Collections organize data points within a dataset into logical groups that are commonly queried together, such as groupings by satellite or instrument.
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Collections group data points within a dataset. They help represent logical groupings of data points that are commonly queried together.
For example, if your dataset includes data from a specific instrument on different satellites, you can group the data points from each satellite into a collection.Refer to the examples below for common use cases when working with collections.
These examples assume that you have already created a client and selected a dataset as shown below.
from tilebox.datasets import Clientclient = Client()datasets = client.datasets()dataset = datasets.open_data.copernicus.landsat8_oli_tirs
{'L1GT': Collection L1GT: [2013-03-25T12:08:43.699 UTC, 2024-08-19T12:57:32.456 UTC] (154288 data points), 'L1T': Collection L1T: [2013-03-26T09:33:19.763 UTC, 2020-08-24T03:21:50.000 UTC] (87958 data points), 'L1TP': Collection L1TP: [2013-03-24T00:25:55.457 UTC, 2024-08-19T12:58:20.229 UTC] (322041 data points), 'L2SP': Collection L2SP: [2015-01-01T07:53:35.391 UTC, 2024-08-12T12:52:03.243 UTC] (191110 data points)}
dataset.collections returns a dictionary mapping collection names to their corresponding collection objects. Each collection has a unique name within its dataset.
Once you have listed the collections for a dataset using dataset.collections(), you can access a specific collection by retrieving it from the resulting dictionary with its name. Use collection.info() in Python or String() in Go to get details (name, availability, and count) about it.
L1GT: [2013-03-25T12:08:43.699 UTC, 2024-08-19T12:57:32.456 UTC] (154288 data points)
You can also access a specific collection directly using the dataset.collection method on the dataset object. This method allows you to get the collection without having to list all collections first.