def testSimplifyFeatureRatio(self):
result = self.standard(ratio=0.1)
b = vw.simplify_feature(self.fixture, ratio=0.90)
assert len(b['geometry']['coordinates']) > len(result['geometry']['coordinates'])
for i, j in zip(range(1, 9), range(2, 10)):
r = vw.simplify_feature(self.fixture, ratio=float(i) / 10)
s = vw.simplify_feature(self.fixture, ratio=float(j) / 10)
assert len(r['geometry']['coordinates']) <= len(s['geometry']['coordinates'])
def testSimplifyFeatureRatio(self):
result = self.standard(ratio=0.1)
b = vw.simplify_feature(self.fixture, ratio=0.90)
assert len(b['geometry']['coordinates']) > len(
result['geometry']['coordinates'])
for i, j in zip(range(1, 9), range(2, 10)):
r = vw.simplify_feature(self.fixture, ratio=float(i) / 10)
s = vw.simplify_feature(self.fixture, ratio=float(j) / 10)
assert len(r['geometry']['coordinates']) <= len(
s['geometry']['coordinates'])
def standard(self, **kwargs):
result = vw.simplify_feature(self.fixture, **kwargs)
assert 'geometry' in result
assert 'properties' in result
assert result['properties'] == self.fixture['properties']
assert self.fixture['geometry']['type'] == result['geometry']['type']
assert self.fixture['geometry']['coordinates'][0] == result['geometry']['coordinates'][0]
assert len(self.fixture['geometry']['coordinates']) > len(result['geometry']['coordinates'])
return result
def standard(self, **kwargs):
result = vw.simplify_feature(self.fixture, **kwargs)
assert 'geometry' in result
assert 'properties' in result
assert result['properties'] == self.fixture['properties']
assert self.fixture['geometry']['type'] == result['geometry']['type']
assert self.fixture['geometry']['coordinates'][0] == result[
'geometry']['coordinates'][0]
assert len(self.fixture['geometry']['coordinates']) > len(
result['geometry']['coordinates'])
return result
def order(**kwargs):
for key,value in kwargs.items():
if key=='name':
dbundle['name']=value
if key=='sid':
if value is not None:
dbundle['subscription_id']=int(value)
else:
dbundle.pop('subscription_id',None)
if key=='item':
dbundle['products'][0]['item_type']=value
if key=='asset':
dbundle['products'][0]['product_bundle']=value
if key=='idlist':
l=[]
if value.endswith('.csv'):
with open(value) as f:
try:
reader = csv.reader(f)
for row in reader:
item_id=row[0]
if str(item_id.isalpha())=='False':
l.append(item_id)
except Exception as e:
print('Issue with reading: '+str(value))
elif value.endswith('.txt'):
with open(value) as f:
for line in f:
item_id=line.strip()
l.append(item_id)
dbundle['products'][0]['item_ids'] = l
k=dbundle
for key,value in kwargs.items():
if key=='op' and value!=None:
for items in value:
if items=='clip':
dbundle['tools'].append(dclip)
elif items=='toar':
dbundle['tools'].append(dtoar)
elif items=='zip':
dbundle.update(dzip)
elif items=='zipall':
dbundle.update(dszip)
elif items=='email':
dbundle.update(demail)
elif items=='aws':
dbundle.update(daws)
elif items=='azure':
dbundle.update(dazure)
elif items=='gcs':
dbundle.update(dgcs)
elif items=='composite':
dbundle['tools'].append(dcomposite)
elif items=='projection':
dbundle['tools'].append(dreproject)
elif items=='ndvi':
dndvi={"pixel_type": "32R","ndvi": "(b4 - b3) / (b4+b3)"}
dbmath['bandmath'].update(dndvi)
elif items=='gndvi':
dgndvi={"pixel_type": "32R","gndvi": "(b4 - b2) / (b4+b2)"}
dbmath['bandmath'].update(dgndvi)
elif items=='ndwi':
dndwi={"pixel_type": "32R","ndwi": "(b2 - b4) / (b4+b2)"}
dbmath['bandmath'].update(dndwi)
elif items=='bndvi':
bndvi={"pixel_type": "32R","bndvi": "(b4-b1)/(b4+b1)"}
dbmath['bandmath'].update(bndvi)
elif items=='tvi':
dtvi={"pixel_type": "32R","tvi": "((b4-b3)/(b4+b3)+0.5) ** 0.5"}
dbmath['bandmath'].update(dtvi)
elif items=='osavi':
dosavi={"pixel_type": "32R","osavi": "1.16 * (b4-b3)/(b4+b3+0.16)"}
dbmath['bandmath'].update(dosavi)
elif items=='evi2':
devi2={"pixel_type": "32R","evi2": "2.5 * (b4 - b3) / ((b4 + (2.4* b3) + 1))"}
dbmath['bandmath'].update(devi2)
elif items=='sr':
dsr={"pixel_type": "32R","sr": "(b4/b3)"}
dbmath['bandmath'].update(dsr)
elif items=='msavi2':
dmsavi2={"pixel_type": "32R", "msavi2": "(2 * b4 - ((2 * b4 + 1) ** 2 - 8 * (b4 - b3)) ** 0.5) / 2"}
dbmath['bandmath'].update(dmsavi2)
elif items=='compression':
dbundle['tools'].append(dtiff)
#dbundle[]
for key,value in kwargs.items():
if key=='boundary' and value!=None:
for items in k['tools']:
if items.get('clip'):
try:
if value.endswith('.geojson'):
with open(value) as aoi:
aoi_resp = json.load(aoi)
for things in aoi_resp['features']:
ovall.append(things['geometry']['coordinates'])
#print(list_depth(ovall))
if len(ovall)>1:
aoi_geom=ovall
items['clip']['aoi']['coordinates']=aoi_geom
temp=shape(items.get('clip')['aoi'])
if not temp.is_valid:
print('Solving shapely self intersection for multipolygon')
temp=temp.buffer(0)
geojson_string = json.dumps(shapely.geometry.mapping(temp))
items['clip']['aoi']['coordinates']=json.loads(geojson_string)['coordinates']
ft = {"type": "Feature","geometry": {"type": "Polygon","coordinates": []},"properties": {}}
ft['geometry']['coordinates']=json.loads(geojson_string)['coordinates']
print('Total number of vertices in geometry: '+str(vertexcount(ft)))
if int(vertexcount(ft))>500:
print('Simplifying geometry since Ordersv2 will only accept upto 500 vertex points')
b= vw.simplify_feature(ft, number=495)
print('Total number of vertices in simplified geometry: '+str(vertexcount(b))+'\n')
items['clip']['aoi']['coordinates']=b['geometry']['coordinates']
temp=shape(b['geometry'])
if not temp.is_valid:
temp=temp.buffer(0)
geojson_string = json.dumps(shapely.geometry.mapping(temp))
items['clip']['aoi']['coordinates']=json.loads(geojson_string)['coordinates']
elif temp.is_valid:
items['clip']['aoi']['coordinates']=b['geometry']['coordinates']
else:
if list_depth(ovall)==0:
aoi_geom = ovall
items['clip']['aoi']['type']="Polygon"
items['clip']['aoi']['coordinates']=aoi_geom
elif list_depth(ovall)==1:
aoi_geom = ovall[0]
items['clip']['aoi']['type']="Polygon"
items['clip']['aoi']['coordinates']=aoi_geom
elif list_depth(ovall)==2:
aoi_geom = ovall[0][0]
items['clip']['aoi']['type']="Polygon"
items['clip']['aoi']['coordinates']=aoi_geom
else:
print('Please check GeoJSON: Could not parse coordinates')
elif value.endswith('.json'):
with open (value) as aoi:
aoi_resp=json.load(aoi)
items['clip']['aoi']['coordinates']=aoi_resp['config'][0]['config']['coordinates']
elif value.endswith('.kml'):
getcoord=kml2coord(value)
items['clip']['aoi']['coordinates']=getcoord
except Exception as e:
#print(e)
print('Could not parse geometry')
# #print(e)
for key,value in kwargs.items():
if key=='aws' and value!=None:
with open(value, 'r') as ymlfile:
cfg = yaml.load(ymlfile)
for section in cfg:
k['delivery']['amazon_s3']['bucket']=cfg['amazon_s3']['bucket']
k['delivery']['amazon_s3']['aws_region']=cfg['amazon_s3']['aws_region']
k['delivery']['amazon_s3']['aws_access_key_id']=cfg['amazon_s3']['aws_access_key_id']
k['delivery']['amazon_s3']['aws_secret_access_key']=cfg['amazon_s3']['aws_secret_access_key']
k['delivery']['amazon_s3']['path_prefix']=cfg['amazon_s3']['path_prefix']
for key,value in kwargs.items():
if key=='azure' and value!=None:
with open(value, 'r') as ymlfile:
cfg = yaml.load(ymlfile)
for section in cfg:
k['delivery']['azure_blob_storage']['account']=cfg['azure']['account']
k['delivery']['azure_blob_storage']['container']=cfg['azure']['container']
k['delivery']['azure_blob_storage']['sas_token']=cfg['azure']['sas_token']
k['delivery']['azure_blob_storage']['storage_endpoint_suffix']=cfg['azure']['storage_endpoint_suffix']
k['delivery']['azure_blob_storage']['path_prefix']=cfg['azure']['path_prefix']
for key,value in kwargs.items():
if key=='gcs' and value!=None:
with open(value, 'r') as ymlfile:
cfg = yaml.load(ymlfile)
for section in cfg:
k['delivery']['google_cloud_storage']['bucket']=cfg['gcs']['bucket']
k['delivery']['google_cloud_storage']['credentials']=cfg['gcs']['credentials']
k['delivery']['google_cloud_storage']['path_prefix']=cfg['gcs']['path_prefix']
for key,value in kwargs.items():
if key=='compression' and value!=None:
for items in k['tools']:
if items.get('tiff_optimize'):
items['tiff_optimize']['compression']=value
for key,value in kwargs.items():
if key=='kernel' and value!=None:
for items in k['tools']:
if items.get('reproject'):
items['reproject']['kernel']=value
for key,value in kwargs.items():
if key=='projection' and value!=None:
for items in k['tools']:
if items.get('reproject'):
items['reproject']['projection']=value
bnames=[]
for items in dbmath['bandmath']:
if items !='pixel_type':
bnames.append(items)
rg=len(bnames)
if rg<6:
dck=['b'+str(el) for el in range(1,rg+1)] #get serialized bands
plist=[list(pair) for pair in zip(dck, bnames)]
x.field_names = ["Band Number", "Band Name"]
for items in plist:
i=items[0]
f=items[1]
x.add_row([i,f])
dbmath['bandmath'][i]=dbmath['bandmath'].pop(f)
else:
print('You can only use upto 5 bands')
sys.exit()
if len(dbmath['bandmath'])>0:
k['tools'].append(dbmath)
json_data = json.dumps(k)
payload = json_data
if len(bnames):
print('\n')
print(x)
print('\n')
# print('')
#print(dbmath)
#print(payload)
ordname=k['name']
payload=payload.replace("Explorer_{{name}}.zip",ordname+'_'+str(pendulum.now()).split("T")[0]+".zip")
headers = {'content-type': 'application/json',
'cache-control': 'no-cache'}
response = requests.request('POST', url, data=payload, headers=headers,
auth=(PL_API_KEY, ''))
if response.status_code==202:
content = response.json()
try:
clipboard.copy(str(url) + '/' + str(content['id']))
print('Order created at '+str(url) + '/' + str(content['id']+' and url copied to clipboard'))
return (str(url) + '/' + str(content['id']))
except Exception:
print('Headless Setup: Order created at '+str(url) + '/' + str(content['id']))
elif response.status_code==400:
print('Failed with response: Bad request')
print(response.json()['general'][0]['message'])
elif response.status_code==401:
print('Failed with response: Forbidden')
elif response.status_code==409:
print('Failed with response: MaxConcurrency')
else:
print(response.text)
def geosimple(inp, output, num):
try:
import fiona
shape = fiona.open(inp)
with open(inp) as aoi:
aoi_resp = json.load(aoi)
if list_depth(
aoi_resp['features'][0]['geometry']['coordinates']) == 0:
print('Number of current vertices ' + str(
len(aoi_resp['features'][0]['geometry']['coordinates'][0]))
)
elif list_depth(
aoi_resp['features'][0]['geometry']['coordinates']) == 1:
print('Number of current vertices ' + str(
len(aoi_resp['features'][0]['geometry']['coordinates'][0]
[0])))
else:
print('Please check GeoJSON: Could not parse coordinates')
with fiona.Env():
with fiona.open(inp, 'r') as src:
with fiona.open(output,
'w',
schema=src.schema,
driver=src.driver,
crs=src.crs) as sink:
for f in src:
sink.write(vw.simplify_feature(f, number=num))
print('Write Completed to: ' + str(output))
except ImportError:
with open(inp) as aoi:
aoi_resp = json.load(aoi)
if list_depth(
aoi_resp['features'][0]['geometry']['coordinates']) == 0:
aoi_geom = aoi_resp['features'][0]['geometry']['coordinates']
print('Number of current vertices ' + str(
len(aoi_resp['features'][0]['geometry']['coordinates'][0]))
)
elif list_depth(
aoi_resp['features'][0]['geometry']['coordinates']) == 1:
aoi_geom = aoi_resp['features'][0]['geometry']['coordinates'][
0]
print('Number of current vertices ' + str(
len(aoi_resp['features'][0]['geometry']['coordinates'][0]
[0])))
else:
print('Please check GeoJSON: Could not parse coordinates')
ft = {
"type": "Feature",
"geometry": {
"type": "Polygon",
"coordinates": []
},
"properties": {
"vertex_count": num
}
}
ft['geometry']['coordinates'] = aoi_geom
#returns a copy of the feature, simplified (using number of vertices)
b = vw.simplify_feature(ft, number=num)
ft['geometry']['coordinates'] = b['geometry']['coordinates']
with open(output, 'w') as g:
json.dump(ft, g)
print('Write Completed to: ' + str(output))
def order(**kwargs):
for key, value in kwargs.items():
if key == "name":
dbundle["name"] = value
if key == "sid":
if value is not None:
dbundle["subscription_id"] = int(value)
else:
dbundle.pop("subscription_id", None)
if key == "item":
dbundle["products"][0]["item_type"] = value
if key == "asset":
dbundle["products"][0]["product_bundle"] = value
if key == "idlist":
l = []
if value.endswith(".csv"):
with open(value) as f:
try:
reader = csv.reader(f)
for row in reader:
item_id = row[0]
if str(item_id.isalpha()) == "False":
l.append(item_id)
except Exception as e:
print("Issue with reading: " + str(value))
elif value.endswith(".txt"):
with open(value) as f:
for line in f:
item_id = line.strip()
l.append(item_id)
dbundle["products"][0]["item_ids"] = l
k = dbundle
for key, value in kwargs.items():
if key == "op" and value != None:
for items in value:
if items == "clip":
dbundle["tools"].append(dclip)
elif items == "toar":
dbundle["tools"].append(dtoar)
elif items == "harmonize":
dbundle["tools"].append(dharmonize)
elif items == "coreg":
dbundle["tools"].append(dcoreg)
elif items == "format":
dbundle["tools"].append(dformat)
elif items == "zip":
dbundle["delivery"].update(dzip["delivery"])
elif items == "zipall":
dbundle["delivery"].update(dszip["delivery"])
elif items == "email":
dbundle.update(demail)
elif items == "aws":
dbundle["delivery"].update(daws["delivery"])
elif items == "azure":
dbundle["delivery"].update(dazure["delivery"])
elif items == "gcs":
dbundle["delivery"].update(dgcs["delivery"])
elif items == "gee":
dbundle["delivery"].update(dgee["delivery"])
elif items == "composite":
dbundle["tools"].append(dcomposite)
elif items == "projection":
dbundle["tools"].append(dreproject)
elif items == "ndvi":
dndvi = {"pixel_type": "32R", "ndvi": "(b4 - b3) / (b4+b3)"}
dbmath["bandmath"].update(dndvi)
elif items == "gndvi":
dgndvi = {"pixel_type": "32R", "gndvi": "(b4 - b2) / (b4+b2)"}
dbmath["bandmath"].update(dgndvi)
elif items == "ndwi":
dndwi = {"pixel_type": "32R", "ndwi": "(b2 - b4) / (b4+b2)"}
dbmath["bandmath"].update(dndwi)
elif items == "bndvi":
bndvi = {"pixel_type": "32R", "bndvi": "(b4-b1)/(b4+b1)"}
dbmath["bandmath"].update(bndvi)
elif items == "tvi":
dtvi = {"pixel_type": "32R", "tvi": "((b4-b3)/(b4+b3)+0.5) ** 0.5"}
dbmath["bandmath"].update(dtvi)
elif items == "osavi":
dosavi = {
"pixel_type": "32R",
"osavi": "1.16 * (b4-b3)/(b4+b3+0.16)",
}
dbmath["bandmath"].update(dosavi)
elif items == "evi2":
devi2 = {
"pixel_type": "32R",
"evi2": "2.5 * (b4 - b3) / ((b4 + (2.4* b3) + 1))",
}
dbmath["bandmath"].update(devi2)
elif items == "sr":
dsr = {"pixel_type": "32R", "sr": "(b4/b3)"}
dbmath["bandmath"].update(dsr)
elif items == "msavi2":
dmsavi2 = {
"pixel_type": "32R",
"msavi2": "(2 * b4 - ((2 * b4 + 1) ** 2 - 8 * (b4 - b3)) ** 0.5) / 2",
}
dbmath["bandmath"].update(dmsavi2)
elif items == "compression":
dbundle["tools"].append(dtiff)
# dbundle[]
for key, value in kwargs.items():
if key == "boundary" and value != None:
for items in k["tools"]:
if items.get("clip"):
try:
if value.endswith(".geojson"):
aoi_resp = multipoly(value)
try:
for things in aoi_resp["features"]:
ovall.append(things["geometry"]["coordinates"])
except Exception:
for things in json.loads(aoi_resp)["features"]:
ovall.append(things["geometry"]["coordinates"])
aoi_geom = ovall
if (
list_depth(ovall) == 2
and json.loads(aoi_resp)["features"][0]["geometry"][
"type"
]
== "MultiPolygon"
):
items["clip"]["aoi"]["coordinates"] = aoi_geom[0]
elif (
list_depth(ovall) == 2
and json.loads(aoi_resp)["features"][0]["geometry"][
"type"
]
!= "MultiPolygon"
):
aoi_geom = ovall[0][0]
items["clip"]["aoi"]["type"] = "Polygon"
items["clip"]["aoi"]["coordinates"] = aoi_geom
elif list_depth(ovall) == 1:
aoi_geom = ovall[0]
items["clip"]["aoi"]["type"] = "Polygon"
items["clip"]["aoi"]["coordinates"] = aoi_geom
elif list_depth(ovall) == 0:
aoi_geom = ovall
items["clip"]["aoi"]["type"] = "Polygon"
items["clip"]["aoi"]["coordinates"] = aoi_geom
else:
print(
"Please check GeoJSON: Could not parse coordinates"
)
try:
temp = shape(items.get("clip")["aoi"])
except Exception as e:
print(e)
if not temp.is_valid:
print(
"Solving shapely self intersection for multipolygon"
)
temp = temp.buffer(0)
geojson_string = json.dumps(
shapely.geometry.mapping(temp)
)
items["clip"]["aoi"]["coordinates"] = json.loads(
geojson_string
)["coordinates"]
ft = {
"type": "Feature",
"geometry": {"type": "Polygon", "coordinates": []},
"properties": {},
}
ft["geometry"]["coordinates"] = json.loads(
geojson_string
)["coordinates"]
print(
"Total number of vertices in geometry: "
+ str(vertexcount(ft))
)
if int(vertexcount(ft)) > 500:
print(
"Simplifying geometry since Ordersv2 will only accept upto 500 vertex points"
)
b = vw.simplify_feature(ft, number=495)
print(
"Total number of vertices in simplified geometry: "
+ str(vertexcount(b))
+ "\n"
)
items["clip"]["aoi"]["coordinates"] = b["geometry"][
"coordinates"
]
temp = shape(b["geometry"])
if not temp.is_valid:
temp = temp.buffer(0)
geojson_string = json.dumps(
shapely.geometry.mapping(temp)
)
items["clip"]["aoi"][
"coordinates"
] = json.loads(geojson_string)["coordinates"]
elif temp.is_valid:
items["clip"]["aoi"]["coordinates"] = b[
"geometry"
]["coordinates"]
elif value.endswith(".json"):
with open(value) as aoi:
aoi_resp = json.load(aoi)
items["clip"]["aoi"]["coordinates"] = aoi_resp[
"config"
][0]["config"]["coordinates"]
elif value.endswith(".kml"):
getcoord = kml2coord(value)
items["clip"]["aoi"]["coordinates"] = getcoord
except Exception as e:
print(e)
# print('Could not parse geometry')
# #print(e)
for key, value in kwargs.items():
if key == "aws" and value != None:
with open(value, "r") as ymlfile:
cfg = yaml.load(ymlfile, Loader=yaml.FullLoader)
for section in cfg:
k["delivery"]["amazon_s3"]["bucket"] = cfg["amazon_s3"]["bucket"]
k["delivery"]["amazon_s3"]["aws_region"] = cfg["amazon_s3"][
"aws_region"
]
k["delivery"]["amazon_s3"]["aws_access_key_id"] = cfg["amazon_s3"][
"aws_access_key_id"
]
k["delivery"]["amazon_s3"]["aws_secret_access_key"] = cfg[
"amazon_s3"
]["aws_secret_access_key"]
k["delivery"]["amazon_s3"]["path_prefix"] = cfg["amazon_s3"][
"path_prefix"
]
for key, value in kwargs.items():
if key == "azure" and value != None:
with open(value, "r") as ymlfile:
cfg = yaml.load(ymlfile, Loader=yaml.FullLoader)
for section in cfg:
k["delivery"]["azure_blob_storage"]["account"] = cfg["azure"][
"account"
]
k["delivery"]["azure_blob_storage"]["container"] = cfg["azure"][
"container"
]
k["delivery"]["azure_blob_storage"]["sas_token"] = cfg["azure"][
"sas_token"
]
k["delivery"]["azure_blob_storage"][
"storage_endpoint_suffix"
] = cfg["azure"]["storage_endpoint_suffix"]
k["delivery"]["azure_blob_storage"]["path_prefix"] = cfg["azure"][
"path_prefix"
]
for key, value in kwargs.items():
if key == "gcs" and value != None:
with open(value, "r") as ymlfile:
cfg = yaml.load(ymlfile, Loader=yaml.FullLoader)
for section in cfg:
k["delivery"]["google_cloud_storage"]["bucket"] = cfg["gcs"][
"bucket"
]
k["delivery"]["google_cloud_storage"]["credentials"] = cfg["gcs"][
"credentials"
]
k["delivery"]["google_cloud_storage"]["path_prefix"] = cfg["gcs"][
"path_prefix"
]
for key, value in kwargs.items():
if key == "gee" and value != None:
project = value.split(',')[0]
collection = value.split(',')[-1]
k["delivery"]["google_earth_engine"]["project"] = project
k["delivery"]["google_earth_engine"]["collection"] = collection
for key, value in kwargs.items():
if key == "compression" and value != None:
for items in k["tools"]:
if items.get("tiff_optimize"):
items["tiff_optimize"]["compression"] = value
for key, value in kwargs.items():
if key == "kernel" and value != None:
for items in k["tools"]:
if items.get("reproject"):
items["reproject"]["kernel"] = value
for key, value in kwargs.items():
if key == "projection" and value != None:
for items in k["tools"]:
if items.get("reproject"):
items["reproject"]["projection"] = value
for key, value in kwargs.items():
if key == "anchor" and value != None:
for items in k["tools"]:
if items.get("coregister"):
items["coregister"]["anchor_item"] = value
for key, value in kwargs.items():
if key == "format" and value != None:
for items in k["tools"]:
if items.get("file_format"):
items["file_format"]["format"] = value
bnames = []
for items in dbmath["bandmath"]:
if items != "pixel_type":
bnames.append(items)
rg = len(bnames)
if rg < 6:
dck = ["b" + str(el) for el in range(1, rg + 1)] # get serialized bands
plist = [list(pair) for pair in zip(dck, bnames)]
x.field_names = ["Band Number", "Band Name"]
for items in plist:
i = items[0]
f = items[1]
x.add_row([i, f])
dbmath["bandmath"][i] = dbmath["bandmath"].pop(f)
else:
print("You can only use upto 5 bands")
sys.exit()
if len(dbmath["bandmath"]) > 0:
k["tools"].append(dbmath)
json_data = json.dumps(k)
payload = json_data
if len(bnames):
print("\n")
print(x)
print("\n")
# print('')
# print(dbmath)
#print(payload)
ordname = k["name"]
payload = payload.replace(
"{{name}}_{{order_id}}.zip",
"{{name}}_{{order_id}}_" + str(date.today()) + ".zip",
)
# print(payload)
headers = {"content-type": "application/json", "cache-control": "no-cache"}
response = requests.request(
"POST", url, data=payload, headers=headers, auth=(PL_API_KEY, "")
)
if response.status_code == 202:
content = response.json()
try:
clipboard.copy(str(url) + "/" + str(content["id"]))
print(
"Order created at "
+ str(url)
+ "/"
+ str(content["id"] + " and url copied to clipboard")
)
return str(url) + "/" + str(content["id"])
except Exception:
print(
"Headless Setup: Order created at "
+ str(url)
+ "/"
+ str(content["id"])
)
elif response.status_code == 400:
print("Failed with response: Bad request")
print(response.json()["general"][0]["message"])
elif response.status_code == 401:
print("Failed with response: Forbidden")
elif response.status_code == 409:
print("Failed with response: MaxConcurrency")
else:
print(response.text)
def geosimple(inp, output, num):
if int(num) >= 500:
print("\n" + "Note: Ordersv2 will only accept upto 500 vertex points")
print("")
try:
import fiona
shape = fiona.open(inp)
with open(inp) as aoi:
aoi_resp = json.load(aoi)
if list_depth(
aoi_resp["features"][0]["geometry"]["coordinates"]) == 0:
print("Number of current vertices: " + str(
len(aoi_resp["features"][0]["geometry"]["coordinates"][0]))
)
elif list_depth(
aoi_resp["features"][0]["geometry"]["coordinates"]) == 1:
print("Number of current vertices: " + str(
len(aoi_resp["features"][0]["geometry"]["coordinates"][0]
[0])))
else:
print("Please check GeoJSON: Could not parse coordinates")
with fiona.Env():
with fiona.open(inp, "r") as src:
with fiona.open(output,
"w",
schema=src.schema,
driver=src.driver,
crs=src.crs) as sink:
for f in src:
if int(num) == 500:
num = int(num) - 2
else:
num = int(num) - 1
sink.write(vw.simplify_feature(f, number=num))
print("Write Completed to: " + str(output))
vertexcount(output)
except ImportError:
with open(inp) as aoi:
aoi_resp = json.load(aoi)
if list_depth(
aoi_resp["features"][0]["geometry"]["coordinates"]) == 0:
aoi_geom = aoi_resp["features"][0]["geometry"]["coordinates"]
print("Number of current vertices: " + str(
len(aoi_resp["features"][0]["geometry"]["coordinates"][0]))
)
elif list_depth(
aoi_resp["features"][0]["geometry"]["coordinates"]) == 1:
aoi_geom = aoi_resp["features"][0]["geometry"]["coordinates"][
0]
print("Number of current vertices: " + str(
len(aoi_resp["features"][0]["geometry"]["coordinates"][0]
[0])))
else:
print("Please check GeoJSON: Could not parse coordinates")
ft = {
"type": "Feature",
"geometry": {
"type": "Polygon",
"coordinates": []
},
"properties": {
"vertex_count": num
},
}
ft["geometry"]["coordinates"] = aoi_geom
# returns a copy of the feature, simplified (using number of vertices)
if int(num) == 500:
num = int(num) - 2
else:
num = int(num) - 1
b = vw.simplify_feature(ft, number=num)
ft["geometry"]["coordinates"] = b["geometry"]["coordinates"]
with open(output, "w") as g:
json.dump(ft, g)
print("Write Completed to: " + str(output))
vertexcount(output)
except Exception as e:
print(e)