def createPoints(kmlDoc, epochTime, latitude, longitude):
# This creates a <Placemark> element for a row of data.
# A row is a dict.
placemarkElement = kmlDoc.createElement('Placemark')
styleUrl= '#point-style'
styleUrlElement = kmlDoc.createElement('styleUrl')
styleUrlElement.appendChild(kmlDoc.createTextNode(styleUrl))
placemarkElement.appendChild(styleUrlElement)
## time = int(time)
## t=time.gmtime(epochTime)
## timeString="%s-%s-%s %s:%s:%s"%(strftime("%Y", t),strftime("%m", t),strftime("%d", t),strftime("%H", t),strftime("%M", t),strftime("%S", t))
timeString = str(utils.timestamp_todate(int(epochTime)))
nameElement = kmlDoc.createElement('name')
nameElement.appendChild(kmlDoc.createTextNode(timeString[0:19]))
placemarkElement.appendChild(nameElement)
extElement = kmlDoc.createElement('ExtendedData')
placemarkElement.appendChild(extElement)
# Loop through the columns and create a <Data> element for every field that has a value.
dataElement = kmlDoc.createElement('Data')
dataElement.setAttribute('name', 'timestamp')
valueElement = kmlDoc.createElement('value')
dataElement.appendChild(valueElement)
valueText = kmlDoc.createTextNode(timeString)
valueElement.appendChild(valueText)
extElement.appendChild(dataElement)
dataElement = kmlDoc.createElement('Data')
dataElement.setAttribute('name', 'latitude')
valueElement = kmlDoc.createElement('value')
dataElement.appendChild(valueElement)
valueText = kmlDoc.createTextNode(str(latitude))
valueElement.appendChild(valueText)
extElement.appendChild(dataElement)
dataElement = kmlDoc.createElement('Data')
dataElement.setAttribute('name', 'longitude')
valueElement = kmlDoc.createElement('value')
dataElement.appendChild(valueElement)
valueText = kmlDoc.createTextNode(str(longitude))
valueElement.appendChild(valueText)
extElement.appendChild(dataElement)
pointElement = kmlDoc.createElement('Point')
placemarkElement.appendChild(pointElement)
extrude= '1'
extrudeElement = kmlDoc.createElement('extrude')
extrudeElement.appendChild(kmlDoc.createTextNode(extrude))
pointElement.appendChild(extrudeElement)
altitudeMode= 'relativeToGround'
altitudeModeElement = kmlDoc.createElement('altitudeMode')
altitudeModeElement.appendChild(kmlDoc.createTextNode(altitudeMode))
pointElement.appendChild(altitudeModeElement)
coordinates = '%s,%s,1' % (longitude, latitude)
coorElement = kmlDoc.createElement('coordinates')
coorElement.appendChild(kmlDoc.createTextNode(coordinates))
pointElement.appendChild(coorElement)
return placemarkElement
def edit_deployment(request, project_id, deployment_id):
query = get_query("deployment")
deployment = query(deployment_id)
if isinstance( deployment.time_end, (int, long) ):
time_end = utils.strftime(utils.timestamp_todate(deployment.time_end))
else:
time_end = "None"
return render_project_form(
request=request,
project_id=project_id,
post_form=EditDeploymentForm(data=request.POST, instance=deployment),
get_form=EditDeploymentForm(
instance=deployment,
initial={'time_start':
utils.strftime(
utils.timestamp_todate(deployment.time_start)),
'time_end': time_end}),
template_path="project/edit-deployment.html",
success_url="%s?new_element=True" % reverse(
"project:edit-deployment", args=(project_id, deployment_id)))
def get_end(self):
if(self.time_end != None):
return strftime(timestamp_todate(self.time_end))
else:
return ""
def get_start(self):
if(self.time_start != None):
return strftime(timestamp_todate(self.time_start))
else:
return ""
def createKML(deploymentIDs, radius, numberOfIntervals, trackPath, trackLocation, histogram, timeArray, latitudeArray, longitudeArray):
kmlDoc = xml.dom.minidom.Document()
## Add headings to the KML.
kmlElement = kmlDoc.createElementNS('http://earth.google.com/kml/2.2', 'kml')
kmlElement.setAttribute('xmlns', 'http://www.opengis.net/kml/2.2')
kmlElement.setAttribute('xmlns:gx', 'http://www.google.com/kml/ext/2.2')
kmlElement.setAttribute('xmlns:kml', 'http://www.opengis.net/kml/2.2')
kmlElement.setAttribute('xmlns:atom', 'http://www.w3.org/2005/Atom')
kmlElement = kmlDoc.appendChild(kmlElement)
documentElement = kmlDoc.createElement('Document')
documentElement = kmlElement.appendChild(documentElement)
##Add styles for different content.
styleElement = createStyle(kmlDoc)
documentElement.appendChild(styleElement)
styleElement2 = createStyle2(kmlDoc)
documentElement.appendChild(styleElement2)
##Sample the mean time, latitude, and longitude.
[meanTimeArray, meanLatitudeArray, meanLongitudeArray] = meanTimeSampling(numberOfIntervals, timeArray, latitudeArray, longitudeArray)
##Convert time into Google Earth readable form.
## Time zone will need to be set or queried!!!
convertedTime=[]
for JStime in meanTimeArray:
# tm=time.gmtime(float(JStime))
# timeString="%s-%s-%sT%s:%s:%sZ"%(strftime("%Y", t),strftime("%m", t),strftime("%d", t),strftime("%H", t),strftime("%M", t),strftime("%S", t))
# timeString = strftime("%Y-%m-%dT%H:%M:%SZ",tm)
timeString = utils.timestamp_todate(int(JStime))
timeString = str(timeString)[0:10]+'T'+str(timeString)[11:25]
convertedTime.append(timeString)
for dep in deploymentIDs:
##Create tracks if the setting is yes.
if (trackPath=='Yes'):
trackElement = createTrack(kmlDoc,dep,convertedTime,meanLongitudeArray,meanLatitudeArray)
documentElement.appendChild(trackElement)
##Create track locatoins if the setting is yes.
if (trackLocation=='Yes'):
folderElement = kmlDoc.createElement('Folder')
folderName = 'Track Locations %s' % (dep)
nameElement = kmlDoc.createElement('name')
nameElement.appendChild(kmlDoc.createTextNode(folderName))
folderElement.appendChild(nameElement)
meanArrayLength = len(meanTimeArray)
for i in range(meanArrayLength):
placemarkElement = createPoints(kmlDoc, meanTimeArray[i], meanLatitudeArray[i], meanLongitudeArray[i])
folderElement.appendChild(placemarkElement)
documentElement.appendChild(folderElement)
##Create histogram if the setting is yes.
if (histogram=='Yes'):
[altitudeArray, maxAltitude] = calculateAltitude(radius, latitudeArray, longitudeArray)
folderElement2 = kmlDoc.createElement('Folder')
folderName2 = 'Histogram %s' % (dep)
nameElement2 = kmlDoc.createElement('name')
nameElement2.appendChild(kmlDoc.createTextNode(folderName2))
folderElement2.appendChild(nameElement2)
arrayLength=len(altitudeArray)
for i in range(arrayLength):
placemarkElement = createPlacemark(kmlDoc, altitudeArray[i], latitudeArray[i], longitudeArray[i], maxAltitude)
folderElement2.appendChild(placemarkElement)
documentElement.appendChild(folderElement2)
##Output the file.
##fileName = 'deployment%s_python.kml'%(deploymentID)
##kmlFile = open(fileName, 'w')
##kmlFile.write(kmlDoc.toprettyxml(' ', newl = '\n', encoding = 'utf-8'))
return kmlDoc.toprettyxml(' ', newl = '\n', encoding = 'utf-8')