def perform_removal(self, eo_object):
self.begin_time, self.end_time, self.footprint = collect_eo_metadata(
self.eo_objects.all(), exclude=[eo_object], bbox=True
)
self.full_clean()
self.save()
return
def perform_removal(self, eo_object):
self.begin_time, self.end_time, self.footprint = collect_eo_metadata(
self.eo_objects.all(), exclude=[eo_object])
# TODO: recalculate size and extent!
self.full_clean()
self.save()
return
def perform_insertion(self, eo_object, through=None):
self.begin_time, self.end_time, self.footprint = collect_eo_metadata(
self.eo_objects.all(), insert=[eo_object], bbox=True
)
self.full_clean()
self.save()
return
def perform_insertion(self, eo_object, through=None):
if eo_object.real_type != RectifiedDataset:
raise ValidationError("In a %s only %s can be inserted." % (
RectifiedStitchedMosaic._meta.verbose_name,
RectifiedDataset._meta.verbose_name_plural
))
rectified_dataset = eo_object.cast()
if self.range_type != rectified_dataset.range_type:
raise ValidationError(
"Dataset '%s' has a different Range Type as the Rectified "
"Stitched Mosaic '%s'." % (rectified_dataset, self.identifier)
)
if not is_same_grid((self, rectified_dataset)):
raise ValidationError(
"Dataset '%s' has not the same base grid as the Rectified "
"Stitched Mosaic '%s'." % (rectified_dataset, self.identifier)
)
self.begin_time, self.end_time, self.footprint = collect_eo_metadata(
self.eo_objects.all(), insert=[eo_object]
)
# TODO: recalculate size and extent!
self.full_clean()
self.save()
return
def perform_removal(self, eo_object):
self.begin_time, self.end_time, self.footprint = collect_eo_metadata(
self.eo_objects.all(), exclude=[eo_object]
)
# TODO: recalculate size and extent!
self.full_clean()
self.save()
return
def perform_insertion(self, eo_object, through=None):
if eo_object.real_type != RectifiedDataset:
raise ValidationError("In a %s only %s can be inserted." %
(RectifiedStitchedMosaic._meta.verbose_name,
RectifiedDataset._meta.verbose_name_plural))
rectified_dataset = eo_object.cast()
if self.range_type != rectified_dataset.range_type:
raise ValidationError(
"Dataset '%s' has a different Range Type as the Rectified "
"Stitched Mosaic '%s'." % (rectified_dataset, self.identifier))
if not is_same_grid((self, rectified_dataset)):
raise ValidationError(
"Dataset '%s' has not the same base grid as the Rectified "
"Stitched Mosaic '%s'." % (rectified_dataset, self.identifier))
self.begin_time, self.end_time, self.footprint = collect_eo_metadata(
self.eo_objects.all(), insert=[eo_object])
# TODO: recalculate size and extent!
self.full_clean()
self.save()
return
def perform_removal(self, eo_object):
self.begin_time, self.end_time, self.footprint = collect_eo_metadata(
self.eo_objects.all(), exclude=[eo_object], bbox=True)
self.full_clean()
self.save()
return
def perform_insertion(self, eo_object, through=None):
self.begin_time, self.end_time, self.footprint = collect_eo_metadata(
self.eo_objects.all(), insert=[eo_object], bbox=True)
self.full_clean()
self.save()
return
def update_eo_metadata(self):
logger.debug("Updating EO Metadata for %s." % self)
self.begin_time, self.end_time, self.footprint = collect_eo_metadata(
self.eo_objects.all())
self.full_clean()
self.save()
def test_insertion(self):
rectified_1, rectified_2, rectified_3 = (self.rectified_1,
self.rectified_2,
self.rectified_3)
mosaic, series_1, series_2 = self.mosaic, self.series_1, self.series_2
mosaic_insert_coverage(mosaic, rectified_1)
mosaic_insert_coverage(mosaic, rectified_2)
mosaic_insert_coverage(mosaic, rectified_3)
mosaic_list = mosaic.coverages.all()
self.assertIn(rectified_1, mosaic_list)
self.assertIn(rectified_2, mosaic_list)
self.assertIn(rectified_3, mosaic_list)
collection_insert_eo_object(series_1, rectified_1)
collection_insert_eo_object(series_1, rectified_2)
collection_insert_eo_object(series_1, rectified_3)
series_1_list = series_1.coverages.all()
self.assertIn(rectified_1, series_1_list)
self.assertIn(rectified_2, series_1_list)
self.assertIn(rectified_3, series_1_list)
collection_insert_eo_object(series_2, rectified_1)
collection_insert_eo_object(series_2, rectified_2)
collection_insert_eo_object(series_2, rectified_3)
series_2_list = series_2.coverages.all()
self.assertIn(rectified_1, series_2_list)
self.assertIn(rectified_2, series_2_list)
self.assertIn(rectified_3, series_2_list)
self.assertEqual(len(mosaic_list), 3)
self.assertEqual(len(series_1_list), 3)
self.assertEqual(len(series_2_list), 3)
mosaic = Mosaic.objects.get(identifier="mosaic-1")
mosaic, series_1, series_2 = refresh(mosaic, series_1, series_2)
# TODO: further check metadata
self.assertTrue(series_1.begin_time is not None)
begin_time, end_time, all_rectified_footprints = collect_eo_metadata(
Coverage.objects.all())
time_extent = begin_time, end_time
extent_footprint = MultiPolygon(
Polygon.from_bbox(all_rectified_footprints.extent))
self.assertGeometryEqual(series_1.footprint, all_rectified_footprints)
self.assertGeometryEqual(series_2.footprint, all_rectified_footprints)
self.assertGeometryEqual(mosaic.footprint, all_rectified_footprints)
series_1_time_extent = series_1.begin_time, series_1.end_time
series_2_time_extent = series_2.begin_time, series_2.end_time
mosaic_time_extent = mosaic.begin_time, mosaic.end_time
self.assertEqual(series_1_time_extent, time_extent)
self.assertEqual(series_2_time_extent, time_extent)
self.assertEqual(mosaic_time_extent, time_extent)
for eo_obj in series_1_list:
pass
def update_eo_metadata(self):
logger.debug("Updating EO Metadata for %s." % self)
self.begin_time, self.end_time, self.footprint = collect_eo_metadata(self.eo_objects.all())
self.full_clean()
self.save()
