + \
       'greenland_medium_mesh.tar.gz?dl=1&token_hash=AAHvYKB' + \
       'bNjM-U07GaqP3vJTN_H45Nd1eGJxucmhTEuRrDg'
download_file(url, home, fldr, extract=True)

# detailed greenland mesh :
fldr = 'greenland'
url  = 'https://dl.dropboxusercontent.com/s/hz2ih2qpfpm5htb/' + \
       'greenland_detailed_mesh.tar.gz?dl=1&token_hash=AAGtX' + \
       'NVrgZiNsiJ_ixg5wxXKPscwH4xFzDQP387tbGQc9w&expiry=1400783674'
download_file(url, home, fldr, extract=True)

# 3D 5H greenland mesh :

Ejemplo n.º 4

Archivo: download_meshes.py Proyecto: JacobDowns/VarGlaS

import os
src_directory = '../'
sys.path.append(src_directory)

from src.helper import download_file


home = os.getcwd()


# coarse greenland mesh :
fldr = 'greenland'
url  = 'https://dl.dropboxusercontent.com/s/evtzuxhupnwlght/' + \
       'greenland_coarse_mesh.tar.gz?dl=1&token_hash=AAEFc43' + \
       '8YYCRbQAiEN1eToNlSB4kIUak4jL6sRncZMnNrg'
download_file(url, home, fldr, extract=True)

# medium greenland mesh :
fldr = 'greenland'
url  = 'https://dl.dropboxusercontent.com/s/zckpt9uqn0qqyl1/' + \
       'greenland_medium_mesh.tar.gz?dl=1&token_hash=AAHvYKB' + \
       'bNjM-U07GaqP3vJTN_H45Nd1eGJxucmhTEuRrDg'
download_file(url, home, fldr, extract=True)

# detailed greenland mesh :
fldr = 'greenland'
url  = 'https://dl.dropboxusercontent.com/s/hz2ih2qpfpm5htb/' + \
       'greenland_detailed_mesh.tar.gz?dl=1&token_hash=AAFGb' + \
       'lkOky6jsSzefFFb19R2Fk5GR8zV2LXK6kRKiEMGCQ'
download_file(url, home, fldr, extract=True)

Ejemplo n.º 5

    cmd = 'gdalwarp ' + infile + ' ' + outfile + ' -t_srs ' + proj + ' -te ' + te

    print "\nExecuting :\n\n\t", cmd, "\n\n"
    os.system(cmd)


#===============================================================================
home = os.getcwd()

# measures velocity dataset :
fldr = 'measures'
meas = 'ftp://sidads.colorado.edu/pub/DATASETS/' + \
       'nsidc0478_MEASURES_greenland_V01/2008/' + \
       'greenland_vel_mosaic500_2008_2009'
download_file(meas + '_sp.tif', home, fldr)
download_file(meas + '_vx.tif', home, fldr)
download_file(meas + '_vy.tif', home, fldr)

# get errors in .tif format
errors  = 'https://dl.dropboxusercontent.com/s/65q1wtc8mofotnz/' +\
          'greenland_measures_error.tar.gz?dl=1&token_hash=AAEp' +\
          '-BIqyJTzkCTmUg-1hAtfU0iZYDqlkww5Oo5qgc0mTQ'
download_file(errors, home, fldr, extract=True)

# convert to searise projection via raster warp :
convert_measures_projection(home + '/' + fldr, 'vx')
convert_measures_projection(home + '/' + fldr, 'vy')
convert_measures_projection(home + '/' + fldr, 'ex')
convert_measures_projection(home + '/' + fldr, 'ey')
convert_measures_projection(home + '/' + fldr, 'sp')