Quickstart

Search and download data for a specific UTM tile by providing a name, the product level, cloud coverage limit and start-end date.

import dateutil
import time
import os
import pandas as pd

from googlesat.sentinel import get_metadata, query, geometry_from_file
from googlesat.utils import get_links,  create_connection, get_cache_dir
from googlesat.downloader import get_data

level = "L2A"
db_file, table_name = get_metadata(level = level)
cc_limit = 40
date_start = dateutil.parser.isoparse('2021-10-15')
date_end = dateutil.parser.isoparse('2021-10-30')
tile = "34SEJ"
result = query(db_file, table_name, cc_limit, date_start, date_end, tile)
result = get_links(result)
# Get data
GOOGLE_SAT_DATA = "/path/to/store/"
scenes = result["URL"].tolist()
for scene in scenes:
    get_data(scene, GOOGLE_SAT_DATA)

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Search and download data for multiple UTM tiles by providing their names, the product level, cloud coverage limit and start-end date.

import dateutil
import time
import os
import pandas as pd

from googlesat.sentinel import get_metadata, query, geometry_from_file
from googlesat.utils import get_links,  create_connection, get_cache_dir
from googlesat.downloader import get_data

level = "L1C"
db_file, table_name = get_metadata(level = level)
cc_limit = 60
date_start = dateutil.parser.isoparse('2021-10-15')
date_end = dateutil.parser.isoparse('2021-10-30')
tile = ["34TGL", "34TGM", "34SEJ"]
result = query(db_file, table_name, cc_limit, date_start, date_end, tile)
result = get_links(result)
# Get data
GOOGLE_SAT_DATA = "/path/to/store/"
scenes = result["URL"].tolist()
for scene in scenes:
    get_data(scene, GOOGLE_SAT_DATA)

---

Search and download data by providing a geometry file (e.g GeoJSON), the product level, cloud coverage limit and start-end date.

import dateutil
import time
import os
import pandas as pd

from googlesat.sentinel import get_metadata, query, geometry_from_file
from googlesat.utils import get_links,  create_connection, get_cache_dir
from googlesat.downloader import get_data

db_file, table_name = get_metadata(level = level)
cc_limit = 40
date_start = dateutil.parser.isoparse('2021-10-15')
date_end = dateutil.parser.isoparse('2021-10-30')
file = "./data/test.geojson"
tiles = geometry_from_file(file)
result = query(db_file, table_name, cc_limit, date_start, date_end, tiles)
result = get_links(result)
# Get data
GOOGLE_SAT_DATA = "/path/to/store/"
scenes = result["URL"].tolist()
for scene in scenes:
    get_data(scene, GOOGLE_SAT_DATA)