def MakeXML(self,filpath):
# root = Element("GRM")
# layers = GRM_Plugin._iface.legendInterface().layers()
# for layer in layers:
# layerpath=_util.GetLayerPath(layer.name())
# SubElement(root, "data", LayerName=layer.name()).text = layerpath
# ElementTree(root).write(filpath, "utf-8")
# 2017/06/19 XML 생성 부분 수정
Employees = Element("Employees")
layers = GRM_Plugin._iface.legendInterface().layers()
for layer in layers:
layerpath=_util.GetLayerPath(layer.name())
Employee = Element('Employee', LayerName=layer.name())
LayerPath = Element('LayerPath')
LayerPath.text = layerpath
Employee.append(LayerPath)
Employees.append(Employee)
ElementTree(Employees).write(filpath, "utf-8")
def Check_Gmp_xml(self, filepath):
self.ProjectFile = filepath
# xml 요소 값을 배열에 넣음
self.Set_XML_element()
self.Set_XML_element_SubWatershed()
self.Set_XML_element_WatchPoints()
self.Set_XML_element_FlowControlGrid()
self.Set_XML_element_GreenAmptParameter()
self.Set_XML_element_SoilDepth()
self.Set_XML_element_LandCover()
# xml 파싱
doc = ET.parse(self.ProjectFile)
root = doc.getroot()
GRMProject = ET.Element("GRMProject")
GRMProject.set("xmlns", "http://tempuri.org/GRMProject.xsd")
ProjectSettings = ET.SubElement(GRMProject, "ProjectSettings")
for i in range(0, len(self.XML_element)):
for element in root.findall(
'{http://tempuri.org/GRMProject.xsd}ProjectSettings'):
Datavalue = element.findtext(
"{http://tempuri.org/GRMProject.xsd}" +
self.XML_element[i])
if self.XML_element[i] == "GRMSimulationType" and (
Datavalue == "" or Datavalue == None):
Datavalue = "SingleEvent"
if self.XML_element[i] == "LandCoverDataType" and (
Datavalue == "" or Datavalue == None):
Datavalue = "File"
if self.XML_element[i] == "SoilTextureDataType" and (
Datavalue == "" or Datavalue == None):
Datavalue = "File"
if self.XML_element[i] == "SoilDepthDataType" and (
Datavalue == "" or Datavalue == None):
Datavalue = "File"
if self.XML_element[i] == "RainfallDataType" and (
Datavalue == "" or Datavalue == None):
Datavalue = "TextFileASCgrid"
if self.XML_element[i] == "FlowDirectionType" and (
Datavalue == "" or Datavalue == None):
Datavalue = "StartsFromE_TauDEM"
if self.XML_element[i] == "IsParallel" and (Datavalue == "" or
Datavalue == None):
Datavalue = "true"
if self.XML_element[i] == "MaxDegreeOfParallelism" and (
Datavalue == "" or Datavalue == None):
Datavalue = "-1"
if self.XML_element[i] == "SimulStartingTime" and (
Datavalue == "" or Datavalue == None):
Datavalue = "0"
if self.XML_element[i] == "IsFixedTimeStep" and (
Datavalue == "" or Datavalue == None):
Datavalue = "false"
if self.XML_element[i] == "'SimulateInfiltration'" and (
Datavalue == "" or Datavalue == None):
Datavalue = "true"
if self.XML_element[i] == "SimulateSubsurfaceFlow" and (
Datavalue == "" or Datavalue == None):
Datavalue = "true"
if self.XML_element[i] == "SimulateBaseFlow" and (
Datavalue == "" or Datavalue == None):
Datavalue = "true"
if self.XML_element[i] == "SimulateFlowControl" and (
Datavalue == "" or Datavalue == None):
Datavalue = "true"
if self.XML_element[i] == "CrossSectionType" and (
Datavalue == "" or Datavalue == None):
Datavalue = "CSSingle"
if self.XML_element[i] == "SingleCSChannelWidthType" and (
Datavalue == "" or Datavalue == None):
Datavalue = "CWGemeration"
if self.XML_element[i] == "BankSideSlopeRight" and (
Datavalue == "" or Datavalue == None):
Datavalue = "1.5"
if self.XML_element[i] == "BankSideSlopeLeft" and (
Datavalue == "" or Datavalue == None):
Datavalue = "1.5"
if self.XML_element[i] == "MakeIMGFile" and (
Datavalue == "" or Datavalue == None):
Datavalue = "false"
if self.XML_element[i] == "MakeASCFile" and (
Datavalue == "" or Datavalue == None):
Datavalue = "false"
if self.XML_element[i] == "MakeSoilSaturationDistFile" and (
Datavalue == "" or Datavalue == None):
Datavalue = "true"
if self.XML_element[i] == "MakeRfDistFile" and (
Datavalue == "" or Datavalue == None):
Datavalue = "true"
if self.XML_element[i] == "MakeRFaccDistFile" and (
Datavalue == "" or Datavalue == None):
Datavalue = "true"
if self.XML_element[i] == "MakeFlowDistFile" and (
Datavalue == "" or Datavalue == None):
Datavalue = "true"
if self.XML_element[i] == "PrintOption" and (
Datavalue == "" or Datavalue == None):
Datavalue = "All"
if self.XML_element[i] == "WriteLog" and (Datavalue == "" or
Datavalue == None):
Datavalue = "false"
ET.SubElement(ProjectSettings,
self.XML_element[i]).text = Datavalue
GRM._SubWatershedCount = 0
for element in root.findall(
'{http://tempuri.org/GRMProject.xsd}SubWatershedSettings'):
SubWatershedSettings = ET.SubElement(GRMProject,
"SubWatershedSettings")
for i in range(0, len(self.XML_element_SubWatershed)):
Datavalue = element.findtext(
"{http://tempuri.org/GRMProject.xsd}" +
self.XML_element_SubWatershed[i])
if self.XML_element_SubWatershed[i] == "IniSaturation" and (
Datavalue == "" or Datavalue == None):
Datavalue = "1"
elif self.XML_element_SubWatershed[i] == "MinSlopeOF" and (
Datavalue == "" or Datavalue == None):
Datavalue = "0.0001"
elif self.XML_element_SubWatershed[i] == "MinSlopeChBed" and (
Datavalue == "" or Datavalue == None):
Datavalue = "0.0001"
elif self.XML_element_SubWatershed[i] == "MinChBaseWidth" and (
Datavalue == "" or Datavalue == None):
Datavalue = "00"
elif self.XML_element_SubWatershed[i] == "ChRoughness" and (
Datavalue == "" or Datavalue == None):
Datavalue = "0.045"
elif self.XML_element_SubWatershed[i] == "DryStreamOrder" and (
Datavalue == "" or Datavalue == None):
Datavalue = "0"
elif self.XML_element_SubWatershed[i] == "IniFlow" and (
Datavalue == "" or Datavalue == None):
Datavalue = "0"
elif self.XML_element_SubWatershed[
i] == "UnsaturatedKType" and (Datavalue == ""
or Datavalue == None):
Datavalue = "Linear"
elif self.XML_element_SubWatershed[
i] == "CoefUnsaturatedK" and (Datavalue == ""
or Datavalue == None):
Datavalue = "0.2"
elif self.XML_element_SubWatershed[
i] == "CalCoefLCRoughness" and (Datavalue == ""
or Datavalue == None):
Datavalue = "1"
elif self.XML_element_SubWatershed[
i] == "CalCoefPorosity" and (Datavalue == ""
or Datavalue == None):
Datavalue = "1"
elif self.XML_element_SubWatershed[
i] == "CalCoefWFSuctionHead" and (Datavalue == "" or
Datavalue == None):
Datavalue = "1"
elif self.XML_element_SubWatershed[
i] == "CalCoefHydraulicK" and (Datavalue == ""
or Datavalue == None):
Datavalue = "1"
elif self.XML_element_SubWatershed[
i] == "CalCoefSoilDepth" and (Datavalue == ""
or Datavalue == None):
Datavalue = "1"
if self.XML_element_SubWatershed[i] == "UserSet" and (
Datavalue == "" or Datavalue == None):
Datavalue = "false"
ET.SubElement(
SubWatershedSettings,
self.XML_element_SubWatershed[i]).text = Datavalue
GRM._SubWatershedCount = GRM._SubWatershedCount + 1
GRM._WatchPointCount = 0
for element in root.findall(
'{http://tempuri.org/GRMProject.xsd}WatchPoints'):
WatchPoints = ET.SubElement(GRMProject, "WatchPoints")
for i in range(0, len(self.XML_element_WatchPoints)):
Datavalue = element.findtext(
"{http://tempuri.org/GRMProject.xsd}" +
self.XML_element_WatchPoints[i])
if self.XML_element_WatchPoints[i] == "Name" and (
Datavalue == "" or Datavalue == None):
Datavalue = ""
if self.XML_element_WatchPoints[i] == "ColX" and (
Datavalue == "" or Datavalue == None):
Datavalue = ""
if self.XML_element_WatchPoints[i] == "RowY" and (
Datavalue == "" or Datavalue == None):
Datavalue = ""
ET.SubElement(WatchPoints,
self.XML_element_WatchPoints[i]).text = Datavalue
GRM._WatchPointCount = GRM._WatchPointCount + 1
GRM._FlowControlCount = 0
for element in root.findall(
'{http://tempuri.org/GRMProject.xsd}FlowControlGrid'):
FlowControlGrid = ET.SubElement(GRMProject, "FlowControlGrid")
for i in range(0, len(self.XML_element_FlowControlGrid)):
Datavalue = element.findtext(
"{http://tempuri.org/GRMProject.xsd}" +
self.XML_element_FlowControlGrid[i])
if self.XML_element_FlowControlGrid[i] == "ColX" and (
Datavalue == "" or Datavalue == None):
Datavalue = ""
if self.XML_element_FlowControlGrid[i] == "RowY" and (
Datavalue == "" or Datavalue == None):
Datavalue = ""
if self.XML_element_FlowControlGrid[i] == "Name" and (
Datavalue == "" or Datavalue == None):
Datavalue = ""
if self.XML_element_FlowControlGrid[i] == "ControlType" and (
Datavalue == "" or Datavalue == None):
Datavalue = ""
if self.XML_element_FlowControlGrid[i] == "DT" and (
Datavalue == "" or Datavalue == None):
Datavalue = ""
if self.XML_element_FlowControlGrid[i] == "FlowDataFile" and (
Datavalue == "" or Datavalue == None):
Datavalue = ""
if self.XML_element_FlowControlGrid[i] == "IniStorage" and (
Datavalue == "" or Datavalue == None):
Datavalue = ""
if self.XML_element_FlowControlGrid[i] == "MaxStorage" and (
Datavalue == "" or Datavalue == None):
Datavalue = ""
if self.XML_element_FlowControlGrid[i] == "MaxStorageR" and (
Datavalue == "" or Datavalue == None):
Datavalue = ""
if self.XML_element_FlowControlGrid[i] == "ROType" and (
Datavalue == "" or Datavalue == None):
Datavalue = ""
if self.XML_element_FlowControlGrid[i] == "ROConstQ" and (
Datavalue == "" or Datavalue == None):
Datavalue = ""
if self.XML_element_FlowControlGrid[
i] == "ROConstQDuration" and (Datavalue == ""
or Datavalue == None):
Datavalue = ""
ET.SubElement(
FlowControlGrid,
self.XML_element_FlowControlGrid[i]).text = Datavalue
GRM._FlowControlCount = GRM._FlowControlCount + 1
GRM._GreenAmptCount = 0
for element in root.findall(
'{http://tempuri.org/GRMProject.xsd}GreenAmptParameter'):
GreenAmptParameter = ET.SubElement(GRMProject,
"GreenAmptParameter")
for i in range(0, len(self.XML_element_GreenAmptParameter)):
Datavalue = element.findtext(
"{http://tempuri.org/GRMProject.xsd}" +
self.XML_element_GreenAmptParameter[i])
if self.XML_element_GreenAmptParameter[i] == "GridValue" and (
Datavalue == "" or Datavalue == None):
Datavalue = ""
if self.XML_element_GreenAmptParameter[i] == "USERSoil" and (
Datavalue == "" or Datavalue == None):
Datavalue = ""
if self.XML_element_GreenAmptParameter[i] == "GRMCode" and (
Datavalue == "" or Datavalue == None):
Datavalue = ""
if self.XML_element_GreenAmptParameter[
i] == "GRMTextureE" and (Datavalue == ""
or Datavalue == None):
Datavalue = ""
if self.XML_element_GreenAmptParameter[
i] == "GRMTextureK" and (Datavalue == ""
or Datavalue == None):
Datavalue = ""
if self.XML_element_GreenAmptParameter[i] == "Porosity" and (
Datavalue == "" or Datavalue == None):
Datavalue = ""
if self.XML_element_GreenAmptParameter[
i] == "EffectivePorosity" and (Datavalue == ""
or Datavalue == None):
Datavalue = ""
if self.XML_element_GreenAmptParameter[
i] == "WFSoilSuctionHead" and (Datavalue == ""
or Datavalue == None):
Datavalue = ""
if self.XML_element_GreenAmptParameter[
i] == "HydraulicConductivity" and (Datavalue == "" or
Datavalue == None):
Datavalue = ""
ET.SubElement(
GreenAmptParameter,
self.XML_element_GreenAmptParameter[i]).text = Datavalue
GRM._GreenAmptCount = GRM._GreenAmptCount + 1
GRM._SoilDepthCount = 0
for element in root.findall(
'{http://tempuri.org/GRMProject.xsd}SoilDepth'):
SoilDepth = ET.SubElement(GRMProject, "SoilDepth")
for i in range(0, len(self.XML_element_SoilDepth)):
if self.XML_element_SoilDepth[i] == "SoilDeptht":
Datavalue = element.findtext(
"{http://tempuri.org/GRMProject.xsd}SoilDepth")
else:
Datavalue = element.findtext(
"{http://tempuri.org/GRMProject.xsd}" +
self.XML_element_SoilDepth[i])
if self.XML_element_SoilDepth[i] == "GridValue" and (
Datavalue == "" or Datavalue == None):
Datavalue = ""
if self.XML_element_SoilDepth[i] == "UserDepthClass" and (
Datavalue == "" or Datavalue == None):
Datavalue = ""
if self.XML_element_SoilDepth[i] == "GRMCode" and (
Datavalue == "" or Datavalue == None):
Datavalue = ""
if self.XML_element_SoilDepth[i] == "SoilDepthClassE" and (
Datavalue == "" or Datavalue == None):
Datavalue = ""
if self.XML_element_SoilDepth[i] == "SoilDepthClassK" and (
Datavalue == "" or Datavalue == None):
Datavalue = ""
if self.XML_element_SoilDepth[i] == "SoilDeptht" and (
Datavalue == "" or Datavalue == None):
Datavalue = ""
ET.SubElement(SoilDepth,
self.XML_element_SoilDepth[i]).text = Datavalue
GRM._SoilDepthCount = GRM._SoilDepthCount + 1
GRM._LandCoverCount = 0
for element in root.findall(
'{http://tempuri.org/GRMProject.xsd}LandCover'):
LandCover = ET.SubElement(GRMProject, "LandCover")
for i in range(0, len(self.XML_element_LandCover)):
Datavalue = element.findtext(
"{http://tempuri.org/GRMProject.xsd}" +
self.XML_element_LandCover[i])
if self.XML_element_LandCover[i] == "GridValue" and (
Datavalue == "" or Datavalue == None):
Datavalue = ""
if self.XML_element_LandCover[i] == "UserLandCover" and (
Datavalue == "" or Datavalue == None):
Datavalue = ""
if self.XML_element_LandCover[i] == "GRMCode" and (
Datavalue == "" or Datavalue == None):
Datavalue = ""
if self.XML_element_LandCover[i] == "GRMLandCoverE" and (
Datavalue == "" or Datavalue == None):
Datavalue = ""
if self.XML_element_LandCover[i] == "GRMLandCoverK" and (
Datavalue == "" or Datavalue == None):
Datavalue = ""
if self.XML_element_LandCover[
i] == "RoughnessCoefficient" and (Datavalue == "" or
Datavalue == None):
Datavalue = ""
if self.XML_element_LandCover[i] == "ImperviousRatio" and (
Datavalue == "" or Datavalue == None):
Datavalue = ""
ET.SubElement(LandCover,
self.XML_element_LandCover[i]).text = Datavalue
GRM._LandCoverCount = GRM._LandCoverCount + 1
ET.ElementTree(GRMProject).write(self.ProjectFile,
encoding="utf-8",
xml_declaration=True)
with open(self.ProjectFile, 'r') as f:
content = f.read()
result = content.replace("SoilDeptht", "SoilDepth")
f = open(self.ProjectFile, 'w')
f.write(result)
f.close()
## 줄바꿈과 뛰어쓰기 부분
#def indent(elem, level=0):
# i = "\n" + level * " "
# j = "\n" + (level - 1) * " "
# if len(elem):
# if not elem.text or not elem.text.strip():
# elem.text = i + " "
# if not elem.tail or not elem.tail.strip():
# elem.tail = i
# for subelem in elem:
# indent(subelem, level + 1)
# if not elem.tail or not elem.tail.strip():
# elem.tail = i
# else:
# if level and (not elem.tail or not elem.tail.strip()):
# elem.tail = i
# return elem
## 저장된 파일 다시 불러와서 줄바꿈과 정렬 하기
#doc = ET.parse(self.ProjectFile)
#root = doc.getroot()
#ET.register_namespace("", "http://tempuri.org/GRMProject.xsd")
#indent(root)
#doc.write(self.ProjectFile, encoding="utf-8", xml_declaration=True)
ds = GRMCore.GRMProject()
ds.ReadXml(self.ProjectFile)
ds.WriteXml(self.ProjectFile)
ds.Dispose()
else:
description[0:140]
mDesc.append(description)
#Create an rss xml file
#rss = PyRSS2Gen.RSS2(
#title = "Python Project",
#link = "http://rockhopper.monmouth.edu/cs/jchung/cs498gpl/python_project",
#description = "Get the title, link, and description of each article and write them to a rss feed",
#items = []
#)
#Append all the elements into the items array
#for i in range(len(mTitles)):
# a = PyRSS2Gen.RSSItem(title = mTitles[i], link = mLinks[i], description= mDesc[i])
# rss.items.append(a)
#rss.write_xml(open('cssenews.rss.xml','w'))
root = ET.Element("channel")
for i in range(len(mTitles)):
item = ET.SubElement(root, "item")
title = ET.SubElement(item, "title")
title.text = mTitles[i]
link = ET.SubElement(item, "link")
link.text = mLinks[i]
description = ET.SubElement(item, "description")
description.text = mDesc[i]
tree = ET.ElementTree(root)
tree.write("cssenews.rss.xml")
def writeMetaDataToXml(corpusName, outset):
root = et.Element("root")
ftag = et.Subelement(root, "fname")
# organize le data here
tree = et.ElementTree(root)
tree.write("{}.xml".format(corpusName))
