Sentinel1 timelapse

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import ee

ee.Initialize()

import ee ee.Initialize()

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import geemap

import geemap

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Map = geemap.Map(center=[36.15, -114.9], zoom=10)
Map

Map = geemap.Map(center=[36.15, -114.9], zoom=10) Map

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sent1_ts = geemap.sentinel1_timeseries(
    start_year='2019',
    end_year='2022',
    start_date='01-01',
    end_date='06-30',
    frequency='quarter',
    clip=True,
)

sent1_ts = geemap.sentinel1_timeseries( start_year='2019', end_year='2022', start_date='01-01', end_date='06-30', frequency='quarter', clip=True, )

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collection = sent1_ts

images = collection.toList(collection.size())
dates = geemap.image_dates(collection).getInfo()
size = images.size().getInfo()

for i in range(size):
    image = ee.Image(images.get(i))
    Map.addLayer(image, {'min': -18, 'max': -4}, dates[i])

collection = sent1_ts images = collection.toList(collection.size()) dates = geemap.image_dates(collection).getInfo() size = images.size().getInfo() for i in range(size): image = ee.Image(images.get(i)) Map.addLayer(image, {'min': -18, 'max': -4}, dates[i])

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geometry = ee.Geometry.Polygon(
    [
        [
            [5.022428845214826, 47.392003920544134],
            [5.022428845214826, 47.26331769905508],
            [5.3681548583984195, 47.26331769905508],
            [5.3681548583984195, 47.392003920544134],
        ]
    ],
    None,
    False,
);

geometry = ee.Geometry.Polygon( [ [ [5.022428845214826, 47.392003920544134], [5.022428845214826, 47.26331769905508], [5.3681548583984195, 47.26331769905508], [5.3681548583984195, 47.392003920544134], ] ], None, False, );

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out = geemap.sentinel1_timelapse(
    roi=geometry,
    start_year='2022',
    end_year='2022',
    start_date='01-01',
    end_date='07-31',
    frequency='month',
    frames_per_second=2,
)

out = geemap.sentinel1_timelapse( roi=geometry, start_year='2022', end_year='2022', start_date='01-01', end_date='07-31', frequency='month', frames_per_second=2, )

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from IPython.display import Image

Image(filename=out)

from IPython.display import Image Image(filename=out)

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Last update: 2022-08-16