def main():
model = 'icon-global-det'
run = calc_latest_run_time(model)
#run = dict(year = 2021, month = 2, day = 28, hour = 0)
domains = []
domains.append(get_domain('central_europe'))
domains.append(get_domain('europe_and_north_atlantic'))
domains.append(get_domain('mediterranean'))
domains.append(get_domain('west_africa'))
domains.append(get_domain('east_africa'))
domains.append(get_domain('southern_africa'))
domains.append(get_domain('north_america'))
domains.append(get_domain('southern_south_america'))
domains.append(get_domain('eastern_asia'))
domains.append(get_domain('north_pole'))
domains.append(get_domain('south_pole'))
variable1 = dict(name='vmax_10m',
unit='km/h',
grid='icosahedral',
load_global_field=True)
variable2 = dict(name='')
det_contourplot(domains, variable1, variable2, model, run)
return
def main():
model = 'icon-global-det'
run = calc_latest_run_time(model)
#run = dict(year = 2021, month = 2, day = 21, hour = 12)
domains = []
domains.append(get_domain('europe'))
domains.append(get_domain('europe_and_north_atlantic'))
domains.append(get_domain('mediterranean'))
domains.append(get_domain('north_america'))
domains.append(get_domain('southern_south_america'))
domains.append(get_domain('eastern_asia'))
domains.append(get_domain('north_pole'))
domains.append(get_domain('south_pole'))
variable1 = dict(name='theta_e_850hPa',
unit=' ~S~o~N~C',
grid='icosahedral',
load_global_field=True)
variable2 = dict(name='gph_850hPa',
unit='gpdm',
grid='latlon_0.1',
load_global_field=True)
det_contourplot(domains, variable1, variable2, model, run)
return
def main():
model = 'icon-eu-det'
run = calc_latest_run_time(model)
if run['hour'] == 6 or run['hour'] == 18:
run['hour'] -= 6
#run = dict(year = 2020, month = 9, day = 16, hour = 0)
domains = []
domains.append(get_domain('central_europe'))
domains.append(get_domain('europe_and_north_atlantic'))
domains.append(get_domain('mediterranean'))
variable1 = dict(name='synth_bt_ir10.8', unit=' ~S~o~N~C', grid='latlon_0.0625', load_global_field=True)
variable2 = dict(name='')
det_contourplot(domains, variable1, variable2, model, run)
return
def main():
model = 'icon-eu-det'
run = calc_latest_run_time(model)
if run['hour'] == 6 or run['hour'] == 18:
run['hour'] -= 6
#run = dict(year = 2020, month = 8, day = 19, hour = 0)
domains = []
domains.append(get_domain('central_europe'))
domains.append(get_domain('mediterranean'))
variable1 = dict(name='vmax_10m',
unit='km/h',
grid='latlon_0.0625',
load_global_field=True)
variable2 = dict(name='')
det_contourplot(domains, variable1, variable2, model, run)
return
def main():
model = 'icon-global-det'
run = calc_latest_run_time(model)
#run = dict(year = 2020, month = 9, day = 12, hour = 0)
domains = []
domains.append(get_domain('europe_and_north_atlantic'))
domains.append(get_domain('mediterranean'))
domains.append(get_domain('usa'))
variable1 = dict(name='shear_200-850hPa',
unit='kt',
grid='icosahedral',
load_global_field=True)
variable2 = dict(name='mslp',
unit='hPa',
grid='latlon_0.1',
load_global_field=True)
det_contourplot(domains, variable1, variable2, model, run)
return