Sunrise: Examples

Setting up

The examples assume you have set up a Sunrise client like so:

import yr_weather

my_client = yr_weather.Sunrise()

Important

All of the next examples will use my_client as a reference to your client.

Getting one detail from Sunrise data

# Get sunset for Oslo, Norway
sunset = my_client.get_detail("sunset", "2023-01-20", 59.91, 10.75, "+01:00")

print(sunset)
# Example output:
# {
#     'desc': 'LOCAL DIURNAL SUN SET',
#     'time': '2023-01-20T16:00:36+01:00'}
# }

Getting all data from Sunrise

# Get sunrise data for Oslo, Norway
sr_data = my_client.get_sunrise("2023-01-20", 59.91, 10.75, "+01:00")

print(sr_data)
# Example output:
# {
#   "location": {
#     "height": "0",
#     "latitude": "59.9",
#     "longitude": "10.7",
#     "time": [
#       {
#         "date": "2023-01-20",
#         "high_moon": {
#           "desc": "LOCAL DIURNAL MAXIMUM MOON ELEVATION (Max= 1.94192)",
#           "elevation": "1.941923918",
#           "time": "2023-01-20T11:01:37+01:00"
#         },
#         "low_moon": {
#           "desc": "LOCAL DIURNAL MINIMUM MOON ELEVATION (Min= -57.28220)",
#           "elevation": "-57.282202638",
#           "time": "2023-01-20T23:33:17+01:00"
#         },
#         "moonphase": {
#           "desc": "LOCAL MOON STATE * MOON PHASE= 92.4 (waning crescent)",
#           "time": "2023-01-20T00:00:00+01:00",
#           "value": "92.421478765"
#         },
#         "moonposition": {
#           "azimuth": "34.784350684",
#           "desc": "LOCAL MOON POSITION Elv: -54.742 deg, Azi: 34.784, Rng: 365364.7 km",
#           "elevation": "-54.741908062",
#           "phase": "92.421478765",
#           "range": "365364.745236254",
#           "time": "2023-01-20T00:00:00+01:00"
#         },
#         "moonrise": {
#           "desc": "LOCAL DIURNAL MOON RISE",
#           "time": "2023-01-20T09:14:14+01:00"
#         },
#         "moonset": {
#           "desc": "LOCAL DIURNAL MOON SET",
#           "time": "2023-01-20T12:48:59+01:00"
#         },
#         "moonshadow": {
#           "azimuth": "261.058146106",
#           "desc": "LOCAL MOON STATE * SHADOW ANGLES (azi=261.1,ele=-62.5)",
#           "elevation": "-62.546205058",
#           "time": "2023-01-20T00:00:00+01:00"
#         },
#         "solarmidnight": {
#           "desc": "LOCAL DIURNAL MINIMUM SOLAR ELEVATION (Min= -50.33184)",
#           "elevation": "-50.331839434",
#           "time": "2023-01-20T00:27:46+01:00"
#         },
#         "solarnoon": {
#           "desc": "LOCAL DIURNAL MAXIMUM SOLAR ELEVATION (Max= 9.97480)",
#           "elevation": "9.974802331",
#           "time": "2023-01-20T12:28:23+01:00"
#         },
#         "sunrise": {
#           "desc": "LOCAL DIURNAL SUN RISE",
#           "time": "2023-01-20T08:56:14+01:00"
#         },
#         "sunset": {
#           "desc": "LOCAL DIURNAL SUN SET",
#           "time": "2023-01-20T16:00:36+01:00"
#         }
#       },
#       {
#         "date": "2023-01-21",
#         "moonposition": {
#           "azimuth": "9.904412311",
#           "desc": "LOCAL MOON POSITION Elv: -57.270 deg, Azi: 9.904, Rng: 362762.3 km",
#           "elevation": "-57.27009424",
#           "phase": "96.365027217",
#           "range": "362762.2610191",
#           "time": "2023-01-21T00:00:00+01:00"
#         }
#       }
#     ]
#   },
#   "meta": {
#     "licenseurl": "https://api.met.no/license_data.html"
#   }
# }