def main(workSpace):
print time.strftime('%Y-%m-%d %H:%M:%S',time.localtime(time.time()))
# 设置工作空间
arcpy.env.workspace=workSpace
#获取管线地理要素集中的所有要素类
featureClassList=arcpy.ListFeatureClasses("","","PIPEGEO")
Function.editPipesegmentData() #填写管段表中的上下游管段信息
for FC in featureClassList:
if FC!="T_PN_THREEORFOUR_GEO":
Function.deleteIdentical(FC) #删除要素类中的重复要素
Function.PPCodeFill(FC) #填写管段编码
Function.coordinateFill(FC) #填写坐标
Function.featureCoding(FC) #填写要素编码
Function.fieldsFill(FC) #填写特殊字段
Function.editPipeTable() #填写管线表
Function.editMileage() #填写要素里程值
Function.editThreeorFour() #编辑三通表
Function.editGascross() #编辑穿跨越表
Function.editBLOCK() #将管段终点几何信息写入对应的封堵物几何信息属性中
#以下功能需依据资料对数据库进行修订后才使用
#Function.copyGascrosstoCasing() #从穿跨越表中将有套管部分写入套管表,此功能须在填写完穿跨越表之后执行
#Function.databaseReCoding() #要素重新编码，修改特征编码后
#Function.editDefaultValuesForFeature() #编辑部分要素类的默认值
print "Edit Finished"
print time.strftime('%Y-%m-%d %H:%M:%S',time.localtime(time.time()))
def main(workSpace):
# 设置工作空间
arcpy.env.workspace=workSpace
#获取管线地理要素集中的所有要素类
featureClassList=arcpy.ListFeatureClasses("","","PIPEGEO")
#定义一个要素文件名和别称的字典
featureClassAliasDictionary={"T_BS_ELECMARK_GEO":"电子标识器","T_BS_GROUNDMARK_GEO":"地面标示物","T_CP_ANODEBED_GEO":"阳极地床",\
"T_CP_CPPOWER_GEO":"阴保站（阴保电源）","T_CP_DRNGDEVICE_GEO":"排流装置","T_CP_FLEXANODE_GEO":"柔性阳极",\
"T_CP_RSANODE_GEO":"带状牺牲阳极","T_CP_SANODE_GEO":"牺牲阳极","T_CP_TESTTRUNK_GEO":"测试桩",\
"T_GE_BUILDING_GEO":"建筑物","T_GE_EMI_GEO":"电流干扰","T_GE_GEOHAZARD_GEO":"地质灾害","T_GE_HLINE_GEO":"线状水系",\
"T_GE_HPOLYGON_GEO":"面状水系","T_GE_OTHPIPEPNT_GEO":"第三方管线位置","T_GE_RAILWAY_GEO":"铁路","T_GE_ROAD_GEO":"公路",\
"T_GE_UNDROBSTACLE_GEO":"地下障碍物","T_LP_ADDTLYR_GEO":"附加保护层","T_LP_APPENDANT_GEO":"附属物",\
"T_LP_CASING_GEO":"套管","T_LP_CONDENSER_GEO":"凝水缸","T_LP_GASCROSS_GEO":"穿跨越","T_LP_HYDRPROTECT_GEO":"水工保护",\
"T_LP_OPTICALHOLE_GEO":"光缆人手孔","T_LP_TUNNEL_GEO":"隧道","T_PN_BELLOW_GEO":"波纹管","T_PN_BLOCK_GEO":"封堵物",\
"T_PN_ELBOW_GEO":"弯头","T_PN_IJOINT_GEO":"绝缘接头","T_PN_PEPIPEWELD_GEO":"PE管焊接","T_PN_PIPERISER_GEO":"立管",\
"T_PN_PRYCABINET_GEO":"撬装柜","T_PN_REDUCER_GEO":"异径管","T_PN_REGULATOR_GEO":"调压箱",\
"T_PN_SEAMCUT_GEO":"金属焊缝和补口","T_PN_SOURCE_GEO":"气源","T_PN_SPE_GEO":"钢塑转换接头","T_PN_STATION_GEO":"场站",\
"T_PN_TAPPING_GEO":"开孔","T_PN_THREEORFOUR_GEO":"三通四通","T_PN_VALVE_GEO":"阀门","T_PN_VALVEPIT_GEO":"阀井阀室",
"T_PN_PIPESEGMENT_GEO":"管段"}
#罗列每一个图层的目标字符字典
featureClassCodeDictionary={"T_BS_ELECMARK_GEO":"DBA","T_BS_GROUNDMARK_GEO":"BSA",\
"T_CP_ANODEBED_GEO":"YDA","T_CP_CPPOWER_GEO":"YBD",\
"T_CP_DRNGDEVICE_GEO":"PLA","T_CP_FLEXANODE_GEO":"RYA",\
"T_CP_RSANODE_GEO":"XYA","T_CP_SANODE_GEO":"XYA",\
"T_CP_TESTTRUNK_GEO":"CSA","T_GE_BUILDING_GEO":"GEJ",\
"T_GE_EMI_GEO":"GEG","T_GE_GEOHAZARD_GEO":"GEZ",\
"T_GE_HLINE_GEO":"GEH","T_GE_HPOLYGON_GEO":"",\
"T_GE_OTHPIPEPNT_GEO":"GES","T_GE_RAILWAY_GEO":"GET",\
"T_GE_ROAD_GEO":"GED","T_GE_UNDROBSTACLE_GEO":"GEA",\
"T_LP_ADDTLYR_GEO":"FSH","T_LP_APPENDANT_GEO":"XXX",\
"T_LP_CASING_GEO":"TGA","T_LP_CONDENSER_GEO":"FSJ",\
"T_LP_GASCROSS_GEO":"PTA","T_LP_HYDRPROTECT_GEO":"HPA",\
"T_LP_OPTICALHOLE_GEO":"GKA","T_LP_TUNNEL_GEO":"FSI",\
"T_PN_BELLOW_GEO":"BWA","T_PN_BLOCK_GEO":"FDA",\
"T_PN_ELBOW_GEO":"WGA","T_PN_IJOINT_GEO":"JTB",\
"T_PN_PEPIPEWELD_GEO":"HKA","T_PN_PIPERISER_GEO":"GDA",\
"T_PN_PRYCABINET_GEO":"TYG","T_PN_REDUCER_GEO":"YGA",\
"T_PN_REGULATOR_GEO":"TYX","T_PN_SEAMCUT_GEO":"HFA",\
"T_PN_SOURCE_GEO":"Z","T_PN_SPE_GEO":"JTC","T_PN_STATION_GEO":"Z",\
"T_PN_TAPPING_GEO":"KKA","T_PN_THREEORFOUR_GEO":"STA",\
"T_PN_VALVE_GEO":"FMB","T_PN_VALVEPIT_GEO":"FJA",\
"T_PN_PIPESEGMENT_GEO":"GB"}
for FC in featureClassList:
dataEditFunction.deleteIdentical(FC) #删除要素类中的重复要素
dataEditFunction.PPCodeFill(FC) #填写管段编码
dataEditFunction.coordinateFill(FC) #填写坐标
dataEditFunction.featureCoding(FC) #填写要素编码
dataEditFunction.fieldsFill(FC) #填写特殊字段
dataEditFunction.editPipeTableNonGeometricalProperties() #填写管线非几何属性
dataEditFunction.editPipeTableGeometricalProperties() #填写管线几何属性
dataEditFunction.copyPipesegmenttoGascross() #从管段表中将穿跨越部分写入穿跨越表中
# dataEditFunction.copyGascrosstoCasing() #从穿跨越表中将有套管部分写入套管表,此功能须在填写完穿跨越表之后执行
print "Edit Finished"
def copyGascrosstoCasing():
"""
本函数为将穿跨越中标识有套管的要素连同其相关属性复制到套管表中
基本思路：
首先从穿跨越表中选出有套管的穿跨越要素，因此要求填写穿跨越表时，
必须正确填写是否有套管字段
然后将这些要素连同其属性添加到套管表中
"""
#从穿跨越表中选择是否有套管为真的要素
arcpy.Select_analysis("T_LP_GASCROSS_GEO","ForCasing","HASCASING=1")
#将筛选出的穿跨越管段,添加到穿跨越表中
arcpy.Append_management("ForCasing","T_LP_CASING_GEO","NO_TEST","","")
#删除中间文件
arcpy.Delete_management("ForCasing")
#将编码中的PTA或者ACA替换为TGA
dataEditFunction.featureCoding("T_LP_CASING_GEO")
def main(workSpace):
print time.strftime('%Y-%m-%d %H:%M:%S',time.localtime(time.time()))
# 设置工作空间
arcpy.env.workspace=workSpace
#获取管线地理要素集中的所有要素类
featureClassList=arcpy.ListFeatureClasses("","","PIPEGEO")
for FC in featureClassList:
Function.deleteIdentical(FC) #删除要素类中的重复要素
Function.PPCodeFill(FC) #填写管段编码
Function.coordinateFill(FC) #填写坐标
Function.featureCoding(FC) #填写要素编码
Function.fieldsFill(FC) #填写特殊字段
Function.editPipeTableNonGeometricalProperties() #填写管线非几何属性
Function.editPipeTableGeometricalProperties() #填写管线几何属性
Function.editMileage() #填写要素里程值
Function.copyPipesegmenttoGascross() #从管段表中将穿跨越部分写入穿跨越表中
# Function.copyGascrosstoCasing() #从穿跨越表中将有套管部分写入套管表,此功能须在填写完穿跨越表之后执行
# Function.databaseReCoding() #要素重新编码，修改特征编码后
# Function.editThreeorFour() #编辑三通的主管直径、壁厚和连接方式（默认为焊接）、材料（默认为碳钢）
# Function.editBLOCK() #将管段终点几何信息写入对应的封堵物几何信息属性中
print "Edit Finished"
print time.strftime('%Y-%m-%d %H:%M:%S',time.localtime(time.time()))