def runTest(self): id = 'pm123' kml = '<Placemark id="%s"><name>hello</name></Placemark>' % id kmlfile,errors = kmlengine.KmlFile.CreateFromParse(kml) assert kmlfile object = kmlfile.GetObjectById(id) assert object placemark = kmldom.AsPlacemark(object) assert placemark assert placemark.has_id() assert id == placemark.get_id()
def parseKML(kml, debug=False):
"""Here kml is a filestream prehaps generated by .read(). This function
Assumes that The KML contains a Document which contains only Points and
LineStrings. If there is at least one LineString, the points contained in
these LineStrings will be parsed and returned as one long string which is
readable by the Google Maps and Elevation APIs.
If Parsing fails, an attribute error should be thrown."""
# Use the convenience function to return the root feature of the parsed KML.
root_feature = kmlengine.GetRootFeature(kmldom.ParseKml(kml))
# We know the root feature is a Document which contains only Placemarks.
document = kmldom.AsDocument(root_feature)
numPlacemarks = document.get_feature_array_size()
coordinates = [[]]
coordCounter = 0
for i in range(numPlacemarks):
placemark = kmldom.AsPlacemark(document.get_feature_array_at(i))
geometry = placemark.get_geometry()
# Assume that the document contains only Points and LineStrings
try:
coordsDom = kmldom.AsLineString(geometry).get_coordinates()
numCoords = coordsDom.get_coordinates_array_size()
except AttributeError:
coordsDom = kmldom.AsPoint(geometry).get_coordinates()
numCoords = coordsDom.get_coordinates_array_size()
# Put all the coordinates in a list
for j in range(numCoords):
coordDom = coordsDom.get_coordinates_array_at(j)
coordinates[-1].append(
(coordDom.get_latitude(), coordDom.get_longitude()))
coordCounter += 1
# URLs can only be 2048 characters which works out to ~100
# coordinates
if coordCounter % 50 == 0:
coordinates.append([])
if coordCounter >= 25000:
raise Exception('Too many coordinates for Elevation API.')
if debug:
print "Number of coordinates: %d" % coordCounter
paths = []
for coords in coordinates:
# Get the coordinates in the format that the Google APIs want
coordinatesString = [coordToString(coord) for coord in coords]
coordinatesString = string.join(coordinatesString, '|')
paths.append(coordinatesString)
return paths
def runTest(self): factory = kmldom.KmlFactory_GetFactory() placemark = factory.CreatePlacemark() name = 'hi' placemark.set_name(name) clone_element = kmlengine.Clone(placemark) assert clone_element clone_placemark = kmldom.AsPlacemark(clone_element) assert clone_placemark assert name == clone_placemark.get_name() # Change the name in the original new_name = 'new name' placemark.set_name(new_name) # Verify that the clone still has the old name assert name == clone_placemark.get_name()
def runTest(self): factory = kmldom.KmlFactory_GetFactory() # TODO: This crashes CreateFromImport as do all non-Object complex elements # kml = factory.CreateKml() # This returns an ElementPtr for the given element and works fine in # CreateFromImport: kml_as_element = factory.CreateElementById(kmldom.Type_kml) kml = kmldom.AsKml(kml_as_element) kml.set_feature(factory.CreatePlacemark()) kmlfile = kmlengine.KmlFile.CreateFromImport(kml_as_element) assert kmlfile root = kmlfile.get_root() assert root kml = kmldom.AsKml(root) assert kml assert kml.has_feature() placemark = kmldom.AsPlacemark(kml.get_feature()) assert placemark
def runTest(self): factory = kmldom.KmlFactory_GetFactory() placemark = factory.CreatePlacemark() id = 'placemark123' name = 'some name' placemark.set_id(id) placemark.set_name(name) folder = factory.CreateFolder() folder.add_feature(placemark) kmlfile = kmlengine.KmlFile.CreateFromImport(folder) assert kmlfile object = kmlfile.GetObjectById(id) assert object placemark = kmldom.AsPlacemark(object) assert placemark assert placemark.has_id() assert id == placemark.get_id() assert placemark.has_name() assert name == placemark.get_name()
def runTest(self):
kmz_filepath = os.path.join(os.path.dirname(__file__), '../../testdata/kmz/model-macky.kmz')
kmzfile = kmlengine.KmzFile.OpenFromFile(kmz_filepath)
assert kmzfile
(ok, kml) = kmzfile.ReadKml()
assert ok
(kmlfile,errors) = kmlengine.KmlFile.CreateFromParse(kml)
assert kmlfile
root = kmldom.AsKml(kmlfile.get_root())
assert root
placemark = kmldom.AsPlacemark(root.get_feature())
assert placemark
assert 'SketchUp Model of Macky Auditorium' == placemark.get_name()
assert placemark.has_geometry()
model = kmldom.AsModel(placemark.get_geometry())
assert model
assert 'model_4' == model.get_id()
(ok, dae) = kmzfile.ReadFile('geometry/CU-Macky.dae')
assert ok
assert 268477 == len(dae)
def main():
print '== This is %s' % sys.argv[0]
kml = ('<kml>\n<Placemark>\n<name>foo</name>\n'
'<Point>\n<coordinates>-122, 37</coordinates>\n</Point>\n'
'</Placemark>\n</kml>')
print 'kml is:\n%s' % kml
print 'parsing kml'
# Use the convenience function to return the root feature of the parsed KML.
root_feature = kmlengine.GetRootFeature(kmldom.ParseKml(kml))
# We know the root feature is a Placemark.
placemark = kmldom.AsPlacemark(root_feature)
# Extract the coordinates and print them.
point = kmldom.AsPoint(placemark.get_geometry())
coordinates = point.get_coordinates().get_coordinates_array_at(0)
print 'lat: %0.3f, lng %0.3f' % (coordinates.get_latitude(),
coordinates.get_longitude())
def runTest(self): factory = kmldom.KmlFactory_GetFactory() placemark = factory.CreatePlacemark() feature = kmlengine.GetRootFeature(placemark) assert feature assert kmldom.AsPlacemark(feature)
sys.exit(-1)
kml = kmldom.ParseKml(kml_data)
kml_root = kmlengine.GetRootFeature(kml)
placemarks = []
nodes = [kml_root]
while len(nodes) > 0:
node = nodes.pop()
if node.Type() == kmldom.Type_Document:
doc = kmldom.AsDocument(node)
for i in range(doc.get_feature_array_size()):
nodes.append(doc.get_feature_array_at(i))
if node.Type() == kmldom.Type_Placemark:
p = kmldom.AsPlacemark(node)
placemarks.append(p)
if len(placemarks) < 1:
print "Error: no placemarks found in KML file"
sys.exit(-1)
if len(placemarks) == 1:
print "Found 1 placemark. Using it"
placemark = placemarks[0]
else:
print "Select placemark:"
for i, p in enumerate(placemarks):
print " %3d: %s" % (i + 1, p.get_name())
pos = 0
while pos < 1 or pos > len(placemarks):
pos = raw_input("# ")
