for n in range(0, len(a["station"])):
aerodate = a["date"][n, 2]
if aerodate in hydates:
for key in a.keys():
try:
tempdict[key].append(a[key][n])
except KeyError:
tempdict[key] = a[key][n]
except AttributeError:
tempdict[key] = np.vstack((tempdict[key], a[key][n]))
aerolist_mod.append(tempdict)
output_dict = {"Hysplit": hylist, "Aeronet": aerolist_mod}
scipy.io.savemat("Combproc", output_dict)
if __name__ == "__main__":
import hysplit_tools_v2 as tools
aerofilt_topdir = tools.set_dir("Select Top Level Directory")
print "Generating Aeronet Processed Data File"
aeroproc(aerofilt_topdir)
print "Generating Hysplit Processed Data File"
traceproc(aerofilt_topdir)
## print 'Generating Aeronet Combined Data File'
## combproc(aerofilt_topdir)
year = '10'
month = '03'
day = [24]#range(10,13)
hour = range(0,24,6)
totalruns = len(stations)*len(day)*len(hour)*len(heights)
runs = 0
#select meteorology files
meteo_list = tools.get_files('Select Meteorology Files')
meteo_files = meteo_list.split()
#set output directory
output_dir = tools.set_dir('Select Output Directory')
for s in stations:
for d in day:
for h in hour:
for z in heights:
start_time = [year,month,d,h]
tools.control_single(s,start_time,run_hours,z,meteo_files,output_dir)
startupinfo = subprocess.STARTUPINFO()
startupinfo.dwFlags |= subprocess.STARTF_USESHOWWINDOW
proc = subprocess.call('c:/hysplit4/exec/hyts_std', startupinfo=startupinfo)
runs += 1
complete = 100.0*runs/totalruns
print_time = ' '
for n in range(0,len(a['station'])):
aerodate = a['date'][n,2]
if aerodate in hydates:
for key in a.keys():
try:
tempdict[key].append(a[key][n])
except KeyError:
tempdict[key] = a[key][n]
except AttributeError:
tempdict[key] = np.vstack((tempdict[key],a[key][n]))
aerolist_mod.append(tempdict)
output_dict = {'Hysplit':hylist,'Aeronet':aerolist_mod}
scipy.io.savemat('Combproc',output_dict)
if __name__ == '__main__':
import hysplit_tools_v2 as tools
aerofilt_topdir = tools.set_dir('Select Top Level Directory')
print 'Generating Aeronet Processed Data File'
aeroproc(aerofilt_topdir)
print 'Generating Hysplit Processed Data File'
traceproc(aerofilt_topdir)
print 'Generating Aeronet Combined Data File'
combproc(aerofilt_topdir)
import hysplit_traceback_single as traceback
import file_process_tools as proc
import numpy as np
import scipy.io
import os, sys
#STEP #1: Filter original Hysplit files to include only days that have aeronet data
aerofilt_topdir = 'F:\Hysplit\AEROFILT'
os.chdir(aerofilt_topdir)
startdir = os.getcwd()
aeronet_path = tools.get_files('Choose Aeronet File',
('Aeronet Files', '*.dubovik'))
hysplit_path = tools.set_dir('Select Hysplit Directory')
aerofilt_dir = tools.aeronet_dayfilter(aeronet_path[1:-1], aerofilt_topdir,
hysplit_path)
#STEP #2: Convert aeronet file and filtered hysplit files to .mat format
tools.hysplit_matfile_generator(aerofilt_dir)
tools.aeronet_matfile_generator(aeronet_path[1:-1], aerofilt_dir)
#STEP #3: Generate Hysplit traceback file
traceback.traceback(aerofilt_dir)
import file_process_tools as proc
import numpy as np
import scipy.io
import os,sys
#STEP #1: Filter original Hysplit files to include only days that have aeronet data
aerofilt_topdir = 'F:\Hysplit\AEROFILT'
os.chdir(aerofilt_topdir)
startdir = os.getcwd()
aeronet_path = tools.get_files('Choose Aeronet File',('Aeronet Files','*.dubovik'))
hysplit_path = tools.set_dir('Select Hysplit Directory')
aerofilt_dir = tools.aeronet_dayfilter(aeronet_path[1:-1],aerofilt_topdir,hysplit_path)
#STEP #2: Convert aeronet file and filtered hysplit files to .mat format
tools.hysplit_matfile_generator(aerofilt_dir)
tools.aeronet_matfile_generator(aeronet_path[1:-1],aerofilt_dir)
#STEP #3: Generate Hysplit traceback file
traceback.traceback(aerofilt_dir)
hour = range(0,24,6)
totalruns = len(stations)*len(day)*len(hour)*len(heights)
runs = 0
#select meteorology files
olddir = os.getcwd()
os.chdir('C:\hysplit4\meteo')
meteo_list = tools.get_files('Select Meteorology Files')
meteo_files = meteo_list.split()
#set output directory
os.chdir('C:\Hysplit')
output_dir = tools.set_dir('Select Output Directory')
for s in stations:
for d in day:
for h in hour:
for z in heights:
start_time = [year,month,d,h]
tools.control_single(s,start_time,run_hours,z,meteo_files,output_dir)
startupinfo = subprocess.STARTUPINFO()
startupinfo.dwFlags |= subprocess.STARTF_USESHOWWINDOW
proc = subprocess.call('c:/hysplit4/exec/hyts_std', startupinfo=startupinfo)
runs += 1
complete = 100.0*runs/totalruns
print_time = ' '