def report(request):
geocoded_radar.refresh()
geocoded_toca.refresh()
geocoded_aladin.refresh()
try:
lat = float(request.GET.get('lat'))
lon = float(request.GET.get('lon'))
except:
return {
'status': 'fail',
'error': 'Invalid parameters.'
}
if not (45.21 <= lat <= 47.05 and 12.92 <= lon <= 16.71):
return {
'status': 'fail',
'error': 'Coordinates out of bounds.'
}
else:
posR, rain_mmph = geocoded_radar.get_rain_at_coords(lat, lon)
posT, toca_level = geocoded_toca.get_toca_at_coords(lat, lon)
posA, forecast = geocoded_aladin.get_forecast_at_coords(lat, lon)
utc_diff = tz2utc_diff()
resp = {
'status': 'ok',
'lat': request.GET.get('lat'),
'lon': request.GET.get('lon'),
'copyright': u'ARSO, Agencija RS za okolje',
'radar': {
'updated': _datetime2timestamp(geocoded_radar.last_modified + utc_diff),
'updated_text': (geocoded_radar.last_modified + utc_diff).strftime('%Y-%m-%d %H:%M'),
'x': posR[0],
'y': posR[1],
'rain_level': mmph_to_level(rain_mmph),
'rain_mmph': rain_mmph,
},
'hailprob': {
'updated': _datetime2timestamp(geocoded_toca.last_modified + utc_diff),
'updated_text': (geocoded_toca.last_modified + utc_diff).strftime('%Y-%m-%d %H:%M'),
'x': posT[0],
'y': posT[1],
'hail_level': toca_level,
},
'forecast': {
'updated': _datetime2timestamp(geocoded_aladin.forecast_time.get(6, None)),
'x': posA[0],
'y': posA[1],
'data': forecast,
}
}
return resp
def test_mmph_to_level(self): self.assertEqual(mmph_to_level(0.0), 0) self.assertEqual(mmph_to_level(0.5), 25) self.assertEqual(mmph_to_level(2.5), 50) self.assertEqual(mmph_to_level(15.), 75) self.assertEqual(mmph_to_level(60.), 100) self.assertEqual(mmph_to_level(1000.), 100)
def test_mmph_to_level(self):
self.assertEqual(mmph_to_level(0.0), 0)
self.assertEqual(mmph_to_level(0.5), 25)
self.assertEqual(mmph_to_level(2.5), 50)
self.assertEqual(mmph_to_level(15.), 75)
self.assertEqual(mmph_to_level(60.), 100)
self.assertEqual(mmph_to_level(1000.), 100)
def report(request):
geocoded_radar.refresh()
geocoded_toca.refresh()
geocoded_aladin.refresh()
try:
lat = float(request.GET.get('lat'))
lon = float(request.GET.get('lon'))
except:
return {'status': 'fail', 'error': 'Invalid parameters.'}
if not (45.21 <= lat <= 47.05 and 12.92 <= lon <= 16.71):
return {'status': 'fail', 'error': 'Coordinates out of bounds.'}
else:
posR, rain_mmph = geocoded_radar.get_rain_at_coords(lat, lon)
posT, toca_level = geocoded_toca.get_toca_at_coords(lat, lon)
posA, forecast = geocoded_aladin.get_forecast_at_coords(lat, lon)
utc_diff = tz2utc_diff()
resp = {
'status': 'ok',
'lat': request.GET.get('lat'),
'lon': request.GET.get('lon'),
'copyright': u'ARSO, Agencija RS za okolje',
'radar': {
'updated':
_datetime2timestamp(geocoded_radar.last_modified + utc_diff),
'updated_text': (geocoded_radar.last_modified +
utc_diff).strftime('%Y-%m-%d %H:%M'),
'x':
posR[0],
'y':
posR[1],
'rain_level':
mmph_to_level(rain_mmph),
'rain_mmph':
rain_mmph,
},
'hailprob': {
'updated':
_datetime2timestamp(geocoded_toca.last_modified + utc_diff),
'updated_text': (geocoded_toca.last_modified +
utc_diff).strftime('%Y-%m-%d %H:%M'),
'x':
posT[0],
'y':
posT[1],
'hail_level':
toca_level,
},
'forecast': {
'updated':
_datetime2timestamp(geocoded_aladin.forecast_time.get(6,
None)),
'x':
posA[0],
'y':
posA[1],
'data':
forecast,
}
}
return resp
