def run_severity(adate):
""" run flood severity calculation for a date"""
# flood severity calculation
# flood_severity(gfmscsv,glofascsv,date)
real_date = adate[:-2]
gfmscsv = gfmsdata_fix + "Flood_byStor_" + adate + ".csv"
glofascsv = glofasdata + "threspoints_" + adate + ".csv"
flood_severity(gfmscsv, glofascsv, real_date, flooddata)
logging.info("Flood: " + real_date)
# generate GIS output file
flood_file = flooddata + 'Attributes_Clean_' + real_date + '.csv'
generate_gisfile(flood_file, real_date, gisdata)
def run_cron_fix(adate):
"""run cron job"""
# cron steup cd ~/ModelofModels/data && python datatool.py --cron
# run every three hours
# edit: crontab -e
# 5 0,3,6,9,12,15,18,21 * * * commnad
# it is likly only one date: 2020051600
#processing_dates = GloFAS_process()
# check if GMS data is available
#processing_dates = ['2020061800','2020061900','2020062000']
processing_dates = [adate]
binhours = ["00", "03", "06", "09", "12", "15", "18", "21"]
for data_date in processing_dates:
# find the previous one
real_date = data_date[:-2]
for binhour in binhours:
bin_file = "Flood_byStor_" + real_date + binhour + ".bin"
print(bin_file)
# process bin file
data_extractor(aqid_csv=None, bin_file=bin_file)
# need to run duration caculation
previous_date = datetime.strptime(real_date,
"%Y%m%d") - timedelta(days=1)
base0 = "Flood_byStor_" + previous_date.strftime("%Y%m%d") + "21.csv"
fix_list = ["Flood_byStor_" + real_date + x + ".csv" for x in binhours]
fix_list.insert(0, base0)
# call fix duration
fix_duration(fix_list, folder=gfmsdata, fixfolder=gfmsdata_fix)
# flood severity calculation
# flood_severity(gfmscsv,glofascsv,date)
gfmscsv = gfmsdata_fix + "Flood_byStor_" + data_date + ".csv"
glofascsv = glofasdata + "threspoints_" + data_date + ".csv"
flood_severity(gfmscsv, glofascsv, real_date, flooddata)
logging.info("Flood: " + real_date)
# generate GIS output file
flood_file = flooddata + 'Attributes_Clean_' + real_date + '.csv'
generate_gisfile(flood_file, real_date, gisdata)