find products

geosentinel/APISentinel.py

@@ -48,70 +48,70 @@ class APISentinel(object):
 	# self.intersection_th = 30
 		self.api = SentinelAPI(self.username, self.password, self.URL_Sentinel)
 
-def getProducts(self, area, date, searchParameters):
-	"""Gets Sentinel products list that match the search parameters.
-
-	Args:
-		self (pointer): The object pointer.
-		area (str): area of interest using a Polygon in WKT format.
-	Example:
-		"POLYGON((-89.99 21.27,-89.13 21.29,-89.30 20.68,-90.04 20.71,-89.99 21.27))"
-		date (str): Initial date and end date.
-		searchParameters (str): Type platform Sentinel-1 or Sentinel-2, e.g. area_relation=[‘Intersects’, ‘Contains’, ‘IsWithin’]
-		Other Parameters: Additional keywords can be used to specify other query parameters, e.g. relativeorbitnum-
-		ber=70. See https://scihub.copernicus.eu/twiki/do/view/SciHubUserGuide/3FullTextSearch for a full list. Ran-
-		ge values can be passed as two-element tuples, e.g. cloudcoverpercentage=(0, 30). The time interval formats
-		accepted by the ``date`` parameter can also be used with any other parameters that  expect time intervals
-		(that is:'beginposition', 'endposition',
-
-	Returns:
-		OrderedDict: Sentinel Product list found.
-	"""
-
-	products_list = self.api.query(area, date, area_relation='Intersects', **searchParameters)
-	return products_list
-
-def downloadProducts(self,products,dir):
-	"""Download product(s) list Sentinel
+	def getProducts(self, area, date, searchParameters):
+		"""Gets Sentinel products list that match the search parameters.
 
 		Args:
 			self (pointer): The object pointer.
-			products (OrderedDict): Product(s) to download.
-			dir (str): destination directory.
-	"""
+			area (str): area of interest using a Polygon in WKT format.
+		Example:
+			"POLYGON((-89.99 21.27,-89.13 21.29,-89.30 20.68,-90.04 20.71,-89.99 21.27))"
+			date (str): Initial date and end date.
+			searchParameters (str): Type platform Sentinel-1 or Sentinel-2, e.g. area_relation=[‘Intersects’, ‘Contains’, ‘IsWithin’]
+			Other Parameters: Additional keywords can be used to specify other query parameters, e.g. relativeorbitnum-
+			ber=70. See https://scihub.copernicus.eu/twiki/do/view/SciHubUserGuide/3FullTextSearch for a full list. Ran-
+			ge values can be passed as two-element tuples, e.g. cloudcoverpercentage=(0, 30). The time interval formats
+			accepted by the ``date`` parameter can also be used with any other parameters that  expect time intervals
+			(that is:'beginposition', 'endposition',
+
+		Returns:
+			OrderedDict: Sentinel Product list found.
+		"""
+
+		products_list = self.api.query(area, date, area_relation='Intersects', **searchParameters)
+		return products_list
+
+	def downloadProducts(self,products,dir):
+		"""Download product(s) list Sentinel
+
+			Args:
+				self (pointer): The object pointer.
+				products (OrderedDict): Product(s) to download.
+				dir (str): destination directory.
+		"""
 
-	os.chdir(dir)
-	#        self.api.download_all(products)
-	for p in products:
-		self.api.download(p)
+		os.chdir(dir)
+		#        self.api.download_all(products)
+		for p in products:
+			self.api.download(p)
 
-	def filterProducts(self, productList):
-#, user_footprint, threshold):
+		def filterProducts(self, productList):
+	#, user_footprint, threshold):
 
-		products = productList.copy()
-		for p in productList:
-			if productList[p]['filename'].find("OPER_PRD") != -1:
-				del products[p]
-#        products_down = products_list.copy()
-#        products_df = self.api.to_dataframe(products_list)
+			products = productList.copy()
+			for p in productList:
+				if productList[p]['filename'].find("OPER_PRD") != -1:
+					del products[p]
+	#        products_down = products_list.copy()
+	#        products_df = self.api.to_dataframe(products_list)
 
-#        polyfootprint = ogr.CreateGeometryFromWkt(user_footprint)
-#        areafootprint = polyfootprint.GetArea()
+	#        polyfootprint = ogr.CreateGeometryFromWkt(user_footprint)
+	#        areafootprint = polyfootprint.GetArea()
 
-#        for i in range(len(products_df)):
+	#        for i in range(len(products_df)):
 
-#            inputpoly = ogr.CreateGeometryFromWkt(products_df.footprint[i])
+	#            inputpoly = ogr.CreateGeometryFromWkt(products_df.footprint[i])
 
-#            intersectionpoly = polyfootprint.Intersection(inputpoly)
+	#            intersectionpoly = polyfootprint.Intersection(inputpoly)
 
-#            intersectionpoly_area = intersectionpoly.GetArea()
+	#            intersectionpoly_area = intersectionpoly.GetArea()
 
-#            por_intersection = (intersectionpoly_area * 100) / areafootprint
+	#            por_intersection = (intersectionpoly_area * 100) / areafootprint
 
-#            if (por_intersection <= threshold):
-#                # Deleting element
-#                del products_down[products_df.uuid[i]]
+	#            if (por_intersection <= threshold):
+	#                # Deleting element
+	#                del products_down[products_df.uuid[i]]
 
-		return products
+			return products