def p1():
# Get a copy of the data
# downloadUtahCo()
# Create GDB and Reproject
createGDBreproject(inGDBpath, coPath, gdb, parcels, newParcels, utmprj)
# Add Fields
addFields(newParcels)
# Calc Base fields FIPS, PARCEL_ID, RECORDER, URL, STRUCTURE, CURRENCY
calcBaseAttributes(newParcels, parcelFld, fips, recorder, url, county, coUpdate)
# Use addresses in parcels
addressParcels_Utah(newParcels, parcelAddrFld)
# CALC OWNERNAME - Unique to Utah County
def Ownername():
print(' * Calculating Ownername')
with arcpy.da.UpdateCursor(newParcels, ['OWNERNAME']) as rows:
for row in rows:
if row[0] != None:
if row[0].find(',') > -1:
row[0] = ''
rows.updateRow(row)
Ownername()
# Repairing Geometry 1st time
repairGeometry(newParcels, startTime)
# Feature to Point
_feature2point.feature2point(parcelPts, newParcels)
def p1():
# Create GDB and Reproject
createGDBreproject(inGDBpath, coPath, gdb, parcels, newParcels, utmprj)
# Add Fields
addFields(newParcels)
# Calc Base fields FIPS, PARCEL_ID, RECORDER, URL, STRUCTURE, CURRENCY
calcBaseAttributes(newParcels, parcelFld, fips, recorder, url, county, coUpdate)
# Use addresses in parcels
addressParcels_Uintah(newParcels, parcelAddrFld)
# Repairing Geometry 1st time
repairGeometry(newParcels, startTime)
# Feature to Point
_feature2point.feature2point(parcelPts, newParcels)
def p1():
# Create GDB and Reproject
createGDBreproject(inGDBpath, coPath, gdb, parcels, newParcels, utmprj)
# Add Fields
addFields(newParcels)
# Calc Base fields FIPS, PARCEL_ID, RECORDER, URL, STRUCTURE, CURRENCY
calcBaseAttributes(newParcels, parcelFld, fips, recorder, url, county,
coUpdate)
# Get SDE address point addresses into the parcels
addressSDEpts(fips, addrPts, parcelFld)
# Get other addresses that are not in the address points
addressParcels_Kane(newParcels, parcelFld, parcelAddrFld)
# Calc ZONING and ACCOUNT_NUM fields - Unique to Kane County
def calcZoning_Account():
print(' * Caculating ZONING and ACCOUNT_NUM')
with arcpy.da.UpdateCursor(
newParcels,
['ZONING', 'ZONE_', 'ACCOUNT_NUM', 'ACC_NUMB']) as rows:
for row in rows:
if row[1] != None:
row[0] = row[1].strip() #ZONING
if row[3] != None:
row[2] = row[3].strip() #ACCOUNT_NUM
rows.updateRow(row)
calcZoning_Account()
# Repairing Geometry 1st time
repairGeometry(newParcels, startTime)
# Feature to Point
_feature2point.feature2point(parcelPts, newParcels)
def p1():
# Create GDB and Reproject
createGDBreproject(inGDBpath, coPath, gdb, parcels, newParcels, utmprj)
# Add Fields
addFields(newParcels)
# Calc Base fields FIPS, PARCEL_ID, RECORDER, URL, STRUCTURE, CURRENCY
calcBaseAttributes(newParcels, parcelFld, fips, recorder, url, county,
coUpdate)
# Get SDE address point addresses into the parcels
addressSDEpts(fips, addrPts, parcelFld)
# Get other addresses that are not in the address points
# FIELD USED HAS ADDRESS BACKWARDS
# addressParcels_Grand(newParcels, parcelFld)
# Repairing Geometry 1st time
repairGeometry(newParcels, startTime)
# Feature to Point
_feature2point.feature2point(parcelPts, newParcels)
def p1():
# Create GDB and Reproject
createGDBreproject(inGDBpath, coPath, gdb, parcels, newParcels, utmprj)
# UNIQUE TO PIUTE
# Move parcel addresses in parcels from PARCEL_ADD field to PARCEL_ADD2
if arcpy.ListFields(newParcels, 'PARCEL_ADD'):
print(" Adding PARCEL_ADD2")
if not arcpy.ListFields(newParcels, 'PARCEL_ADD2'):
arcpy.AddField_management(newParcels, 'PARCEL_ADD2', 'TEXT', '', '', '60')
with arcpy.da.UpdateCursor(newParcels, ['PARCEL_ADD2', 'PARCEL_ADD']) as rows:
for row in rows:
row[0] = row[1]
rows.updateRow(row)
arcpy.DeleteField_management(newParcels, ['PARCEL_ADD'])
# Add Fields
addFields(newParcels)
# Calc Base fields FIPS, PARCEL_ID, RECORDER, URL, STRUCTURE, CURRENCY
calcBaseAttributes(newParcels, parcelFld, fips, recorder, url, county, coUpdate)
# Get SDE address point addresses into the parcels
addressSDEpts(fips, addrPts, parcelFld)
# Get other addresses that are not in the address points
addressParcels_Generic(newParcels, parcelFld, parcelAddrFld)
# Repairing Geometry 1st time
repairGeometry(newParcels, startTime)
# Feature to Point
_feature2point.feature2point(parcelPts, newParcels)
