20041004
08270000
20231017
12252300
20231017
12252300
FALSE
{0A9B882B-173E-46C5-8342-3418290B4B67}
DATA.UtilitiesWaterFixtureValveAll
002
-32155860.030986
6489658.127757
10488783.551128
41384796.043134
1
Server=ntgis; Service=sde:sqlserver:ntgis; Database=GISDB; User=data; Version=dbo.DEFAULT
ArcSDE Connection
Projected
GCS_NAD_1983_2011
Linear Unit: Foot_US (0.304801)
NAD_1983_2011_StatePlane_Texas_Central_FIPS_4203_Ft_US
<ProjectedCoordinateSystem xsi:type='typens:ProjectedCoordinateSystem' xmlns:xsi='http://www.w3.org/2001/XMLSchema-instance' xmlns:xs='http://www.w3.org/2001/XMLSchema' xmlns:typens='http://www.esri.com/schemas/ArcGIS/3.1.0'><WKT>PROJCS["NAD_1983_2011_StatePlane_Texas_Central_FIPS_4203_Ft_US",GEOGCS["GCS_NAD_1983_2011",DATUM["D_NAD_1983_2011",SPHEROID["GRS_1980",6378137.0,298.257222101]],PRIMEM["Greenwich",0.0],UNIT["Degree",0.0174532925199433]],PROJECTION["Lambert_Conformal_Conic"],PARAMETER["False_Easting",2296583.333333333],PARAMETER["False_Northing",9842500.0],PARAMETER["Central_Meridian",-100.3333333333333],PARAMETER["Standard_Parallel_1",30.11666666666667],PARAMETER["Standard_Parallel_2",31.88333333333333],PARAMETER["Latitude_Of_Origin",29.66666666666667],UNIT["Foot_US",0.3048006096012192],AUTHORITY["EPSG",6578]]</WKT><XOrigin>-124805500</XOrigin><YOrigin>-81923100</YOrigin><XYScale>3048.0060960121928</XYScale><ZOrigin>0</ZOrigin><ZScale>1</ZScale><MOrigin>0</MOrigin><MScale>1</MScale><XYTolerance>0.0032808333333333331</XYTolerance><ZTolerance>0.001</ZTolerance><MTolerance>0.001</MTolerance><HighPrecision>true</HighPrecision><WKID>103160</WKID><LatestWKID>6578</LatestWKID></ProjectedCoordinateSystem>
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Street04\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Street03\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Street03\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Street03\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Street03\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Street03\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Street03\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Street03\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Street03\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Street03\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Street03\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Street03\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Street03\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Street03\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Street03\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Street03\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Street03\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Street03\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Street03\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Street03\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Street03\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Street03\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Street03\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Street03\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Street03\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Street03\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Street03\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Street02\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Street02\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Street02\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Street02\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Street02\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Street02\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Street02\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Street02\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Street02\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Street02\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Street02\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Street02\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Street02\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Street02\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Street02\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Street02\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Street02\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Street02\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Street02\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Street02\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Street02\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Street02\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Street02\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Street02\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Street02\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Street02\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Street02\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Street02\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Street02\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Street02\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Street02\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Street02\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Street02\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Street02\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Street02\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Street02\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Street02\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Street02\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Street02\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Street02\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Street02\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Street02\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Street02\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Street02\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Street02\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Street02\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Street02\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Street02\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Street\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Street\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Street\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Street\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Street\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Street\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Street\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Street\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Street\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Street\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Street\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Street\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Street\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Street\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Street\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Street\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Street\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Street\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Street\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Street\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Street\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Street\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Street\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Street\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Street\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Street\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Street\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Street\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Street\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Street\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Street\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Street\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Street\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Street\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Street\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Street\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Street\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Street\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Street\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Street\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Street\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Street\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Street\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Street\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Street\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Street\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Street\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Street\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Street\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Street\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Street\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Street\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Street\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Street\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Street\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Street\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Street\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Street\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Street\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Street\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Street\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Street\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Street\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Street\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Street\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Street\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Street\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Street\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Street\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Street\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Street\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Street\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Street\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Street\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Street\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Street\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Street\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Street\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Street\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Street\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Street\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Street\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Street\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Street\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Street\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Street\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Street\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Street\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Street\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Street\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Street\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Street\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Street\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Street\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Street\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Street\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Street\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Street\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Street\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Street\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Street\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Street\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Street\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Street\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Street\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Street\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Street\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Street\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Street\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Street\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Street\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Street\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Street\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Street\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Street\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Street\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Street\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Street\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Street\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Street\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Street\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" AS_BUILT [IMAGENAME] VB #
CalculateField "WATER\Water Fixture" AS_BUILT RTrim( 3 ) VB #
CalculateField "WATER\Water Fixture" AS_BUILT null VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Street\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Street\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Street\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" NOTES2 [IMAGENAME] VB #
CalculateField "WATER\Water Fixture" NOTES2 Null VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Stormdrain01\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Zoo\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Airport\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Alley\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME "\\ntgis\gis\data\scans\eng\" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Water01\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Water\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Sewer03\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Utility02\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Utility\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" WTR_FIX_NO autoIncrement() PYTHON_9.3 "rec=0\ndef autoIncrement():\n global rec\n pStart = 2501023 #adjust start value, if req'd \n pInterval = 1 #adjust interval value, if req'd\n if (rec == 0): \n rec = pStart \n else: \n rec = rec + pInterval \n return rec\n\n\n"
CalculateField "WATER\Water Fixture" WTR_FIX_NO autoIncrement() PYTHON_9.3 "rec=0\ndef autoIncrement():\n global rec\n pStart = 2502220 #adjust start value, if req'd \n pInterval = 1 #adjust interval value, if req'd\n if (rec == 0): \n rec = pStart \n else: \n rec = rec + pInterval \n return rec\n\n\n"
CalculateField "WATER\Water Fixture" WTR_FIX_NO autoIncrement() PYTHON_9.3 "rec=0\ndef autoIncrement():\n global rec\n pStart = 2503300 #adjust start value, if req'd \n pInterval = 1 #adjust interval value, if req'd\n if (rec == 0): \n rec = pStart \n else: \n rec = rec + pInterval \n return rec\n\n\n"
CalculateField "WATER\Water Fixture" WTR_FIX_NO autoIncrement() PYTHON_9.3 "rec=0\ndef autoIncrement():\n global rec\n pStart = 2504044 #adjust start value, if req'd \n pInterval = 1 #adjust interval value, if req'd\n if (rec == 0): \n rec = pStart \n else: \n rec = rec + pInterval \n return rec\n\n\n"
CalculateField "WATER\Water Fixture" WTR_FIX_NO autoIncrement() PYTHON_9.3 "rec=0\ndef autoIncrement():\n global rec\n pStart = 1053171 #adjust start value, if req'd \n pInterval = 1 #adjust interval value, if req'd\n if (rec == 0): \n rec = pStart \n else: \n rec = rec + pInterval \n return rec\n\n\n"
CalculateField "WATER\Water Fixture" WTR_FIX_NO autoIncrement() PYTHON_9.3 "rec=0\ndef autoIncrement():\n global rec\n pStart = 1054111 #adjust start value, if req'd \n pInterval = 1 #adjust interval value, if req'd\n if (rec == 0): \n rec = pStart \n else: \n rec = rec + pInterval \n return rec\n\n\n"
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Street06\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" WTR_FIX_NO autoIncrement() PYTHON_9.3 "rec=0\ndef autoIncrement():\n global rec\n pStart = 841337 #adjust start value, if req'd \n pInterval = 1 #adjust interval value, if req'd\n if (rec == 0): \n rec = pStart \n else: \n rec = rec + pInterval \n return rec\n\n\n"
CalculateField "WATER\Water Fixture" WTR_FIX_NO autoIncrement() PYTHON_9.3 "rec=0\ndef autoIncrement():\n global rec\n pStart = 632289 #adjust start value, if req'd \n pInterval = 1 #adjust interval value, if req'd\n if (rec == 0): \n rec = pStart \n else: \n rec = rec + pInterval \n return rec\n\n\n"
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Water02\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Utility02\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" WTR_FIX_NO autoIncrement() PYTHON_9.3 "rec=0\ndef autoIncrement():\n global rec\n pStart = 953380 #adjust start value, if req'd \n pInterval = 1 #adjust interval value, if req'd\n if (rec == 0): \n rec = pStart \n else: \n rec = rec + pInterval \n return rec\n\n\n"
CalculateField "WATER\Water Fixture" WTR_FIX_NO autoIncrement() PYTHON_9.3 "rec=0\ndef autoIncrement():\n global rec\n pStart = 942196 #adjust start value, if req'd \n pInterval = 1 #adjust interval value, if req'd\n if (rec == 0): \n rec = pStart \n else: \n rec = rec + pInterval \n return rec\n\n\n"
CalculateField "WATER\Water Fixture" IMAGENAME "\\ntgis\gis\data\scans\eng\" VB #
CalculateField "WATER\Water Fixture" IMAGENAME "\\ntgis\gis\data\scans\eng\" VB #
CalculateField "WATER\Water Fixture" IMAGENAME "\\ntgis\gis\data\scans\eng\" VB #
CalculateField "WATER\Water Fixture" IMAGENAME "\\ntgis\gis\data\scans\eng\" VB #
CalculateField "WATER\Water Fixture" IMAGENAME "\\ntgis\gis\data\scans\eng\" VB #
CalculateField "WATER\Water Fixture" IMAGENAME "\\ntgis\gis\data\scans\eng\" VB #
CalculateField "WATER\Water Fixture" IMAGENAME "\\ntgis\gis\data\scans\eng\" VB #
CalculateField "WATER\Water Fixture" IMAGENAME "\\ntgis\gis\data\scans\eng\" VB #
CalculateField "WATER\Water Fixture" IMAGENAME "\\ntgis\gis\data\scans\eng\" VB #
CalculateField "WATER\Water Fixture" WTR_FIX_NO autoIncrement() PYTHON_9.3 "rec=0\ndef autoIncrement():\n global rec\n pStart = 1064259 #adjust start value, if req'd \n pInterval = 1 #adjust interval value, if req'd\n if (rec == 0): \n rec = pStart \n else: \n rec = rec + pInterval \n return rec\n\n\n"
CalculateField "WATER\Water Fixture" WTR_FIX_NO autoIncrement() PYTHON_9.3 "rec=0\ndef autoIncrement():\n global rec\n pStart = 1063182 #adjust start value, if req'd \n pInterval = 1 #adjust interval value, if req'd\n if (rec == 0): \n rec = pStart \n else: \n rec = rec + pInterval \n return rec\n\n\n"
CalculateField "WATER\Water Fixture" WTR_FIX_NO autoIncrement() PYTHON_9.3 "rec=0\ndef autoIncrement():\n global rec\n pStart = 933454 #adjust start value, if req'd \n pInterval = 1 #adjust interval value, if req'd\n if (rec == 0): \n rec = pStart \n else: \n rec = rec + pInterval \n return rec\n\n\n"
CalculateField "WATER\Water Fixture" IMAGENAME "\\ntgis\gis\data\scans\eng\" VB #
CalculateField "WATER\Water Fixture" GPSDATE "5/9/2019" VB #
CalculateField "WATER\Water Fixture" GPSDATE "5/9/19" VB #
CalculateField "WATER\Water Fixture" WTR_FIX_NO autoIncrement() PYTHON_9.3 "rec=0\ndef autoIncrement():\n global rec\n pStart = 1063286 #adjust start value, if req'd \n pInterval = 1 #adjust interval value, if req'd\n if (rec == 0): \n rec = pStart \n else: \n rec = rec + pInterval \n return rec\n\n\n"
CalculateField "WATER\Water Fixture" WTR_FIX_NO autoIncrement() PYTHON_9.3 "rec=0\ndef autoIncrement():\n global rec\n pStart = 712490 #adjust start value, if req'd \n pInterval = 1 #adjust interval value, if req'd\n if (rec == 0): \n rec = pStart \n else: \n rec = rec + pInterval \n return rec\n\n\n"
CalculateField "WATER\Water Fixture" IMAGENAME "\\ntgis\gis\data\scans\eng\" VB #
CalculateField "WATER\Water Fixture" NOTES null VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Utility\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" GPSDATE "7/23/19" VB #
CalculateField "WATER\Water Fixture" WTR_FIX_NO autoIncrement() PYTHON_9.3 "rec=0\ndef autoIncrement():\n global rec\n pStart = 621274 #adjust start value, if req'd \n pInterval = 1 #adjust interval value, if req'd\n if (rec == 0): \n rec = pStart \n else: \n rec = rec + pInterval \n return rec\n\n\n"
CalculateField "WATER\Water Fixture" WTR_FIX_NO autoIncrement() PYTHON_9.3 "rec=0\ndef autoIncrement():\n global rec\n pStart = 621307 #adjust start value, if req'd \n pInterval = 1 #adjust interval value, if req'd\n if (rec == 0): \n rec = pStart \n else: \n rec = rec + pInterval \n return rec\n\n\n"
CalculateField "WATER\Water Fixture" WTR_FIX_NO autoIncrement() PYTHON_9.3 "rec=0\ndef autoIncrement():\n global rec\n pStart = 494243 #adjust start value, if req'd \n pInterval = 1 #adjust interval value, if req'd\n if (rec == 0): \n rec = pStart \n else: \n rec = rec + pInterval \n return rec\n\n\n"
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Water02\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Water02\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Water02\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Water02\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Water02\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Water02\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" WTR_FIX_NO autoIncrement() PYTHON_9.3 "rec=0\ndef autoIncrement():\n global rec\n pStart = 542415 #adjust start value, if req'd \n pInterval = 1 #adjust interval value, if req'd\n if (rec == 0): \n rec = pStart \n else: \n rec = rec + pInterval \n return rec\n\n\n"
CalculateField "WATER\Water Fixture" WTR_FIX_NO autoIncrement() PYTHON_9.3 "rec=0\ndef autoIncrement():\n global rec\n pStart = 484428 #adjust start value, if req'd \n pInterval = 1 #adjust interval value, if req'd\n if (rec == 0): \n rec = pStart \n else: \n rec = rec + pInterval \n return rec\n\n\n"
CalculateField "WATER\Water Fixture" WTR_FIX_NO autoIncrement() PYTHON_9.3 "rec=0\ndef autoIncrement():\n global rec\n pStart = 724449 #adjust start value, if req'd \n pInterval = 1 #adjust interval value, if req'd\n if (rec == 0): \n rec = pStart \n else: \n rec = rec + pInterval \n return rec\n\n\n"
CalculateField "WATER\Water Fixture" WTR_FIX_NO autoIncrement() PYTHON_9.3 "rec=0\ndef autoIncrement():\n global rec\n pStart = 483323 #adjust start value, if req'd \n pInterval = 1 #adjust interval value, if req'd\n if (rec == 0): \n rec = pStart \n else: \n rec = rec + pInterval \n return rec\n\n\n"
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Sewer01\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Sewer01\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Sewer01\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Sewer01\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Sewer01\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Sewer01\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Sewer01\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" WTR_FIX_NO autoIncrement() PYTHON_9.3 "rec=0\ndef autoIncrement():\n global rec\n pStart = 1642260 #adjust start value, if req'd \n pInterval = 1 #adjust interval value, if req'd\n if (rec == 0): \n rec = pStart \n else: \n rec = rec + pInterval \n return rec\n\n\n"
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Street\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Street\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" WTR_FIX_NO autoIncrement() PYTHON_9.3 "rec=0\ndef autoIncrement():\n global rec\n pStart = 492278 #adjust start value, if req'd \n pInterval = 1 #adjust interval value, if req'd\n if (rec == 0): \n rec = pStart \n else: \n rec = rec + pInterval \n return rec\n\n\n"
CalculateField "WATER\Water Fixture" WTR_FIX_NO autoIncrement() PYTHON_9.3 "rec=0\ndef autoIncrement():\n global rec\n pStart = 1042090 #adjust start value, if req'd \n pInterval = 1 #adjust interval value, if req'd\n if (rec == 0): \n rec = pStart \n else: \n rec = rec + pInterval \n return rec\n\n\n"
CalculateField "WATER\Water Fixture" WTR_FIX_NO autoIncrement() PYTHON_9.3 "rec=0\ndef autoIncrement():\n global rec\n pStart = 1053269 #adjust start value, if req'd \n pInterval = 1 #adjust interval value, if req'd\n if (rec == 0): \n rec = pStart \n else: \n rec = rec + pInterval \n return rec\n\n\n"
CalculateField "WATER\Water Fixture" WTR_FIX_NO autoIncrement() PYTHON_9.3 "rec=0\ndef autoIncrement():\n global rec\n pStart = 1164214 #adjust start value, if req'd \n pInterval = 1 #adjust interval value, if req'd\n if (rec == 0): \n rec = pStart \n else: \n rec = rec + pInterval \n return rec\n\n\n"
CalculateField "WATER\Water Fixture" WTR_FIX_NO autoIncrement() PYTHON_9.3 "rec=0\ndef autoIncrement():\n global rec\n pStart = 1171219 #adjust start value, if req'd \n pInterval = 1 #adjust interval value, if req'd\n if (rec == 0): \n rec = pStart \n else: \n rec = rec + pInterval \n return rec\n\n\n"
CalculateField "WATER\Water Fixture" IMAGENAME "\\ntgis\gis\data\scans\eng\" VB #
CalculateField "WATER\Water Fixture" IMAGENAME "\\ntgis\gis\data\scans\eng\" VB #
CalculateField "WATER\Water Fixture" IMAGENAME "\\ntgis\gis\data\scans\eng\" VB #
CalculateField "WATER\Water Fixture" WTR_FIX_NO autoIncrement() PYTHON_9.3 "rec=0\ndef autoIncrement():\n global rec\n pStart = 483350 #adjust start value, if req'd \n pInterval = 1 #adjust interval value, if req'd\n if (rec == 0): \n rec = pStart \n else: \n rec = rec + pInterval \n return rec\n\n\n"
CalculateField "WATER\Water Fixture" WTR_FIX_NO autoIncrement() PYTHON_9.3 "rec=0\ndef autoIncrement():\n global rec\n pStart = 622113 #adjust start value, if req'd \n pInterval = 1 #adjust interval value, if req'd\n if (rec == 0): \n rec = pStart \n else: \n rec = rec + pInterval \n return rec\n\n\n"
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Water02\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Water02\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Water02\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Water02\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" WTR_FIX_NO autoIncrement() PYTHON_9.3 "rec=0\ndef autoIncrement():\n global rec\n pStart = 624242 #adjust start value, if req'd \n pInterval = 1 #adjust interval value, if req'd\n if (rec == 0): \n rec = pStart \n else: \n rec = rec + pInterval \n return rec\n\n\n"
CalculateField "WATER\Water Fixture" WTR_FIX_NO autoIncrement() PYTHON_9.3 "rec=0\ndef autoIncrement():\n global rec\n pStart = 621320 #adjust start value, if req'd \n pInterval = 1 #adjust interval value, if req'd\n if (rec == 0): \n rec = pStart \n else: \n rec = rec + pInterval \n return rec\n\n\n"
CalculateField "WATER\Water Fixture" WTR_FIX_NO autoIncrement() PYTHON_9.3 "rec=0\ndef autoIncrement():\n global rec\n pStart = 491363 #adjust start value, if req'd \n pInterval = 1 #adjust interval value, if req'd\n if (rec == 0): \n rec = pStart \n else: \n rec = rec + pInterval \n return rec\n\n\n"
CalculateField "WATER\Water Fixture" WTR_FIX_NO autoIncrement() PYTHON_9.3 "rec=0\ndef autoIncrement():\n global rec\n pStart = 402131 #adjust start value, if req'd \n pInterval = 1 #adjust interval value, if req'd\n if (rec == 0): \n rec = pStart \n else: \n rec = rec + pInterval \n return rec\n\n\n"
CalculateField "WATER\Water Fixture" WTR_FIX_NO autoIncrement() PYTHON_9.3 "rec=0\ndef autoIncrement():\n global rec\n pStart = 401128 #adjust start value, if req'd \n pInterval = 1 #adjust interval value, if req'd\n if (rec == 0): \n rec = pStart \n else: \n rec = rec + pInterval \n return rec\n\n\n"
CalculateField "WATER\Water Fixture" WTR_FIX_NO autoIncrement() PYTHON_9.3 "rec=0\ndef autoIncrement():\n global rec\n pStart =263011 #adjust start value, if req'd \n pInterval = 1 #adjust interval value, if req'd\n if (rec == 0): \n rec = pStart \n else: \n rec = rec + pInterval \n return rec\n\n\n"
CalculateField "WATER\Water Fixture" WTR_FIX_NO autoIncrement() PYTHON_9.3 "rec=0\ndef autoIncrement():\n global rec\n pStart =264001 #adjust start value, if req'd \n pInterval = 1 #adjust interval value, if req'd\n if (rec == 0): \n rec = pStart \n else: \n rec = rec + pInterval \n return rec\n\n\n"
CalculateField "WATER\Water Fixture" WTR_FIX_NO autoIncrement() PYTHON_9.3 "rec=0\ndef autoIncrement():\n global rec\n pStart =193016 #adjust start value, if req'd \n pInterval = 1 #adjust interval value, if req'd\n if (rec == 0): \n rec = pStart \n else: \n rec = rec + pInterval \n return rec\n\n\n"
CalculateField "WATER\Water Fixture" WTR_FIX_NO autoIncrement() PYTHON_9.3 "rec=0\ndef autoIncrement():\n global rec\n pStart =181011 #adjust start value, if req'd \n pInterval = 1 #adjust interval value, if req'd\n if (rec == 0): \n rec = pStart \n else: \n rec = rec + pInterval \n return rec\n\n\n"
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Water02\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Water02\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Water02\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" WTR_FIX_NO autoIncrement() PYTHON_9.3 "rec=0\ndef autoIncrement():\n global rec\n pStart = 734464 #adjust start value, if req'd \n pInterval = 1 #adjust interval value, if req'd\n if (rec == 0): \n rec = pStart \n else: \n rec = rec + pInterval \n return rec\n\n\n"
CalculateField "WATER\Water Fixture" IMAGENAME "\\ntgis\gis\data\scans\eng\" VB #
CalculateField "WATER\Water Fixture" IMAGENAME "\\ntgis\gis\data\scans\eng\" VB #
CalculateField "WATER\Water Fixture" IMAGENAME "\\ntgis\gis\data\scans\eng\" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Water02\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Water02\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Water02\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" WTR_FIX_NO autoIncrement() PYTHON_9.3 "rec=0\ndef autoIncrement():\n global rec\n pStart = 931367 #adjust start value, if req'd \n pInterval = 1 #adjust interval value, if req'd\n if (rec == 0): \n rec = pStart \n else: \n rec = rec + pInterval \n return rec\n\n\n"
CalculateField "WATER\Water Fixture" WTR_FIX_NO autoIncrement() PYTHON_9.3 "rec=0\ndef autoIncrement():\n global rec\n pStart = 931373 #adjust start value, if req'd \n pInterval = 1 #adjust interval value, if req'd\n if (rec == 0): \n rec = pStart \n else: \n rec = rec + pInterval \n return rec\n\n\n"
CalculateField "WATER\Water Fixture" WTR_FIX_NO autoIncrement() PYTHON_9.3 "rec=0\ndef autoIncrement():\n global rec\n pStart = 842415 #adjust start value, if req'd \n pInterval = 1 #adjust interval value, if req'd\n if (rec == 0): \n rec = pStart \n else: \n rec = rec + pInterval \n return rec\n\n\n"
CalculateField "WATER\Water Fixture" WTR_FIX_NO autoIncrement() PYTHON_9.3 "rec=0\ndef autoIncrement():\n global rec\n pStart = 842462 #adjust start value, if req'd \n pInterval = 1 #adjust interval value, if req'd\n if (rec == 0): \n rec = pStart \n else: \n rec = rec + pInterval \n return rec\n\n\n"
CalculateField "WATER\Water Fixture" WTR_FIX_NO autoIncrement() PYTHON_9.3 "rec=0\ndef autoIncrement():\n global rec\n pStart = 483368 #adjust start value, if req'd \n pInterval = 1 #adjust interval value, if req'd\n if (rec == 0): \n rec = pStart \n else: \n rec = rec + pInterval \n return rec\n\n\n"
CalculateField "WATER\Water Fixture" WTR_FIX_NO autoIncrement() PYTHON_9.3 "rec=0\ndef autoIncrement():\n global rec\n pStart = 481092 #adjust start value, if req'd \n pInterval = 1 #adjust interval value, if req'd\n if (rec == 0): \n rec = pStart \n else: \n rec = rec + pInterval \n return rec\n\n\n"
CalculateField "WATER\Water Fixture" WTR_FIX_NO autoIncrement() PYTHON_9.3 "rec=0\ndef autoIncrement():\n global rec\n pStart = 591221 #adjust start value, if req'd \n pInterval = 1 #adjust interval value, if req'd\n if (rec == 0): \n rec = pStart \n else: \n rec = rec + pInterval \n return rec\n\n\n"
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Water02\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" WTR_FIX_NO autoIncrement() PYTHON_9.3 "rec=0\ndef autoIncrement():\n global rec\n pStart = 841360 #adjust start value, if req'd \n pInterval = 1 #adjust interval value, if req'd\n if (rec == 0): \n rec = pStart \n else: \n rec = rec + pInterval \n return rec\n\n\n"
CalculateField "WATER\Water Fixture" WTR_FIX_NO autoIncrement() PYTHON_9.3 "rec=0\ndef autoIncrement():\n global rec\n pStart = 634315 #adjust start value, if req'd \n pInterval = 1 #adjust interval value, if req'd\n if (rec == 0): \n rec = pStart \n else: \n rec = rec + pInterval \n return rec\n\n\n"
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Utility02\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\SpecialPlan2\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Water02\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" WTR_FIX_NO autoIncrement() PYTHON_9.3 "rec=0\ndef autoIncrement():\n global rec\n pStart = 734505 #adjust start value, if req'd \n pInterval = 1 #adjust interval value, if req'd\n if (rec == 0): \n rec = pStart \n else: \n rec = rec + pInterval \n return rec\n\n\n"
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Utility02\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Water02\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Water02\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\SpecialPlan2\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" WTR_FIX_NO autoIncrement() PYTHON_9.3 "rec=0\ndef autoIncrement():\n global rec\n pStart = 2274116 #adjust start value, if req'd \n pInterval = 1 #adjust interval value, if req'd\n if (rec == 0): \n rec = pStart \n else: \n rec = rec + pInterval \n return rec\n\n\n"
CalculateField "WATER\Water Fixture" WTR_FIX_NO autoIncrement() PYTHON_9.3 "rec=0\ndef autoIncrement():\n global rec\n pStart = 422058 #adjust start value, if req'd \n pInterval = 1 #adjust interval value, if req'd\n if (rec == 0): \n rec = pStart \n else: \n rec = rec + pInterval \n return rec\n\n\n"
CalculateField "WATER\Water Fixture" WTR_FIX_NO autoIncrement() PYTHON_9.3 "rec=0\ndef autoIncrement():\n global rec\n pStart = 1413263 #adjust start value, if req'd \n pInterval = 1 #adjust interval value, if req'd\n if (rec == 0): \n rec = pStart \n else: \n rec = rec + pInterval \n return rec\n\n\n"
CalculateField "WATER\Water Fixture" WTR_FIX_NO autoIncrement() PYTHON_9.3 "rec=0\ndef autoIncrement():\n global rec\n pStart = 1413312 #adjust start value, if req'd \n pInterval = 1 #adjust interval value, if req'd\n if (rec == 0): \n rec = pStart \n else: \n rec = rec + pInterval \n return rec\n\n\n"
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Street07\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME "\\ntgis\gis\data\scans\eng\" VB #
CalculateField "WATER\Water Fixture" IMAGENAME "\\ntgis\gis\data\scans\eng\" VB #
CalculateField "WATER\Water Fixture" IMAGENAME "\\ntgis\gis\data\scans\eng\" VB #
CalculateField "WATER\Water Fixture" IMAGENAME "\\ntgis\gis\data\scans\eng\" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Water02\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Street07\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" WTR_FIX_NO autoIncrement() PYTHON_9.3 "rec=0\ndef autoIncrement():\n global rec\n pStart = 1383093 #adjust start value, if req'd \n pInterval = 1 #adjust interval value, if req'd\n if (rec == 0): \n rec = pStart \n else: \n rec = rec + pInterval \n return rec\n\n\n"
CalculateField "WATER\Water Fixture" WTR_FIX_NO autoIncrement() PYTHON_9.3 "rec=0\ndef autoIncrement():\n global rec\n pStart = 1384143 #adjust start value, if req'd \n pInterval = 1 #adjust interval value, if req'd\n if (rec == 0): \n rec = pStart \n else: \n rec = rec + pInterval \n return rec\n\n\n"
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Street07\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Street07\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Street07\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" WTR_FIX_NO autoIncrement() PYTHON_9.3 "rec=0\ndef autoIncrement():\n global rec\n pStart = 2152484 #adjust start value, if req'd \n pInterval = 1 #adjust interval value, if req'd\n if (rec == 0): \n rec = pStart \n else: \n rec = rec + pInterval \n return rec\n\n\n"
CalculateField "WATER\Water Fixture" WTR_FIX_NO autoIncrement() PYTHON_9.3 "rec=0\ndef autoIncrement():\n global rec\n pStart = 2163021 #adjust start value, if req'd \n pInterval = 1 #adjust interval value, if req'd\n if (rec == 0): \n rec = pStart \n else: \n rec = rec + pInterval \n return rec\n\n\n"
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Utility02\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME "\\ntgis\gis\data\scans\eng\" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Street07\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" INSTALL_DATE null VB #
CalculateField "WATER\Water Fixture" IMAGENAME "\\ntgis\gis\data\scans\eng\" VB #
CalculateField "WATER\Water Fixture" WTR_FIX_NO autoIncrement() PYTHON_9.3 "rec=0\ndef autoIncrement():\n global rec\n pStart = 1182062 #adjust start value, if req'd \n pInterval = 1 #adjust interval value, if req'd\n if (rec == 0): \n rec = pStart \n else: \n rec = rec + pInterval \n return rec\n\n\n"
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Utility02\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Utility02\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME "\\ntgis\gis\data\scans\eng\" VB #
CalculateField "WATER\Water Fixture" IMAGENAME "\\ntgis\gis\data\scans\eng\" VB #
CalculateField "WATER\Water Fixture" IMAGENAME "\\ntgis\gis\data\scans\eng\" VB #
CalculateField "WATER\Water Fixture" IMAGENAME "\\ntgis\gis\data\scans\eng\" VB #
CalculateField "WATER\Water Fixture" NOTES "\\ntgis\gis\data\scans\eng\" VB #
CalculateField "WATER\Water Fixture" NOTES "\\ntgis\gis\data\scans\eng\" VB #
CalculateField "WATER\Water Fixture" IMAGENAME "\\ntgis\gis\data\scans\eng\" VB #
CalculateField "WATER\Water Fixture" IMAGENAME "\\ntgis\gis\data\scans\eng\" VB #
CalculateField "WATER\Water Fixture" IMAGENAME "\\ntgis\gis\data\scans\eng\" VB #
CalculateField "WATER\Water Fixture" NOTES null VB #
CalculateField "WATER\Water Fixture" WTR_FIX_NO autoIncrement() PYTHON_9.3 "rec=0\ndef autoIncrement():\n global rec\n pStart = 492340 #adjust start value, if req'd \n pInterval = 1 #adjust interval value, if req'd\n if (rec == 0): \n rec = pStart \n else: \n rec = rec + pInterval \n return rec\n\n\n"
CalculateField "WATER\Water Fixture" WTR_FIX_NO autoIncrement() PYTHON_9.3 "rec=0\ndef autoIncrement():\n global rec\n pStart = 621331 #adjust start value, if req'd \n pInterval = 1 #adjust interval value, if req'd\n if (rec == 0): \n rec = pStart \n else: \n rec = rec + pInterval \n return rec\n\n\n"
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Street06\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Street06\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" WTR_FIX_NO autoIncrement() PYTHON_9.3 "rec=0\ndef autoIncrement():\n global rec\n pStart = 633185 #adjust start value, if req'd \n pInterval = 1 #adjust interval value, if req'd\n if (rec == 0): \n rec = pStart \n else: \n rec = rec + pInterval \n return rec\n\n\n"
CalculateField "WATER\Water Fixture" WTR_FIX_NO autoIncrement() PYTHON_9.3 "rec=0\ndef autoIncrement():\n global rec\n pStart = 634350 #adjust start value, if req'd \n pInterval = 1 #adjust interval value, if req'd\n if (rec == 0): \n rec = pStart \n else: \n rec = rec + pInterval \n return rec\n\n\n"
CalculateField "WATER\Water Fixture" WTR_FIX_NO autoIncrement() PYTHON_9.3 "rec=0\ndef autoIncrement():\n global rec\n pStart = 622117 #adjust start value, if req'd \n pInterval = 1 #adjust interval value, if req'd\n if (rec == 0): \n rec = pStart \n else: \n rec = rec + pInterval \n return rec\n\n\n"
CalculateField "WATER\Water Fixture" WTR_FIX_NO autoIncrement() PYTHON_9.3 "rec=0\ndef autoIncrement():\n global rec\n pStart = 1854034 #adjust start value, if req'd \n pInterval = 1 #adjust interval value, if req'd\n if (rec == 0): \n rec = pStart \n else: \n rec = rec + pInterval \n return rec\n\n\n"
CalculateField "WATER\Water Fixture" WTR_FIX_NO autoIncrement() PYTHON_9.3 "rec=0\ndef autoIncrement():\n global rec\n pStart = 3723010 #adjust start value, if req'd \n pInterval = 1 #adjust interval value, if req'd\n if (rec == 0): \n rec = pStart \n else: \n rec = rec + pInterval \n return rec\n\n\n"
CalculateField "WATER\Water Fixture" WTR_FIX_NO autoIncrement() PYTHON_9.3 "rec=0\ndef autoIncrement():\n global rec\n pStart = 3894012 #adjust start value, if req'd \n pInterval = 1 #adjust interval value, if req'd\n if (rec == 0): \n rec = pStart \n else: \n rec = rec + pInterval \n return rec\n\n\n"
CalculateField "WATER\Water Fixture" WTR_FIX_NO autoIncrement() PYTHON_9.3 "rec=0\ndef autoIncrement():\n global rec\n pStart = 3901016 #adjust start value, if req'd \n pInterval = 1 #adjust interval value, if req'd\n if (rec == 0): \n rec = pStart \n else: \n rec = rec + pInterval \n return rec\n\n\n"
CalculateField "WATER\Water Fixture" WTR_FIX_NO autoIncrement() PYTHON_9.3 "rec=0\ndef autoIncrement():\n global rec\n pStart = 3903038 #adjust start value, if req'd \n pInterval = 1 #adjust interval value, if req'd\n if (rec == 0): \n rec = pStart \n else: \n rec = rec + pInterval \n return rec\n\n\n"
CalculateField "WATER\Water Fixture" WTR_FIX_NO autoIncrement() PYTHON_9.3 "rec=0\ndef autoIncrement():\n global rec\n pStart = 3904070 #adjust start value, if req'd \n pInterval = 1 #adjust interval value, if req'd\n if (rec == 0): \n rec = pStart \n else: \n rec = rec + pInterval \n return rec\n\n\n"
CalculateField "WATER\Water Fixture" WTR_FIX_NO autoIncrement() PYTHON_9.3 "rec=0\ndef autoIncrement():\n global rec\n pStart = 3702079 #adjust start value, if req'd \n pInterval = 1 #adjust interval value, if req'd\n if (rec == 0): \n rec = pStart \n else: \n rec = rec + pInterval \n return rec\n\n\n"
CalculateField "WATER\Water Fixture" WTR_FIX_NO autoIncrement() PYTHON_9.3 "rec=0\ndef autoIncrement():\n global rec\n pStart = 1164240 #adjust start value, if req'd \n pInterval = 1 #adjust interval value, if req'd\n if (rec == 0): \n rec = pStart \n else: \n rec = rec + pInterval \n return rec\n\n\n"
CalculateField "WATER\Water Fixture" WTR_FIX_NO autoIncrement() PYTHON_9.3 "rec=0\ndef autoIncrement():\n global rec\n pStart = 3702096 #adjust start value, if req'd \n pInterval = 1 #adjust interval value, if req'd\n if (rec == 0): \n rec = pStart \n else: \n rec = rec + pInterval \n return rec\n\n\n"
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Utility02\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" WTR_FIX_NO autoIncrement() PYTHON_9.3 "rec=0\ndef autoIncrement():\n global rec\n pStart = 841407 #adjust start value, if req'd \n pInterval = 1 #adjust interval value, if req'd\n if (rec == 0): \n rec = pStart \n else: \n rec = rec + pInterval \n return rec\n\n\n"
CalculateField "WATER\Water Fixture" WTR_FIX_NO autoIncrement() PYTHON_9.3 "rec=0\ndef autoIncrement():\n global rec\n pStart = 712508 #adjust start value, if req'd \n pInterval = 1 #adjust interval value, if req'd\n if (rec == 0): \n rec = pStart \n else: \n rec = rec + pInterval \n return rec\n\n\n"
CalculateField "WATER\Water Fixture" WTR_FIX_NO autoIncrement() PYTHON_9.3 "rec=0\ndef autoIncrement():\n global rec\n pStart = 844184 #adjust start value, if req'd \n pInterval = 1 #adjust interval value, if req'd\n if (rec == 0): \n rec = pStart \n else: \n rec = rec + pInterval \n return rec\n\n\n"
CalculateField "WATER\Water Fixture" WTR_FIX_NO autoIncrement() PYTHON_9.3 "rec=0\ndef autoIncrement():\n global rec\n pStart = 402134 #adjust start value, if req'd \n pInterval = 1 #adjust interval value, if req'd\n if (rec == 0): \n rec = pStart \n else: \n rec = rec + pInterval \n return rec\n\n\n"
CalculateField "WATER\Water Fixture" IMAGENAME "\\ntgis\gis\data\scans\eng\" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Utility02\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Utility02\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" WTR_FIX_NO autoIncrement() PYTHON_9.3 "rec=0\ndef autoIncrement():\n global rec\n pStart = 1051245 #adjust start value, if req'd \n pInterval = 1 #adjust interval value, if req'd\n if (rec == 0): \n rec = pStart \n else: \n rec = rec + pInterval \n return rec\n\n\n"
CalculateField "WATER\Water Fixture" WTR_FIX_NO autoIncrement() PYTHON_9.3 "rec=0\ndef autoIncrement():\n global rec\n pStart = 1053278 #adjust start value, if req'd \n pInterval = 1 #adjust interval value, if req'd\n if (rec == 0): \n rec = pStart \n else: \n rec = rec + pInterval \n return rec\n\n\n"
CalculateField "WATER\Water Fixture" WTR_FIX_NO autoIncrement() PYTHON_9.3 "rec=0\ndef autoIncrement():\n global rec\n pStart = 1051266 #adjust start value, if req'd \n pInterval = 1 #adjust interval value, if req'd\n if (rec == 0): \n rec = pStart \n else: \n rec = rec + pInterval \n return rec\n\n\n"
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Sewer01\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Sewer01\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" INSTALL_DATE null VB #
CalculateField "WATER\Water Fixture" IMAGENAME [AS_BUILT] VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Utility02\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" WTR_FIX_NO autoIncrement() PYTHON_9.3 "rec=0\ndef autoIncrement():\n global rec\n pStart = 1051283 #adjust start value, if req'd \n pInterval = 1 #adjust interval value, if req'd\n if (rec == 0): \n rec = pStart \n else: \n rec = rec + pInterval \n return rec\n\n\n"
CalculateField "WATER\Water Fixture" WTR_FIX_NO autoIncrement() PYTHON_9.3 "rec=0\ndef autoIncrement():\n global rec\n pStart = 1052543 #adjust start value, if req'd \n pInterval = 1 #adjust interval value, if req'd\n if (rec == 0): \n rec = pStart \n else: \n rec = rec + pInterval \n return rec\n\n\n"
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Utility02\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Utility02\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Utility02\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Utility02\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Utility02\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" WTR_FIX_NO autoIncrement() PYTHON_9.3 "rec=0\ndef autoIncrement():\n global rec\n pStart = 1053369 #adjust start value, if req'd \n pInterval = 1 #adjust interval value, if req'd\n if (rec == 0): \n rec = pStart \n else: \n rec = rec + pInterval \n return rec\n\n\n"
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Utility02\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Utility02\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Utility02\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Utility02\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" WTR_FIX_NO autoIncrement() PYTHON_9.3 "rec=0\ndef autoIncrement():\n global rec\n pStart = 592514 #adjust start value, if req'd \n pInterval = 1 #adjust interval value, if req'd\n if (rec == 0): \n rec = pStart \n else: \n rec = rec + pInterval \n return rec\n\n\n"
CalculateField "WATER\Water Fixture" WTR_FIX_NO autoIncrement() PYTHON_9.3 "rec=0\ndef autoIncrement():\n global rec\n pStart = 741232 #adjust start value, if req'd \n pInterval = 1 #adjust interval value, if req'd\n if (rec == 0): \n rec = pStart \n else: \n rec = rec + pInterval \n return rec\n\n\n"
CalculateField "WATER\Water Fixture" WTR_FIX_NO autoIncrement() PYTHON_9.3 "rec=0\ndef autoIncrement():\n global rec\n pStart = 741259 #adjust start value, if req'd \n pInterval = 1 #adjust interval value, if req'd\n if (rec == 0): \n rec = pStart \n else: \n rec = rec + pInterval \n return rec\n\n\n"
CalculateField "WATER\Water Fixture" WTR_FIX_NO autoIncrement() PYTHON_9.3 "rec=0\ndef autoIncrement():\n global rec\n pStart = 742482 #adjust start value, if req'd \n pInterval = 1 #adjust interval value, if req'd\n if (rec == 0): \n rec = pStart \n else: \n rec = rec + pInterval \n return rec\n\n\n"
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Utility02\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Utility02\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Utility02\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" WTR_FIX_NO autoIncrement() PYTHON_9.3 "rec=0\ndef autoIncrement():\n global rec\n pStart = 953398 #adjust start value, if req'd \n pInterval = 1 #adjust interval value, if req'd\n if (rec == 0): \n rec = pStart \n else: \n rec = rec + pInterval \n return rec\n\n\n"
CalculateField "WATER\Water Fixture" WTR_FIX_NO autoIncrement() PYTHON_9.3 "rec=0\ndef autoIncrement():\n global rec\n pStart = 383072 #adjust start value, if req'd \n pInterval = 1 #adjust interval value, if req'd\n if (rec == 0): \n rec = pStart \n else: \n rec = rec + pInterval \n return rec\n\n\n"
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\SpecialPlan\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME "Not Available" VB #
CalculateField "WATER\Water Fixture" AS_BUILT "Not Available" VB #
CalculateField "WATER\Water Fixture" IMAGENAME "Not Available" VB #
CalculateField "WATER\Water Fixture" AS_BUILT "Not Available" VB #
CalculateField "WATER\Water Fixture" IMAGENAME "Not Available" VB #
CalculateField "WATER\Water Fixture" AS_BUILT "Not Available" VB #
CalculateField "WATER\Water Fixture" IMAGENAME "Not Available" VB #
CalculateField "WATER\Water Fixture" AS_BUILT "Not Available" VB #
CalculateField "WATER\Water Fixture" IMAGENAME "Not Available" VB #
CalculateField "WATER\Water Fixture" IMAGENAME "\\ntgis\gis\data\scans\eng\STREET\32485.pdf" VB #
CalculateField "WATER\Water Fixture" AS_BUILT "32485" VB #
CalculateField "WATER\Water Fixture" IMAGENAME "\\ntgis\gis\data\scans\eng\STREET\32487.pdf" VB #
CalculateField "WATER\Water Fixture" AS_BUILT "32487" VB #
CalculateField "WATER\Water Fixture" AS_BUILT "32486" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Street\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Street07\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Street07\" & [AS_BUILT] & ".pdf"" VB #
DisableEditorTracking "C:\Users\jakek\AppData\Roaming\Esri\ArcGISPro\Favorites\Data on gis.sde\DATA.Water\DATA.waterfixture" DISABLE_CREATOR DISABLE_CREATION_DATE DISABLE_LAST_EDITOR DISABLE_LAST_EDIT_DATE
EnableEditorTracking "C:\Users\jakek\AppData\Roaming\Esri\ArcGISPro\Favorites\Data on gis.sde\DATA.Water\DATA.waterfixture" created_user created_date last_edited_user last_edited_date ADD_FIELDS "UTC (Coordinated Universal Time)"
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Utility02\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" EAMAssetID null VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Utility02\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" WTR_FIX_NO autoIncrement() PYTHON_9.3 "rec=0\ndef autoIncrement():\n global rec\n pStart = 1053392 #adjust start value, if req'd \n pInterval = 1 #adjust interval value, if req'd\n if (rec == 0): \n rec = pStart \n else: \n rec = rec + pInterval \n return rec\n\n\n"
CalculateField "WATER\Water Fixture" WTR_FIX_NO autoIncrement() PYTHON_9.3 "rec=0\ndef autoIncrement():\n global rec\n pStart = 1054168 #adjust start value, if req'd \n pInterval = 1 #adjust interval value, if req'd\n if (rec == 0): \n rec = pStart \n else: \n rec = rec + pInterval \n return rec\n\n\n"
CalculateField "WATER\Water Fixture" WTR_FIX_NO autoIncrement() PYTHON_9.3 "rec=0\ndef autoIncrement():\n global rec\n pStart = 1161416 #adjust start value, if req'd \n pInterval = 1 #adjust interval value, if req'd\n if (rec == 0): \n rec = pStart \n else: \n rec = rec + pInterval \n return rec\n\n\n"
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Street\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Street\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Street\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Street\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Sewer\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" WTR_FIX_NO autoIncrement() PYTHON_9.3 "rec=0\ndef autoIncrement():\n global rec\n pStart = 1164266 #adjust start value, if req'd \n pInterval = 1 #adjust interval value, if req'd\n if (rec == 0): \n rec = pStart \n else: \n rec = rec + pInterval \n return rec\n\n\n"
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Utility02\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Utility02\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Utility02\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Utility02\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Utility02\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" WTR_FIX_NO autoIncrement() PYTHON_9.3 "rec=0\ndef autoIncrement():\n global rec\n pStart = 422094 #adjust start value, if req'd \n pInterval = 1 #adjust interval value, if req'd\n if (rec == 0): \n rec = pStart \n else: \n rec = rec + pInterval \n return rec\n\n\n"
CalculateField "WATER\Water Fixture" WTR_FIX_NO autoIncrement() PYTHON_9.3 "rec=0\ndef autoIncrement():\n global rec\n pStart = 433200 #adjust start value, if req'd \n pInterval = 1 #adjust interval value, if req'd\n if (rec == 0): \n rec = pStart \n else: \n rec = rec + pInterval \n return rec\n\n\n"
CalculateField "WATER\Water Fixture" WTR_FIX_NO autoIncrement() PYTHON_9.3 "rec=0\ndef autoIncrement():\n global rec\n pStart = 471047 #adjust start value, if req'd \n pInterval = 1 #adjust interval value, if req'd\n if (rec == 0): \n rec = pStart \n else: \n rec = rec + pInterval \n return rec\n\n\n"
CalculateField "WATER\Water Fixture" WTR_FIX_NO autoIncrement() PYTHON_9.3 "rec=0\ndef autoIncrement():\n global rec\n pStart = 471047 #adjust start value, if req'd \n pInterval = 1 #adjust interval value, if req'd\n if (rec == 0): \n rec = pStart \n else: \n rec = rec + pInterval \n return rec\n\n\n"
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Street07\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Street07\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Street07\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Street07\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Street07\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Street07\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Street07\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Street07\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Street07\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Street07\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Street07\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Street07\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" WTR_FIX_NO autoIncrement() PYTHON_9.3 "rec=0\ndef autoIncrement():\n global rec\n pStart = 1683085 #adjust start value, if req'd \n pInterval = 1 #adjust interval value, if req'd\n if (rec == 0): \n rec = pStart \n else: \n rec = rec + pInterval \n return rec\n\n\n"
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Utility02\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Utility02\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Utility02\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Utility02\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Utility02\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Utility02\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Utility02\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Utility02\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Utility02\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Utility02\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Utility02\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Utility02\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Utility02\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Utility02\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Utility02\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Utility02\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Utility02\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Utility02\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Utility02\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Utility02\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Water02\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Water02\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Water02\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Water02\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Water02\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Water02\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Water02\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Water02\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Water02\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Water02\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Water02\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Water02\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Water02\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Water02\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Water02\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Water02\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Water02\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Water02\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Water02\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Water02\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Water02\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Water02\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Water02\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Water02\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Water02\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Water02\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Water02\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Water02\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Water02\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Water02\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Water02\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Water02\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Water02\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Water02\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Water02\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Water02\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Water02\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Water02\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Water02\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Water02\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Water02\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Water02\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Water02\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" WTR_FIX_NO autoIncrement() PYTHON_9.3 "rec=0\ndef autoIncrement():\n global rec\n pStart = 633215 #adjust start value, if req'd \n pInterval = 1 #adjust interval value, if req'd\n if (rec == 0): \n rec = pStart \n else: \n rec = rec + pInterval \n return rec\n\n\n"
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Utility02\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Utility02\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" EAMAssetID null VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Utility02\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Street07\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Utility02\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Utility02\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Street07\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Street07\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Street07\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Street07\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Street07\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Street07\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" WTR_FIX_NO autoIncrement() PYTHON_9.3 "rec=0\ndef autoIncrement():\n global rec\n pStart = 1671443 #adjust start value, if req'd \n pInterval = 1 #adjust interval value, if req'd\n if (rec == 0): \n rec = pStart \n else: \n rec = rec + pInterval \n return rec\n\n\n"
CalculateField "WATER\Water Fixture" WTR_FIX_NO autoIncrement() PYTHON_9.3 "rec=0\ndef autoIncrement():\n global rec\n pStart = 1672277 #adjust start value, if req'd \n pInterval = 1 #adjust interval value, if req'd\n if (rec == 0): \n rec = pStart \n else: \n rec = rec + pInterval \n return rec\n\n\n"
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Utility02\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Street07\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Street07\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Street07\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Street07\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" WTR_FIX_NO autoIncrement() PYTHON_9.3 "rec=0\ndef autoIncrement():\n global rec\n pStart = 2641003 #adjust start value, if req'd \n pInterval = 1 #adjust interval value, if req'd\n if (rec == 0): \n rec = pStart \n else: \n rec = rec + pInterval \n return rec\n\n\n"
CalculateField "WATER\Water Fixture" WTR_FIX_NO autoIncrement() PYTHON_9.3 "rec=0\ndef autoIncrement():\n global rec\n pStart = 2672261 #adjust start value, if req'd \n pInterval = 1 #adjust interval value, if req'd\n if (rec == 0): \n rec = pStart \n else: \n rec = rec + pInterval \n return rec\n\n\n"
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Utility02\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Utility02\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" INSTALL_DATE null VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Utility02\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Utility02\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Utility02\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" WTR_FIX_TYPE 18 VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Utility02\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Utility02\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Utility02\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Utility02\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Utility02\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Utility02\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Utility02\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Utility02\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Utility02\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Utility02\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Utility02\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Utility02\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Utility02\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Utility02\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Utility02\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Utility02\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Utility02\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Utility02\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Utility02\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Utility02\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Utility02\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Utility02\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Utility02\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Utility02\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Utility02\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Utility02\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Utility02\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Utility02\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Utility02\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Utility02\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Street07\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" WTR_FIX_NO autoIncrement() PYTHON_9.3 "rec=0\ndef autoIncrement():\n global rec\n pStart = 1153177 #adjust start value, if req'd \n pInterval = 1 #adjust interval value, if req'd\n if (rec == 0): \n rec = pStart \n else: \n rec = rec + pInterval \n return rec\n\n\n"
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Utility02\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Utility02\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Water02\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Water02\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Water02\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Water02\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Water02\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Water02\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Water02\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Water02\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Water02\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Water02\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Water02\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Water02\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Water02\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Water02\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Water02\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Water02\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Water02\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Water02\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Water02\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Water02\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Water02\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Water02\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Water02\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Water02\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Water02\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Water02\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Water02\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Water02\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Water02\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Water02\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Water02\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Water02\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Water02\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Water02\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Water02\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Water02\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Water02\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Water02\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Water02\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Water02\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Water02\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Water02\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Water02\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Water02\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Water02\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Water02\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Water02\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Water02\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Utility02\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Utility02\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Utility02\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Utility02\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Water02\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Water02\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Water02\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Water02\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Water02\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Water02\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Water02\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Water02\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Water02\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Water02\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Water02\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Water02\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Water02\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Water02\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Water02\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Water02\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Water02\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Water02\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Water02\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Water02\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Water02\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Water02\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" WTR_FIX_NO autoIncrement() PYTHON_9.3 "rec=0\ndef autoIncrement():\n global rec\n pStart = 714358 #adjust start value, if req'd \n pInterval = 1 #adjust interval value, if req'd\n if (rec == 0): \n rec = pStart \n else: \n rec = rec + pInterval \n return rec\n\n\n"
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Water02\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Water02\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Water02\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Water02\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Water02\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Water02\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Water02\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Water02\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Utility02\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Utility02\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Utility02\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Utility02\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Utility02\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Utility02\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Utility02\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Utility02\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Utility02\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Utility02\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Utility02\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" WTR_FIX_NO autoIncrement() PYTHON_9.3 "rec=0\ndef autoIncrement():\n global rec\n pStart = 113110 #adjust start value, if req'd \n pInterval = 1 #adjust interval value, if req'd\n if (rec == 0): \n rec = pStart \n else: \n rec = rec + pInterval \n return rec\n\n\n"
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Utility02\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Utility02\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Utility02\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Utility02\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Street07\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Street07\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" WTR_FIX_NO autoIncrement() PYTHON_9.3 "rec=0\ndef autoIncrement():\n global rec\n pStart = 1063301 #adjust start value, if req'd \n pInterval = 1 #adjust interval value, if req'd\n if (rec == 0): \n rec = pStart \n else: \n rec = rec + pInterval \n return rec\n\n\n"
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Street07\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Street07\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" WTR_FIX_NO autoIncrement() PYTHON_9.3 "rec=0\ndef autoIncrement():\n global rec\n pStart = 371062 #adjust start value, if req'd \n pInterval = 1 #adjust interval value, if req'd\n if (rec == 0): \n rec = pStart \n else: \n rec = rec + pInterval \n return rec\n\n\n"
CalculateField "WATER\Water Fixture" WTR_FIX_NO autoIncrement() PYTHON_9.3 "rec=0\ndef autoIncrement():\n global rec\n pStart = 372080 #adjust start value, if req'd \n pInterval = 1 #adjust interval value, if req'd\n if (rec == 0): \n rec = pStart \n else: \n rec = rec + pInterval \n return rec\n\n\n"
CalculateField "WATER\Water Fixture" WTR_FIX_NO autoIncrement() PYTHON_9.3 "rec=0\ndef autoIncrement():\n global rec\n pStart = 372127 #adjust start value, if req'd \n pInterval = 1 #adjust interval value, if req'd\n if (rec == 0): \n rec = pStart \n else: \n rec = rec + pInterval \n return rec\n\n\n"
CalculateField "WATER\Water Fixture" WTR_FIX_NO autoIncrement() PYTHON_9.3 "rec=0\ndef autoIncrement():\n global rec\n pStart = 383091 #adjust start value, if req'd \n pInterval = 1 #adjust interval value, if req'd\n if (rec == 0): \n rec = pStart \n else: \n rec = rec + pInterval \n return rec\n\n\n"
CalculateField "WATER\Water Fixture" WTR_FIX_NO autoIncrement() PYTHON_9.3 "rec=0\ndef autoIncrement():\n global rec\n pStart = 514330 #adjust start value, if req'd \n pInterval = 1 #adjust interval value, if req'd\n if (rec == 0): \n rec = pStart \n else: \n rec = rec + pInterval \n return rec\n\n\n"
CalculateField "WATER\Water Fixture" WTR_FIX_NO autoIncrement() PYTHON_9.3 "rec=0\ndef autoIncrement():\n global rec\n pStart = 513576 #adjust start value, if req'd \n pInterval = 1 #adjust interval value, if req'd\n if (rec == 0): \n rec = pStart \n else: \n rec = rec + pInterval \n return rec\n\n\n"
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Sewer03\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Sewer03\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Sewer03\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" WTR_FIX_NO autoIncrement() PYTHON_9.3 "rec=0\ndef autoIncrement():\n global rec\n pStart = 512390 #adjust start value, if req'd \n pInterval = 1 #adjust interval value, if req'd\n if (rec == 0): \n rec = pStart \n else: \n rec = rec + pInterval \n return rec\n\n\n"
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Utility02\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Utility02\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Utility02\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" WTR_FIX_NO autoIncrement() PYTHON_9.3 "rec=0
def autoIncrement():
global rec
pStart = 512413 #adjust start value, if req'd pInterval = 1 #adjust interval value, if req'd
if (rec == 0): rec = pStart else: rec = rec + pInterval return rec
"
CalculateField "WATER\Water Fixture" WTR_FIX_NO autoIncrement() PYTHON_9.3 "rec=0
def autoIncrement():
global rec
pStart = 1642278 #adjust start value, if req'd pInterval = 1 #adjust interval value, if req'd
if (rec == 0): rec = pStart else: rec = rec + pInterval return rec
"
CalculateField "WATER\Water Fixture" WTR_FIX_NO autoIncrement() PYTHON_9.3 "rec=0
def autoIncrement():
global rec
pStart = 163030 #adjust start value, if req'd pInterval = 1 #adjust interval value, if req'd
if (rec == 0): rec = pStart else: rec = rec + pInterval return rec
"
CalculateField "WATER\Water Fixture" WTR_FIX_NO autoIncrement() PYTHON_9.3 "rec=0
def autoIncrement():
global rec
pStart = 1643030 #adjust start value, if req'd pInterval = 1 #adjust interval value, if req'd
if (rec == 0): rec = pStart else: rec = rec + pInterval return rec
"
CalculateField "WATER\Water Fixture" WTR_FIX_NO autoIncrement() PYTHON_9.3 "rec=0
def autoIncrement():
global rec
pStart = 1671493 #adjust start value, if req'd pInterval = 1 #adjust interval value, if req'd
if (rec == 0): rec = pStart else: rec = rec + pInterval return rec
"
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Utility02\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Utility02\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Utility01\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Utility01\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" WTR_FIX_NO autoIncrement() "Python 3" "rec=0
def autoIncrement():
global rec
pStart = 168133 #adjust start value, if req'd pInterval = 1 #adjust interval value, if req'd
if (rec == 0): rec = pStart else: rec = rec + pInterval return rec" Text
CalculateField "WATER\Water Fixture" WTR_FIX_NO autoIncrement() PYTHON_9.3 "rec=0
def autoIncrement():
global rec
pStart = 1681133 #adjust start value, if req'd pInterval = 1 #adjust interval value, if req'd
if (rec == 0): rec = pStart else: rec = rec + pInterval return rec
"
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Street08\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Sewer03\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" WTR_FIX_NO autoIncrement() PYTHON_9.3 "rec=0
def autoIncrement():
global rec
pStart = 1271019 #adjust start value, if req'd pInterval = 1 #adjust interval value, if req'd
if (rec == 0): rec = pStart else: rec = rec + pInterval return rec
"
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Utility02\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Utility02\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Utility02\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Utility02\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Street08\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Utility02\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Street08\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" WTR_FIX_NO autoIncrement() PYTHON_9.3 "rec=0
def autoIncrement():
global rec
pStart = 2661397 #adjust start value, if req'd pInterval = 1 #adjust interval value, if req'd
if (rec == 0): rec = pStart else: rec = rec + pInterval return rec
"
CalculateField "WATER\Water Fixture" WTR_FIX_NO autoIncrement() PYTHON_9.3 "rec=0
def autoIncrement():
global rec
pStart = 2544090 #adjust start value, if req'd pInterval = 1 #adjust interval value, if req'd
if (rec == 0): rec = pStart else: rec = rec + pInterval return rec
"
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Utility02\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Water\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Water\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Water\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Utility02\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" WTR_FIX_NO autoIncrement() PYTHON_9.3 "rec=0
def autoIncrement():
global rec
pStart = 2544116 #adjust start value, if req'd pInterval = 1 #adjust interval value, if req'd
if (rec == 0): rec = pStart else: rec = rec + pInterval return rec
"
CalculateGeometryAttributes "WATER\Water Fixture" "Longitude_X POINT_Y" # # # "Same as input"
CalculateGeometryAttributes "WATER\Water Fixture" "Longitude_X POINT_Y" # # # "Decimal Degrees"
CalculateGeometryAttributes "WATER\Water Fixture" "Latitude_Y POINT_X" # # # "Decimal Degrees"
CalculateGeometryAttributes "WATER\Water Fixture" "NOTES POINT_COORD_NOTATION" # # # "Degrees Minutes Seconds (DDD° MM' SSS.ss" <N|S|E|W>)"
CalculateGeometryAttributes "WATER\Water Fixture" "NOTES POINT_COORD_NOTATION" # # # "Degrees Minutes Seconds (<+|-> DDD° MM' SSS.ss")"
CalculateGeometryAttributes "WATER\Water Fixture" "NOTES POINT_COORD_NOTATION" # # # "Degrees Minutes Seconds (DDD° MM' SSS.ss" <N|S|E|W>)"
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Street08\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" WTR_FIX_NO autoIncrement() PYTHON_9.3 "rec=0
def autoIncrement():
global rec
pStart = 1671548 #adjust start value, if req'd pInterval = 1 #adjust interval value, if req'd
if (rec == 0): rec = pStart else: rec = rec + pInterval return rec
"
CalculateField "WATER\Water Fixture" WTR_FIX_NO autoIncrement() PYTHON_9.3 "rec=0
def autoIncrement():
global rec
pStart = 1672355 #adjust start value, if req'd pInterval = 1 #adjust interval value, if req'd
if (rec == 0): rec = pStart else: rec = rec + pInterval return rec
"
CalculateField "WATER\Water Fixture" WTR_FIX_NO autoIncrement() PYTHON_9.3 "rec=0
def autoIncrement():
global rec
pStart = 1672355 #adjust start value, if req'd pInterval = 1 #adjust interval value, if req'd
if (rec == 0): rec = pStart else: rec = rec + pInterval return rec
"
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Utility02\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Utility02\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Water02\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Water02\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Water02\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Water02\" & [AS_BUILT] & ".pdf"" VB #
CalculateField DATA.waterfixture PressurePlane "1st Pressure Plane" VB #
CalculateField DATA.waterfixture PressurePlane "2nd Pressure Plane" VB #
CalculateField DATA.waterfixture PressurePlane "2nd Pressure Plane" VB #
CalculateField DATA.waterfixture PressurePlane "3rd Pressure Plane" VB #
CalculateField DATA.waterfixture PressurePlane "4th Pressure Plane" VB #
CalculateField DATA.waterfixture PressurePlane "5th Pressure Plane" VB #
CalculateField DATA.waterfixture PressurePlane "6th Pressure Plane" VB #
CalculateField DATA.waterfixture PressurePlane "No Pressure Plane" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Water\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" WTR_FIX_NO autoIncrement() PYTHON_9.3 "rec=0
def autoIncrement():
global rec
pStart = 1684179 #adjust start value, if req'd pInterval = 1 #adjust interval value, if req'd
if (rec == 0): rec = pStart else: rec = rec + pInterval return rec
"
CalculateField "WATER\Water Fixture" AS_BUILT null VB #
CalculateField "WATER\Water Fixture" INSTALL_DATE null VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Utility02\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Utility02\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" WTR_FIX_NO autoIncrement() PYTHON_9.3 "rec=0
def autoIncrement():
global rec
pStart = 113154 #adjust start value, if req'd pInterval = 1 #adjust interval value, if req'd
if (rec == 0): rec = pStart else: rec = rec + pInterval return rec
"
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Street08\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Water02\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" WTR_FIX_NO autoIncrement() PYTHON_9.3 "rec=0
def autoIncrement():
global rec
pStart = 503120 #adjust start value, if req'd pInterval = 1 #adjust interval value, if req'd
if (rec == 0): rec = pStart else: rec = rec + pInterval return rec
"
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Street08\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" WTR_FIX_NO autoIncrement() PYTHON_9.3 "rec=0
def autoIncrement():
global rec
pStart = 1 #adjust start value, if req'd pInterval = 831460 #adjust interval value, if req'd
if (rec == 0): rec = pStart else: rec = rec + pInterval return rec
"
CalculateField "WATER\Water Fixture" WTR_FIX_NO autoIncrement() PYTHON_9.3 "rec=0
def autoIncrement():
global rec
pStart = 831460 #adjust start value, if req'd pInterval = 1 #adjust interval value, if req'd
if (rec == 0): rec = pStart else: rec = rec + pInterval return rec
"
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Street08\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" WTR_FIX_NO autoIncrement() PYTHON_9.3 "rec=0
def autoIncrement():
global rec
pStart = 634359 #adjust start value, if req'd pInterval = 1 #adjust interval value, if req'd
if (rec == 0): rec = pStart else: rec = rec + pInterval return rec
"
CalculateField "WATER\Water Fixture" WTR_FIX_NO autoIncrement() PYTHON_9.3 "rec=0
def autoIncrement():
global rec
pStart = 483382 #adjust start value, if req'd pInterval = 1 #adjust interval value, if req'd
if (rec == 0): rec = pStart else: rec = rec + pInterval return rec
"
CalculateField "WATER\Water Fixture" WTR_FIX_NO autoIncrement() PYTHON_9.3 "rec=0
def autoIncrement():
global rec
pStart = 2523209 #adjust start value, if req'd pInterval = 1 #adjust interval value, if req'd
if (rec == 0): rec = pStart else: rec = rec + pInterval return rec
"
CalculateField "WATER\Water Fixture" WTR_FIX_NO autoIncrement() PYTHON_9.3 "rec=0
def autoIncrement():
global rec
pStart = 2544153 #adjust start value, if req'd pInterval = 1 #adjust interval value, if req'd
if (rec == 0): rec = pStart else: rec = rec + pInterval return rec
"
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Utility02\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Street08\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" WTR_FIX_NO autoIncrement() PYTHON_9.3 "rec=0
def autoIncrement():
global rec
pStart = 422136 #adjust start value, if req'd pInterval = 1 #adjust interval value, if req'd
if (rec == 0): rec = pStart else: rec = rec + pInterval return rec
"
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Utility02\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Street08\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" WTR_FIX_NO autoIncrement() PYTHON_9.3 "rec=0
def autoIncrement():
global rec
pStart = 941084 #adjust start value, if req'd pInterval = 1 #adjust interval value, if req'd
if (rec == 0): rec = pStart else: rec = rec + pInterval return rec
"
CalculateField "WATER\Water Fixture" WTR_FIX_NO autoIncrement() PYTHON_9.3 "rec=0
def autoIncrement():
global rec
pStart = 933495 #adjust start value, if req'd pInterval = 1 #adjust interval value, if req'd
if (rec == 0): rec = pStart else: rec = rec + pInterval return rec
"
CalculateField "WATER\Water Fixture" WTR_FIX_NO autoIncrement() PYTHON_9.3 "rec=0
def autoIncrement():
global rec
pStart = 941295 #adjust start value, if req'd pInterval = 1 #adjust interval value, if req'd
if (rec == 0): rec = pStart else: rec = rec + pInterval return rec
"
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Street09\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Street09\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Utility02\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Street09\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Street09\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Street09\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Street09\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Street09\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Street09\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Street09\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Utility02\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" WTR_FIX_NO autoIncrement() PYTHON_9.3 "rec=0
def autoIncrement():
global rec
pStart = 1271049 #adjust start value, if req'd pInterval = 1 #adjust interval value, if req'd
if (rec == 0): rec = pStart else: rec = rec + pInterval return rec
"
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Water02\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" WTR_FIX_NO autoIncrement() PYTHON_9.3 "rec=0
def autoIncrement():
global rec
pStart = 1154314 #adjust start value, if req'd pInterval = 1 #adjust interval value, if req'd
if (rec == 0): rec = pStart else: rec = rec + pInterval return rec
"
CalculateField "WATER\Water Fixture" WTR_FIX_NO autoIncrement() PYTHON_9.3 "rec=0
def autoIncrement():
global rec
pStart = 834529 #adjust start value, if req'd pInterval = 1 #adjust interval value, if req'd
if (rec == 0): rec = pStart else: rec = rec + pInterval return rec
"
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Utility02\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Utility02\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" WTR_FIX_NO autoIncrement() PYTHON_9.3 "rec=0
def autoIncrement():
global rec
pStart = 834595 #adjust start value, if req'd pInterval = 1 #adjust interval value, if req'd
if (rec == 0): rec = pStart else: rec = rec + pInterval return rec
"
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Street09\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Street09\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" WTR_FIX_NO autoIncrement() PYTHON_9.3 "rec=0
def autoIncrement():
global rec
pStart = 704084 #adjust start value, if req'd pInterval = 1 #adjust interval value, if req'd
if (rec == 0): rec = pStart else: rec = rec + pInterval return rec
"
CalculateField "WATER\Water Fixture" WTR_FIX_NO autoIncrement() PYTHON_9.3 "rec=0
def autoIncrement():
global rec
pStart = 711413 #adjust start value, if req'd pInterval = 1 #adjust interval value, if req'd
if (rec == 0): rec = pStart else: rec = rec + pInterval return rec
"
CalculateField "WATER\Water Fixture" WTR_FIX_NO autoIncrement() PYTHON_9.3 "rec=0
def autoIncrement():
global rec
pStart = 723138 #adjust start value, if req'd pInterval = 1 #adjust interval value, if req'd
if (rec == 0): rec = pStart else: rec = rec + pInterval return rec
"
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Street09\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Street09\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Utility02\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Utility02\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Street06\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Street09\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\FireStation\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\FireStation\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Street09\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Street09\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" WTR_FIX_NO autoIncrement() PYTHON_9.3 "rec=0
def autoIncrement():
global rec
pStart = 723338 #adjust start value, if req'd pInterval = 1 #adjust interval value, if req'd
if (rec == 0): rec = pStart else: rec = rec + pInterval return rec
"
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Street09\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Street09\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Street09\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Street\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Street\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Street\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Street\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Street\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" WTR_FIX_NO autoIncrement() PYTHON_9.3 "rec=0
def autoIncrement():
global rec
pStart = 1044139 #adjust start value, if req'd pInterval = 1 #adjust interval value, if req'd
if (rec == 0): rec = pStart else: rec = rec + pInterval return rec
"
CalculateField "WATER\Water Fixture" WTR_FIX_NO autoIncrement() PYTHON_9.3 "rec=0
def autoIncrement():
global rec
pStart = 1023087 #adjust start value, if req'd pInterval = 1 #adjust interval value, if req'd
if (rec == 0): rec = pStart else: rec = rec + pInterval return rec
"
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Street09\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" WTR_FIX_NO autoIncrement() PYTHON_9.3 "rec=0
def autoIncrement():
global rec
pStart = 723442 #adjust start value, if req'd pInterval = 1 #adjust interval value, if req'd
if (rec == 0): rec = pStart else: rec = rec + pInterval return rec
"
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Utility02\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Utility02\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Utility02\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Utility02\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Utility02\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" NOTES null VB #
CalculateField "WATER\Water Fixture" Latitude_Y null VB #
CalculateField "WATER\Water Fixture" Longitude_X null VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Utility02\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Utility02\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Utility02\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Utility02\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Utility02\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Utility02\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" WTR_FIX_NO autoIncrement() PYTHON_9.3 "rec=0
def autoIncrement():
global rec
pStart = 1633591 #adjust start value, if req'd pInterval = 1 #adjust interval value, if req'd
if (rec == 0): rec = pStart else: rec = rec + pInterval return rec
"
CalculateField "WATER\Water Fixture" WTR_FIX_NO autoIncrement() PYTHON_9.3 "rec=0
def autoIncrement():
global rec
pStart = 1632008 #adjust start value, if req'd pInterval = 1 #adjust interval value, if req'd
if (rec == 0): rec = pStart else: rec = rec + pInterval return rec
"
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Utility02\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Utility02\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" WTR_FIX_NO autoIncrement() PYTHON_9.3 "rec=0
def autoIncrement():
global rec
pStart = 723483 #adjust start value, if req'd pInterval = 1 #adjust interval value, if req'd
if (rec == 0): rec = pStart else: rec = rec + pInterval return rec
"
CalculateField "WATER\Water Fixture" WTR_FIX_NO autoIncrement() PYTHON_9.3 "rec=0
def autoIncrement():
global rec
pStart = 724479 #adjust start value, if req'd pInterval = 1 #adjust interval value, if req'd
if (rec == 0): rec = pStart else: rec = rec + pInterval return rec
"
CalculateField "WATER\Water Fixture" WTR_FIX_NO autoIncrement() PYTHON_9.3 "rec=0
def autoIncrement():
global rec
pStart = 512437 #adjust start value, if req'd pInterval = 1 #adjust interval value, if req'd
if (rec == 0): rec = pStart else: rec = rec + pInterval return rec
"
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Utility02\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" WTR_FIX_NO autoIncrement() PYTHON_9.3 "rec=0
def autoIncrement():
global rec
pStart = 614337 #adjust start value, if req'd pInterval = 1 #adjust interval value, if req'd
if (rec == 0): rec = pStart else: rec = rec + pInterval return rec
"
CalculateField "WATER\Water Fixture" WTR_FIX_NO autoIncrement() PYTHON_9.3 "rec=0
def autoIncrement():
global rec
pStart = 152083 #adjust start value, if req'd pInterval = 1 #adjust interval value, if req'd
if (rec == 0): rec = pStart else: rec = rec + pInterval return rec
"
CalculateField "WATER\Water Fixture" WTR_FIX_NO autoIncrement() PYTHON_9.3 "rec=0
def autoIncrement():
global rec
pStart = 304120 #adjust start value, if req'd pInterval = 1 #adjust interval value, if req'd
if (rec == 0): rec = pStart else: rec = rec + pInterval return rec
"
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Utility02\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" WTR_FIX_NO autoIncrement() PYTHON_9.3 "rec=0
def autoIncrement():
global rec
pStart = 422194 #adjust start value, if req'd pInterval = 1 #adjust interval value, if req'd
if (rec == 0): rec = pStart else: rec = rec + pInterval return rec
"
CalculateField "WATER\Water Fixture" WTR_FIX_NO autoIncrement() PYTHON_9.3 "rec=0
def autoIncrement():
global rec
pStart = 433219 #adjust start value, if req'd pInterval = 1 #adjust interval value, if req'd
if (rec == 0): rec = pStart else: rec = rec + pInterval return rec
"
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Utility02\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" WTR_FIX_NO autoIncrement() PYTHON_9.3 "rec=0
def autoIncrement():
global rec
pStart = 801371 #adjust start value, if req'd pInterval = 1 #adjust interval value, if req'd
if (rec == 0): rec = pStart else: rec = rec + pInterval return rec
"
CalculateField "WATER\Water Fixture" WTR_FIX_NO autoIncrement() PYTHON_9.3 "rec=0
def autoIncrement():
global rec
pStart = 611240 #adjust start value, if req'd pInterval = 1 #adjust interval value, if req'd
if (rec == 0): rec = pStart else: rec = rec + pInterval return rec
"
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Street09\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Street09\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" WTR_FIX_NO autoIncrement() PYTHON_9.3 "rec=0
def autoIncrement():
global rec
pStart = 1461116 #adjust start value, if req'd pInterval = 1 #adjust interval value, if req'd
if (rec == 0): rec = pStart else: rec = rec + pInterval return rec
"
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Street09\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" WTR_FIX_NO autoIncrement() PYTHON_9.3 "rec=0
def autoIncrement():
global rec
pStart = 1251038 #adjust start value, if req'd pInterval = 1 #adjust interval value, if req'd
if (rec == 0): rec = pStart else: rec = rec + pInterval return rec
"
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Utility02\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" WTR_FIX_NO autoIncrement() PYTHON_9.3 "rec=0
def autoIncrement():
global rec
pStart = 621354 #adjust start value, if req'd pInterval = 1 #adjust interval value, if req'd
if (rec == 0): rec = pStart else: rec = rec + pInterval return rec
"
CalculateField "WATER\Water Fixture" WTR_FIX_NO autoIncrement() PYTHON_9.3 "rec=0
def autoIncrement():
global rec
pStart = 621441 #adjust start value, if req'd pInterval = 1 #adjust interval value, if req'd
if (rec == 0): rec = pStart else: rec = rec + pInterval return rec
"
CalculateField "WATER\Water Fixture" PressurePlane "2nd Pressure Plane" VB #
CalculateField "WATER\Water Fixture" PressurePlane "2nd Pressure Plane" VB #
CalculateField "WATER\Water Fixture" WTR_FIX_NO autoIncrement() PYTHON_9.3 "rec=0
def autoIncrement():
global rec
pStart = 721615 #adjust start value, if req'd pInterval = 1 #adjust interval value, if req'd
if (rec == 0): rec = pStart else: rec = rec + pInterval return rec
"
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Street09\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" WTR_FIX_NO autoIncrement() PYTHON_9.3 "rec=0
def autoIncrement():
global rec
pStart = 1861017 #adjust start value, if req'd pInterval = 1 #adjust interval value, if req'd
if (rec == 0): rec = pStart else: rec = rec + pInterval return rec
"
CalculateField "WATER\Water Fixture" WTR_FIX_NO autoIncrement() PYTHON_9.3 "rec=0
def autoIncrement():
global rec
pStart = 1671564 #adjust start value, if req'd pInterval = 1 #adjust interval value, if req'd
if (rec == 0): rec = pStart else: rec = rec + pInterval return rec
"
CalculateField "WATER\Water Fixture" WTR_FIX_NO autoIncrement() PYTHON_9.3 "rec=0
def autoIncrement():
global rec
pStart = 1672569 #adjust start value, if req'd pInterval = 1 #adjust interval value, if req'd
if (rec == 0): rec = pStart else: rec = rec + pInterval return rec
"
CalculateField "WATER\Water Fixture" WTR_FIX_NO autoIncrement() PYTHON_9.3 "rec=0
def autoIncrement():
global rec
pStart = 1673001 #adjust start value, if req'd pInterval = 1 #adjust interval value, if req'd
if (rec == 0): rec = pStart else: rec = rec + pInterval return rec
"
CalculateField "WATER\Water Fixture" WTR_FIX_NO autoIncrement() PYTHON_9.3 "rec=0
def autoIncrement():
global rec
pStart = 1414221 #adjust start value, if req'd pInterval = 1 #adjust interval value, if req'd
if (rec == 0): rec = pStart else: rec = rec + pInterval return rec
"
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Utility02\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Utility02\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Utility02\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" WTR_FIX_NO autoIncrement() PYTHON_9.3 "rec=0
def autoIncrement():
global rec
pStart = 1023117 #adjust start value, if req'd pInterval = 1 #adjust interval value, if req'd
if (rec == 0): rec = pStart else: rec = rec + pInterval return rec
"
CalculateField "WATER\Water Fixture" WTR_FIX_NO autoIncrement() PYTHON_9.3 "rec=0
def autoIncrement():
global rec
pStart = 1194026 #adjust start value, if req'd pInterval = 1 #adjust interval value, if req'd
if (rec == 0): rec = pStart else: rec = rec + pInterval return rec
"
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Street09\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" WTR_FIX_NO autoIncrement() PYTHON_9.3 "rec=0
def autoIncrement():
global rec
pStart = 2271232 #adjust start value, if req'd pInterval = 1 #adjust interval value, if req'd
if (rec == 0): rec = pStart else: rec = rec + pInterval return rec
"
CalculateField "WATER\Water Fixture" WTR_FIX_NO autoIncrement() PYTHON_9.3 "rec=0
def autoIncrement():
global rec
pStart = 721640 #adjust start value, if req'd pInterval = 1 #adjust interval value, if req'd
if (rec == 0): rec = pStart else: rec = rec + pInterval return rec
"
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Utility02\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Utility02\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Utility02\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Utility02\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Utility02\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Street\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Utility02\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" WTR_FIX_NO autoIncrement() PYTHON_9.3 "rec=0
def autoIncrement():
global rec
pStart = 233001 #adjust start value, if req'd pInterval = 1 #adjust interval value, if req'd
if (rec == 0): rec = pStart else: rec = rec + pInterval return rec
"
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Water02\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" WTR_FIX_NO autoIncrement() PYTHON_9.3 "rec=0
def autoIncrement():
global rec
pStart = 1264056 #adjust start value, if req'd pInterval = 1 #adjust interval value, if req'd
if (rec == 0): rec = pStart else: rec = rec + pInterval return rec
"
CalculateField "WATER\Water Fixture" WTR_FIX_NO autoIncrement() PYTHON_9.3 "rec=0
def autoIncrement():
global rec
pStart = 1263036 #adjust start value, if req'd pInterval = 1 #adjust interval value, if req'd
if (rec == 0): rec = pStart else: rec = rec + pInterval return rec
"
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Utility02\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\SpecialPlan2\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\SpecialPlan2\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\SpecialPlan2\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\SpecialPlan2\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\SpecialPlan2\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\SpecialPlan2\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\SpecialPlan2\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" WTR_FIX_NO autoIncrement() PYTHON_9.3 "rec=0
def autoIncrement():
global rec
pStart = 624267 #adjust start value, if req'd pInterval = 1 #adjust interval value, if req'd
if (rec == 0): rec = pStart else: rec = rec + pInterval return rec
"
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Street09\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Street09\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Street09\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Utility02\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Utility02\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Utility02\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" WTR_FIX_NO autoIncrement() PYTHON_9.3 "rec=0
def autoIncrement():
global rec
pStart = 721705 #adjust start value, if req'd pInterval = 1 #adjust interval value, if req'd
if (rec == 0): rec = pStart else: rec = rec + pInterval return rec
"
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Street09\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" WTR_FIX_NO autoIncrement() PYTHON_9.3 "rec=0
def autoIncrement():
global rec
pStart = 612507 #adjust start value, if req'd pInterval = 1 #adjust interval value, if req'd
if (rec == 0): rec = pStart else: rec = rec + pInterval return rec
"
CalculateField "WATER\Water Fixture" WTR_FIX_NO autoIncrement() PYTHON_9.3 "rec=0
def autoIncrement():
global rec
pStart = 613413 #adjust start value, if req'd pInterval = 1 #adjust interval value, if req'd
if (rec == 0): rec = pStart else: rec = rec + pInterval return rec
"
CalculateField "WATER\Water Fixture" WTR_FIX_NO autoIncrement() PYTHON_9.3 "rec=0
def autoIncrement():
global rec
pStart = 503136 #adjust start value, if req'd pInterval = 1 #adjust interval value, if req'd
if (rec == 0): rec = pStart else: rec = rec + pInterval return rec
"
CalculateField "WATER\Water Fixture" WTR_FIX_NO autoIncrement() PYTHON_9.3 "rec=0
def autoIncrement():
global rec
pStart = 631124 #adjust start value, if req'd pInterval = 1 #adjust interval value, if req'd
if (rec == 0): rec = pStart else: rec = rec + pInterval return rec
"
CalculateField "WATER\Water Fixture" WTR_FIX_NO autoIncrement() PYTHON_9.3 "rec=0
def autoIncrement():
global rec
pStart = 722441 #adjust start value, if req'd pInterval = 1 #adjust interval value, if req'd
if (rec == 0): rec = pStart else: rec = rec + pInterval return rec
"
CalculateField "WATER\Water Fixture" WTR_FIX_NO autoIncrement() PYTHON_9.3 "rec=0
def autoIncrement():
global rec
pStart = 2133001 #adjust start value, if req'd pInterval = 1 #adjust interval value, if req'd
if (rec == 0): rec = pStart else: rec = rec + pInterval return rec
"
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Street09\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Street09\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" WTR_FIX_NO autoIncrement() PYTHON_9.3 "rec=0
def autoIncrement():
global rec
pStart = 724499 #adjust start value, if req'd pInterval = 1 #adjust interval value, if req'd
if (rec == 0): rec = pStart else: rec = rec + pInterval return rec
"
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Street\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Street\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Street\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Street\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Street\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Street\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Street\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Street\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Street\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" WTR_FIX_NO null VB #
CalculateField "WATER\Water Fixture" Latitude_Y null VB #
CalculateField "WATER\Water Fixture" Longitude_X null VB #
CalculateField "WATER\Water Fixture" EAMAssetID null VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Utility02\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" WTR_FIX_NO autoIncrement() PYTHON_9.3 "rec=0
def autoIncrement():
global rec
pStart = 751065 #adjust start value, if req'd pInterval = 1 #adjust interval value, if req'd
if (rec == 0): rec = pStart else: rec = rec + pInterval return rec
"
CalculateField "WATER\Water Fixture" WTR_FIX_NO autoIncrement() PYTHON_9.3 "rec=0
def autoIncrement():
global rec
pStart = 744192 #adjust start value, if req'd pInterval = 1 #adjust interval value, if req'd
if (rec == 0): rec = pStart else: rec = rec + pInterval return rec
"
CalculateField "WATER\Water Fixture" WTR_FIX_NO autoIncrement() PYTHON_9.3 "rec=0
def autoIncrement():
global rec
pStart = 931420 #adjust start value, if req'd pInterval = 1 #adjust interval value, if req'd
if (rec == 0): rec = pStart else: rec = rec + pInterval return rec
"
CalculateField "WATER\Water Fixture" WTR_FIX_NO autoIncrement() PYTHON_9.3 "rec=0
def autoIncrement():
global rec
pStart = 842489 #adjust start value, if req'd pInterval = 1 #adjust interval value, if req'd
if (rec == 0): rec = pStart else: rec = rec + pInterval return rec
"
CalculateField "WATER\Water Fixture" WTR_FIX_NO autoIncrement() PYTHON_9.3 "rec=0
def autoIncrement():
global rec
pStart = 932264 #adjust start value, if req'd pInterval = 1 #adjust interval value, if req'd
if (rec == 0): rec = pStart else: rec = rec + pInterval return rec
"
CalculateField "WATER\Water Fixture" WTR_FIX_NO autoIncrement() PYTHON_9.3 "rec=0
def autoIncrement():
global rec
pStart = 934597 #adjust start value, if req'd pInterval = 1 #adjust interval value, if req'd
if (rec == 0): rec = pStart else: rec = rec + pInterval return rec
"
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Utility02\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" WTR_FIX_NO autoIncrement() PYTHON_9.3 "rec=0
def autoIncrement():
global rec
pStart = 844200 #adjust start value, if req'd pInterval = 1 #adjust interval value, if req'd
if (rec == 0): rec = pStart else: rec = rec + pInterval return rec
"
CalculateField "WATER\Water Fixture" WTR_FIX_NO autoIncrement() PYTHON_9.3 "rec=0
def autoIncrement():
global rec
pStart = 842535 #adjust start value, if req'd pInterval = 1 #adjust interval value, if req'd
if (rec == 0): rec = pStart else: rec = rec + pInterval return rec
"
CalculateField "WATER\Water Fixture" WTR_FIX_NO autoIncrement() PYTHON_9.3 "rec=0
def autoIncrement():
global rec
pStart = 1081143 #adjust start value, if req'd pInterval = 1 #adjust interval value, if req'd
if (rec == 0): rec = pStart else: rec = rec + pInterval return rec
"
CalculateField "WATER\Water Fixture" WTR_FIX_NO autoIncrement() PYTHON_9.3 "rec=0
def autoIncrement():
global rec
pStart = 1084032 #adjust start value, if req'd pInterval = 1 #adjust interval value, if req'd
if (rec == 0): rec = pStart else: rec = rec + pInterval return rec
"
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Utility02\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Utility02\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Utility02\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Utility02\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Utility02\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Utility02\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Utility02\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Utility02\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Utility02\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" WTR_FIX_NO autoIncrement() PYTHON_9.3 "rec=0
def autoIncrement():
global rec
pStart = 1173109 #adjust start value, if req'd pInterval = 1 #adjust interval value, if req'd
if (rec == 0): rec = pStart else: rec = rec + pInterval return rec
"
CalculateField "WATER\Water Fixture" WTR_FIX_NO autoIncrement() PYTHON_9.3 "rec=0
def autoIncrement():
global rec
pStart = 1182104 #adjust start value, if req'd pInterval = 1 #adjust interval value, if req'd
if (rec == 0): rec = pStart else: rec = rec + pInterval return rec
"
CalculateField "WATER\Water Fixture" WTR_FIX_NO autoIncrement() PYTHON_9.3 "rec=0
def autoIncrement():
global rec
pStart = 2701001 #adjust start value, if req'd pInterval = 1 #adjust interval value, if req'd
if (rec == 0): rec = pStart else: rec = rec + pInterval return rec
"
CalculateField "WATER\Water Fixture" WTR_FIX_NO autoIncrement() PYTHON_9.3 "rec=0
def autoIncrement():
global rec
pStart = 2702004 #adjust start value, if req'd pInterval = 1 #adjust interval value, if req'd
if (rec == 0): rec = pStart else: rec = rec + pInterval return rec
"
CalculateField "WATER\Water Fixture" WTR_FIX_NO autoIncrement() PYTHON_9.3 "rec=0
def autoIncrement():
global rec
pStart = 841460 #adjust start value, if req'd pInterval = 1 #adjust interval value, if req'd
if (rec == 0): rec = pStart else: rec = rec + pInterval return rec
"
CalculateField "WATER\Water Fixture" WTR_FIX_NO autoIncrement() PYTHON_9.3 "rec=0
def autoIncrement():
global rec
pStart = 843343 #adjust start value, if req'd pInterval = 1 #adjust interval value, if req'd
if (rec == 0): rec = pStart else: rec = rec + pInterval return rec
"
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Street10\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" WTR_FIX_NO autoIncrement() PYTHON_9.3 "rec=0
def autoIncrement():
global rec
pStart = 1463417 #adjust start value, if req'd pInterval = 1 #adjust interval value, if req'd
if (rec == 0): rec = pStart else: rec = rec + pInterval return rec
"
CalculateField "WATER\Water Fixture" WTR_FIX_NO autoIncrement() PYTHON_9.3 "rec=0
def autoIncrement():
global rec
pStart = 1464411 #adjust start value, if req'd pInterval = 1 #adjust interval value, if req'd
if (rec == 0): rec = pStart else: rec = rec + pInterval return rec
"
CalculateField "WATER\Water Fixture" WTR_FIX_NO autoIncrement() PYTHON_9.3 "rec=0
def autoIncrement():
global rec
pStart = 2721156 #adjust start value, if req'd pInterval = 1 #adjust interval value, if req'd
if (rec == 0): rec = pStart else: rec = rec + pInterval return rec
"
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Utility02\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" WTR_FIX_NO autoIncrement() PYTHON_9.3 "rec=0
def autoIncrement():
global rec
pStart = 1672669 #adjust start value, if req'd pInterval = 1 #adjust interval value, if req'd
if (rec == 0): rec = pStart else: rec = rec + pInterval return rec
"
CalculateField "WATER\Water Fixture" WTR_FIX_NO autoIncrement() PYTHON_9.3 "rec=0
def autoIncrement():
global rec
pStart = 1683117 #adjust start value, if req'd pInterval = 1 #adjust interval value, if req'd
if (rec == 0): rec = pStart else: rec = rec + pInterval return rec
"
CalculateField "WATER\Water Fixture" WTR_FIX_NO autoIncrement() PYTHON_9.3 "rec=0
def autoIncrement():
global rec
pStart = 1854051 #adjust start value, if req'd pInterval = 1 #adjust interval value, if req'd
if (rec == 0): rec = pStart else: rec = rec + pInterval return rec
"
CalculateField "WATER\Water Fixture" WTR_FIX_NO autoIncrement() PYTHON_9.3 "rec=0
def autoIncrement():
global rec
pStart = 1861049 #adjust start value, if req'd pInterval = 1 #adjust interval value, if req'd
if (rec == 0): rec = pStart else: rec = rec + pInterval return rec
"
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Sewer03\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Sewer03\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Water02\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Water02\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Water02\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Water02\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Water02\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Water02\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Water02\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Water02\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Water02\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Water02\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Water02\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Water02\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" WTR_FIX_NO autoIncrement() PYTHON_9.3 "rec=0
def autoIncrement():
global rec
pStart = 422243 #adjust start value, if req'd pInterval = 1 #adjust interval value, if req'd
if (rec == 0): rec = pStart else: rec = rec + pInterval return rec
"
CalculateField "WATER\Water Fixture" WTR_FIX_NO autoIncrement() PYTHON_9.3 "rec=0
def autoIncrement():
global rec
pStart = 433261 #adjust start value, if req'd pInterval = 1 #adjust interval value, if req'd
if (rec == 0): rec = pStart else: rec = rec + pInterval return rec
"
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Street10\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Utility02\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Utility02\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Street10\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" WTR_FIX_NO autoIncrement() PYTHON_9.3 "rec=0
def autoIncrement():
global rec
pStart = 842601 #adjust start value, if req'd pInterval = 1 #adjust interval value, if req'd
if (rec == 0): rec = pStart else: rec = rec + pInterval return rec
"
CalculateField "WATER\Water Fixture" WTR_FIX_NO autoIncrement() PYTHON_9.3 "rec=0
def autoIncrement():
global rec
pStart = 843355 #adjust start value, if req'd pInterval = 1 #adjust interval value, if req'd
if (rec == 0): rec = pStart else: rec = rec + pInterval return rec
"
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Water02\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Water02\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Utility02\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Utility02\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Utility02\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Utility02\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Water02\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" WTR_FIX_NO autoIncrement() PYTHON_9.3 "rec=0
def autoIncrement():
global rec
pStart = 433285 #adjust start value, if req'd pInterval = 1 #adjust interval value, if req'd
if (rec == 0): rec = pStart else: rec = rec + pInterval return rec
"
CalculateField "WATER\Water Fixture" WTR_FIX_NO autoIncrement() PYTHON_9.3 "rec=0
def autoIncrement():
global rec
pStart = 434008 #adjust start value, if req'd pInterval = 1 #adjust interval value, if req'd
if (rec == 0): rec = pStart else: rec = rec + pInterval return rec
"
CalculateField "WATER\Water Fixture" WTR_FIX_NO autoIncrement() PYTHON_9.3 "rec=0
def autoIncrement():
global rec
pStart = 422309 #adjust start value, if req'd pInterval = 1 #adjust interval value, if req'd
if (rec == 0): rec = pStart else: rec = rec + pInterval return rec
"
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Water\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Sewer01\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Sewer01\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Sewer01\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Sewer01\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Sewer01\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Sewer01\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Sewer01\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" NOTES null VB #
CalculateField "WATER\Water Fixture" DEF_CD null VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Street10\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Street10\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Street10\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" WTR_FIX_NO autoIncrement() PYTHON_9.3 "rec=0
def autoIncrement():
global rec
pStart = 712527 #adjust start value, if req'd pInterval = 1 #adjust interval value, if req'd
if (rec == 0): rec = pStart else: rec = rec + pInterval return rec
"
CalculateField "WATER\Water Fixture" WTR_FIX_NO autoIncrement() PYTHON_9.3 "rec=0
def autoIncrement():
global rec
pStart = 844270 #adjust start value, if req'd pInterval = 1 #adjust interval value, if req'd
if (rec == 0): rec = pStart else: rec = rec + pInterval return rec
"
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Water02\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Utility02\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Utility02\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" WTR_FIX_NO autoIncrement() PYTHON_9.3 "rec=0
def autoIncrement():
global rec
pStart = 1271090 #adjust start value, if req'd pInterval = 1 #adjust interval value, if req'd
if (rec == 0): rec = pStart else: rec = rec + pInterval return rec
"
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\SpecialPlan2\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\SpecialPlan2\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Utility02\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\SpecialPlan2\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" WTR_FIX_NO autoIncrement() PYTHON_9.3 "rec=0
def autoIncrement():
global rec
pStart = 1051 #adjust start value, if req'd pInterval = 1 #adjust interval value, if req'd
if (rec == 0): rec = pStart else: rec = rec + pInterval return rec
"
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Street10\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Street10\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Street10\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Utility02\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Street10\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Utility02\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Utility02\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Utility02\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Utility02\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Utility02\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Utility02\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Utility02\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" WTR_FIX_NO autoIncrement() PYTHON_9.3 "rec=0
def autoIncrement():
global rec
pStart = 704100 #adjust start value, if req'd pInterval = 1 #adjust interval value, if req'd
if (rec == 0): rec = pStart else: rec = rec + pInterval return rec
"
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Water02\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Water02\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Water02\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Water02\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Water02\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Water02\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Water02\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Water02\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Utility02\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Utility02\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Utility02\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Utility02\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Water02\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Water02\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Water02\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" WTR_FIX_NO autoIncrement() PYTHON_9.3 "rec=0
def autoIncrement():
global rec
pStart = 1182111 #adjust start value, if req'd pInterval = 1 #adjust interval value, if req'd
if (rec == 0): rec = pStart else: rec = rec + pInterval return rec
"
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Water02\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Utility02\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Water\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Utility02\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Utility02\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Utility02\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Utility02\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Utility02\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Utility02\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" WTR_FIX_NO autoIncrement() PYTHON_9.3 "rec=0
def autoIncrement():
global rec
pStart = 2261001 #adjust start value, if req'd pInterval = 1 #adjust interval value, if req'd
if (rec == 0): rec = pStart else: rec = rec + pInterval return rec
"
CalculateField "WATER\Water Fixture" WTR_FIX_NO autoIncrement() PYTHON_9.3 "rec=0
def autoIncrement():
global rec
pStart = 2262001 #adjust start value, if req'd pInterval = 1 #adjust interval value, if req'd
if (rec == 0): rec = pStart else: rec = rec + pInterval return rec
"
CalculateField "WATER\Water Fixture" WTR_FIX_NO autoIncrement() PYTHON_9.3 "rec=0
def autoIncrement():
global rec
pStart = 2264045 #adjust start value, if req'd pInterval = 1 #adjust interval value, if req'd
if (rec == 0): rec = pStart else: rec = rec + pInterval return rec
"
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Street10\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Utility02\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Utility02\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Utility02\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Utility02\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Utility02\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Utility02\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Utility02\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Utility02\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Utility02\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Utility02\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Utility02\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""\\ntgis\gis\data\scans\eng\Utility02\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""D:\Data\Scans\Eng\Utility02\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "WATER\Water Fixture" IMAGENAME ""D:\Data\Scans\Eng\Utility02\" & [AS_BUILT] & ".pdf"" VB #
ExportFeatures C:\Users\dscanes\AppData\Roaming\Esri\ArcGISPro\Favorites\ntgis_DScanes.sde\DATA.Water\DATA.waterfixture N:\GISUser\DanaScanes\Templates\Maps\GISPro_Working\GISPro_Working.gdb\waterfixture # NOT_USE_ALIAS "WTR_FIX_NO "Fixture Number" true true false 4 Long 0 10,First,#,C:\Users\dscanes\AppData\Roaming\Esri\ArcGISPro\Favorites\ntgis_DScanes.sde\DATA.Water\DATA.waterfixture,WTR_FIX_NO,-1,-1;WTR_FIX_TYPE "Fixture Type" true true false 2 Short 0 5,First,#,C:\Users\dscanes\AppData\Roaming\Esri\ArcGISPro\Favorites\ntgis_DScanes.sde\DATA.Water\DATA.waterfixture,WTR_FIX_TYPE,-1,-1;INSTALL_DATE "Date Installed" true true false 8 Date 0 0,First,#,C:\Users\dscanes\AppData\Roaming\Esri\ArcGISPro\Favorites\ntgis_DScanes.sde\DATA.Water\DATA.waterfixture,INSTALL_DATE,-1,-1;NOTES "NOTES" true true false 50 Text 0 0,First,#,C:\Users\dscanes\AppData\Roaming\Esri\ArcGISPro\Favorites\ntgis_DScanes.sde\DATA.Water\DATA.waterfixture,NOTES,0,50;FLOW_ID "FH Flow ID" true true false 2 Short 0 5,First,#,C:\Users\dscanes\AppData\Roaming\Esri\ArcGISPro\Favorites\ntgis_DScanes.sde\DATA.Water\DATA.waterfixture,FLOW_ID,-1,-1;GPSDATE "GPS Date" true true false 8 Date 0 0,First,#,C:\Users\dscanes\AppData\Roaming\Esri\ArcGISPro\Favorites\ntgis_DScanes.sde\DATA.Water\DATA.waterfixture,GPSDATE,-1,-1;IMAGENAME "Drawing Link" true true false 72 Text 0 0,First,#,C:\Users\dscanes\AppData\Roaming\Esri\ArcGISPro\Favorites\ntgis_DScanes.sde\DATA.Water\DATA.waterfixture,IMAGENAME,0,72;DEF_CD "Dead End Flushing Code" true true false 2 Short 0 5,First,#,C:\Users\dscanes\AppData\Roaming\Esri\ArcGISPro\Favorites\ntgis_DScanes.sde\DATA.Water\DATA.waterfixture,DEF_CD,-1,-1;NOTES2 "Additional Notes" true true false 100 Text 0 0,First,#,C:\Users\dscanes\AppData\Roaming\Esri\ArcGISPro\Favorites\ntgis_DScanes.sde\DATA.Water\DATA.waterfixture,NOTES2,0,100;created_user "created_user" false true false 255 Text 0 0,First,#,C:\Users\dscanes\AppData\Roaming\Esri\ArcGISPro\Favorites\ntgis_DScanes.sde\DATA.Water\DATA.waterfixture,created_user,0,255;created_date "created_date" false true false 8 Date 0 0,First,#,C:\Users\dscanes\AppData\Roaming\Esri\ArcGISPro\Favorites\ntgis_DScanes.sde\DATA.Water\DATA.waterfixture,created_date,-1,-1;last_edited_user "last_edited_user" false true false 255 Text 0 0,First,#,C:\Users\dscanes\AppData\Roaming\Esri\ArcGISPro\Favorites\ntgis_DScanes.sde\DATA.Water\DATA.waterfixture,last_edited_user,0,255;last_edited_date "last_edited_date" false true false 8 Date 0 0,First,#,C:\Users\dscanes\AppData\Roaming\Esri\ArcGISPro\Favorites\ntgis_DScanes.sde\DATA.Water\DATA.waterfixture,last_edited_date,-1,-1;AS_BUILT "As-built" true true false 20 Text 0 0,First,#,C:\Users\dscanes\AppData\Roaming\Esri\ArcGISPro\Favorites\ntgis_DScanes.sde\DATA.Water\DATA.waterfixture,AS_BUILT,0,20;WTRFIXSZ "Wtr Fixture Size" true true false 10 Text 0 0,First,#,C:\Users\dscanes\AppData\Roaming\Esri\ArcGISPro\Favorites\ntgis_DScanes.sde\DATA.Water\DATA.waterfixture,WTRFIXSZ,0,10;Manufacturer "Manufacturer" true true false 50 Text 0 0,First,#,C:\Users\dscanes\AppData\Roaming\Esri\ArcGISPro\Favorites\ntgis_DScanes.sde\DATA.Water\DATA.waterfixture,Manufacturer,0,50;Make "Make" true true false 50 Text 0 0,First,#,C:\Users\dscanes\AppData\Roaming\Esri\ArcGISPro\Favorites\ntgis_DScanes.sde\DATA.Water\DATA.waterfixture,Make,0,50;Model "Model" true true false 20 Text 0 0,First,#,C:\Users\dscanes\AppData\Roaming\Esri\ArcGISPro\Favorites\ntgis_DScanes.sde\DATA.Water\DATA.waterfixture,Model,0,20;Top_EL "Top Elevation" true true false 8 Double 8 38,First,#,C:\Users\dscanes\AppData\Roaming\Esri\ArcGISPro\Favorites\ntgis_DScanes.sde\DATA.Water\DATA.waterfixture,Top_EL,-1,-1;Bot_EL "Bottom Elevation" true true false 8 Double 8 38,First,#,C:\Users\dscanes\AppData\Roaming\Esri\ArcGISPro\Favorites\ntgis_DScanes.sde\DATA.Water\DATA.waterfixture,Bot_EL,-1,-1;Close_Dir "Close Direction" true true false 10 Text 0 0,First,#,C:\Users\dscanes\AppData\Roaming\Esri\ArcGISPro\Favorites\ntgis_DScanes.sde\DATA.Water\DATA.waterfixture,Close_Dir,0,10;Turns "No. of Turns" true true false 10 Text 0 0,First,#,C:\Users\dscanes\AppData\Roaming\Esri\ArcGISPro\Favorites\ntgis_DScanes.sde\DATA.Water\DATA.waterfixture,Turns,0,10;Depth "Fixture Depth" true true false 4 Text 0 0,First,#,C:\Users\dscanes\AppData\Roaming\Esri\ArcGISPro\Favorites\ntgis_DScanes.sde\DATA.Water\DATA.waterfixture,Depth,0,4;Longitude_X "Longitude" true true false 8 Double 8 38,First,#,C:\Users\dscanes\AppData\Roaming\Esri\ArcGISPro\Favorites\ntgis_DScanes.sde\DATA.Water\DATA.waterfixture,Longitude_X,-1,-1;Latitude_Y "Latitude" true true false 8 Double 8 38,First,#,C:\Users\dscanes\AppData\Roaming\Esri\ArcGISPro\Favorites\ntgis_DScanes.sde\DATA.Water\DATA.waterfixture,Latitude_Y,-1,-1;EAMAssetID "EAM Asset ID" true true false 50 Text 0 0,First,#,C:\Users\dscanes\AppData\Roaming\Esri\ArcGISPro\Favorites\ntgis_DScanes.sde\DATA.Water\DATA.waterfixture,EAMAssetID,0,50;Address "Address" true true false 80 Text 0 0,First,#,C:\Users\dscanes\AppData\Roaming\Esri\ArcGISPro\Favorites\ntgis_DScanes.sde\DATA.Water\DATA.waterfixture,Address,0,80;PressurePlane "PressurePlane" true true false 30 Text 0 0,First,#,C:\Users\dscanes\AppData\Roaming\Esri\ArcGISPro\Favorites\ntgis_DScanes.sde\DATA.Water\DATA.waterfixture,PressurePlane,0,30" #
UpdateSchema "CIMDATA=<CIMStandardDataConnection xsi:type='typens:CIMStandardDataConnection' xmlns:xsi='http://www.w3.org/2001/XMLSchema-instance' xmlns:xs='http://www.w3.org/2001/XMLSchema' xmlns:typens='http://www.esri.com/schemas/ArcGIS/3.1.0'><WorkspaceConnectionString>DATABASE=N:\GISUser\DanaScanes\Templates\Maps\GISPro_Working\GISPro_Working.gdb</WorkspaceConnectionString><WorkspaceFactory>FileGDB</WorkspaceFactory><Dataset>waterfixture</Dataset><DatasetType>esriDTFeatureClass</DatasetType></CIMStandardDataConnection>" <operationSequence><workflow><AddField><field_name>WaterFixtureType</field_name><field_type>TEXT</field_type><field_length>255</field_length><field_is_nullable>True</field_is_nullable><field_is_required>False</field_is_required></AddField></workflow></operationSequence>
UpdateSchema "CIMDATA=<CIMStandardDataConnection xsi:type='typens:CIMStandardDataConnection' xmlns:xsi='http://www.w3.org/2001/XMLSchema-instance' xmlns:xs='http://www.w3.org/2001/XMLSchema' xmlns:typens='http://www.esri.com/schemas/ArcGIS/3.1.0'><WorkspaceConnectionString>DATABASE=N:\GISUser\DanaScanes\Templates\Maps\GISPro_Working\GISPro_Working.gdb</WorkspaceConnectionString><WorkspaceFactory>FileGDB</WorkspaceFactory><Dataset>waterfixture</Dataset><DatasetType>esriDTFeatureClass</DatasetType></CIMStandardDataConnection>" <operationSequence><workflow><DeleteField><field_name>WaterFixtureType</field_name></DeleteField></workflow></operationSequence>
UpdateSchema "CIMDATA=<CIMStandardDataConnection xsi:type='typens:CIMStandardDataConnection' xmlns:xsi='http://www.w3.org/2001/XMLSchema-instance' xmlns:xs='http://www.w3.org/2001/XMLSchema' xmlns:typens='http://www.esri.com/schemas/ArcGIS/3.1.0'><WorkspaceConnectionString>DATABASE=N:\GISUser\DanaScanes\Templates\Maps\GISPro_Working\GISPro_Working.gdb</WorkspaceConnectionString><WorkspaceFactory>FileGDB</WorkspaceFactory><Dataset>waterfixture</Dataset><DatasetType>esriDTFeatureClass</DatasetType></CIMStandardDataConnection>" <operationSequence><workflow><AddField><field_name>WaterFixtureType</field_name><field_type>TEXT</field_type><field_length>255</field_length><field_is_nullable>True</field_is_nullable><field_is_required>False</field_is_required></AddField></workflow></operationSequence>
UpdateSchema "CIMDATA=<CIMStandardDataConnection xsi:type='typens:CIMStandardDataConnection' xmlns:xsi='http://www.w3.org/2001/XMLSchema-instance' xmlns:xs='http://www.w3.org/2001/XMLSchema' xmlns:typens='http://www.esri.com/schemas/ArcGIS/3.1.0'><WorkspaceConnectionString>DATABASE=N:\GISUser\DanaScanes\Templates\Maps\GISPro_Working\GISPro_Working.gdb</WorkspaceConnectionString><WorkspaceFactory>FileGDB</WorkspaceFactory><Dataset>waterfixture</Dataset><DatasetType>esriDTFeatureClass</DatasetType></CIMStandardDataConnection>" <operationSequence><workflow><DeleteField><field_name>WaterFixtureType</field_name></DeleteField></workflow></operationSequence>
UpdateSchema "CIMDATA=<CIMStandardDataConnection xsi:type='typens:CIMStandardDataConnection' xmlns:xsi='http://www.w3.org/2001/XMLSchema-instance' xmlns:xs='http://www.w3.org/2001/XMLSchema' xmlns:typens='http://www.esri.com/schemas/ArcGIS/3.1.0'><WorkspaceConnectionString>DATABASE=N:\GISUser\DanaScanes\Templates\Maps\GISPro_Working\GISPro_Working.gdb</WorkspaceConnectionString><WorkspaceFactory>FileGDB</WorkspaceFactory><Dataset>waterfixture</Dataset><DatasetType>esriDTFeatureClass</DatasetType></CIMStandardDataConnection>" <operationSequence><workflow><AddField><field_name>WaterFixtureType</field_name><field_type>TEXT</field_type><field_length>255</field_length><field_is_nullable>True</field_is_nullable><field_is_required>False</field_is_required></AddField></workflow></operationSequence>
UpdateSchema "CIMDATA=<CIMStandardDataConnection xsi:type='typens:CIMStandardDataConnection' xmlns:xsi='http://www.w3.org/2001/XMLSchema-instance' xmlns:xs='http://www.w3.org/2001/XMLSchema' xmlns:typens='http://www.esri.com/schemas/ArcGIS/3.1.0'><WorkspaceConnectionString>DATABASE=N:\GISUser\DanaScanes\Templates\Maps\GISPro_Working\GISPro_Working.gdb</WorkspaceConnectionString><WorkspaceFactory>FileGDB</WorkspaceFactory><Dataset>waterfixture</Dataset><DatasetType>esriDTFeatureClass</DatasetType></CIMStandardDataConnection>" <operationSequence><workflow><DeleteField><field_name>WTR_FIX_TYPE</field_name></DeleteField></workflow></operationSequence>
Select waterfixture C:\Users\dscanes\AppData\Roaming\Esri\ArcGISPro\Favorites\GISEng_DATA_DScanes.sde\DATA.Utilities\DATA.Pressure_Release_Valve " "WaterFixtureType" = 'Pressure Release Valve' "
Rename C:\Users\dscanes\AppData\Roaming\Esri\ArcGISPro\Favorites\GISEng_DATA_DScanes.sde\DATA.Utilities\DATA.Pressure_Release_Valve C:\Users\dscanes\AppData\Roaming\Esri\ArcGISPro\Favorites\GISEng_DATA_DScanes.sde\DATA.Utilities\DATA.UtilitiesWaterFixturePressureReleaseValve FeatureClass
DeleteField "Utilities\Utilities Water Fixtures\UtilitiesWaterFixturePressureReleaseValve" DEF_CD;Manufacturer;Make;Model;Top_EL;Bot_EL;Turns;Depth;Address "Delete Fields"
DeleteField "Utilities\Utilities Water Fixtures\UtilitiesWaterFixturePressureReleaseValve" FLOW_ID "Delete Fields"
UpdateSchema "CIMDATA=<CIMFeatureDatasetDataConnection xsi:type='typens:CIMFeatureDatasetDataConnection' xmlns:xsi='http://www.w3.org/2001/XMLSchema-instance' xmlns:xs='http://www.w3.org/2001/XMLSchema' xmlns:typens='http://www.esri.com/schemas/ArcGIS/3.1.0'><FeatureDataset>DATA.Utilities</FeatureDataset><WorkspaceConnectionString>ENCRYPTED_PASSWORD_UTF8=00022e6831647645327762796f5943442b432b686439433336773d3d2a00;ENCRYPTED_PASSWORD=00022e68466c39564b76495565416f666e394e697779687746413d3d2a00;SERVER=GISDB;INSTANCE=sde:sqlserver:GISDB;DBCLIENT=sqlserver;DB_CONNECTION_PROPERTIES=GISDB;DATABASE=GISEng;USER=data;VERSION=dbo.DEFAULT;AUTHENTICATION_MODE=DBMS</WorkspaceConnectionString><WorkspaceFactory>SDE</WorkspaceFactory><Dataset>DATA.UtilitiesWaterFixturePressureReleaseValve</Dataset><DatasetType>esriDTFeatureClass</DatasetType></CIMFeatureDatasetDataConnection>" "<operationSequence><workflow><AssignDefaultToField><field_name>WaterFixtureType</field_name><default_value>Pressure Relief Valve</default_value></AssignDefaultToField></workflow></operationSequence>"
CalculateField "Water Utilities\UtilitiesWaterFixturePressureReleaseValve" EAMAssetID ""WPRV" & [WTR_FIX_NO]" VB #
CalculateField "Water Utilities\UtilitiesWaterFixturePressureReleaseValve" EAMAssetID ""WPRV" & [WTR_FIX_NO]" VB #
Merge 'Utilities\Utilities Water Fixtures\UtilitiesWaterFixturePressureReleaseValve';'Utilities\Utilities Water Fixtures\UtilitiesWaterFixtureValve';'Utilities\Utilities Water Fixtures\UtilitiesWaterFixtureAirReleaseValve';'Utilities\Utilities Water Fixtures\UtilitiesWaterFixtureFireHydrantValve';'Utilities\Utilities Water Fixtures\UtilitiesWaterFixtureInstaValve';'Utilities\Utilities Water Fixtures\UtilitiesWaterFixtureFlushValve';'Utilities\Utilities Water Fixtures\UtilitiesWaterFixtureClosedValve';'Utilities\Utilities Water Fixtures\UtilitiesWaterFixturePressurePlaneValve' C:\Users\dscanes\AppData\Roaming\Esri\ArcGISPro\Favorites\GISEng_DATA_DScanes.sde\DATA.Utilities\DATA.UtilitiesWaterFixtureValveAll "WTR_FIX_NO "Fixture Number" true true false 4 Long 0 10,First,#,Utilities\Utilities Water Fixtures\UtilitiesWaterFixturePressureReleaseValve,WTR_FIX_NO,-1,-1,Utilities\Utilities Water Fixtures\UtilitiesWaterFixtureValve,WTR_FIX_NO,-1,-1,Utilities\Utilities Water Fixtures\UtilitiesWaterFixtureAirReleaseValve,WTR_FIX_NO,-1,-1,Utilities\Utilities Water Fixtures\UtilitiesWaterFixtureFireHydrantValve,WTR_FIX_NO,-1,-1,Utilities\Utilities Water Fixtures\UtilitiesWaterFixtureInstaValve,WTR_FIX_NO,-1,-1,Utilities\Utilities Water Fixtures\UtilitiesWaterFixtureFlushValve,WTR_FIX_NO,-1,-1,Utilities\Utilities Water Fixtures\UtilitiesWaterFixtureClosedValve,WTR_FIX_NO,-1,-1,Utilities\Utilities Water Fixtures\UtilitiesWaterFixturePressurePlaneValve,WTR_FIX_NO,-1,-1;INSTALL_DATE "Date Installed" true true false 8 Date 0 0,First,#,Utilities\Utilities Water Fixtures\UtilitiesWaterFixturePressureReleaseValve,INSTALL_DATE,-1,-1,Utilities\Utilities Water Fixtures\UtilitiesWaterFixtureValve,INSTALL_DATE,-1,-1,Utilities\Utilities Water Fixtures\UtilitiesWaterFixtureAirReleaseValve,INSTALL_DATE,-1,-1,Utilities\Utilities Water Fixtures\UtilitiesWaterFixtureFireHydrantValve,INSTALL_DATE,-1,-1,Utilities\Utilities Water Fixtures\UtilitiesWaterFixtureInstaValve,INSTALL_DATE,-1,-1,Utilities\Utilities Water Fixtures\UtilitiesWaterFixtureFlushValve,INSTALL_DATE,-1,-1,Utilities\Utilities Water Fixtures\UtilitiesWaterFixtureClosedValve,INSTALL_DATE,-1,-1,Utilities\Utilities Water Fixtures\UtilitiesWaterFixturePressurePlaneValve,INSTALL_DATE,-1,-1;NOTES "NOTES" true true false 50 Text 0 0,First,#,Utilities\Utilities Water Fixtures\UtilitiesWaterFixturePressureReleaseValve,NOTES,0,50,Utilities\Utilities Water Fixtures\UtilitiesWaterFixtureValve,NOTES,0,50,Utilities\Utilities Water Fixtures\UtilitiesWaterFixtureAirReleaseValve,NOTES,0,50,Utilities\Utilities Water Fixtures\UtilitiesWaterFixtureFireHydrantValve,NOTES,0,50,Utilities\Utilities Water Fixtures\UtilitiesWaterFixtureInstaValve,NOTES,0,50,Utilities\Utilities Water Fixtures\UtilitiesWaterFixtureFlushValve,NOTES,0,50,Utilities\Utilities Water Fixtures\UtilitiesWaterFixtureClosedValve,NOTES,0,50,Utilities\Utilities Water Fixtures\UtilitiesWaterFixturePressurePlaneValve,NOTES,0,50;GPSDATE "GPS Date" true true false 8 Date 0 0,First,#,Utilities\Utilities Water Fixtures\UtilitiesWaterFixturePressureReleaseValve,GPSDATE,-1,-1,Utilities\Utilities Water Fixtures\UtilitiesWaterFixtureValve,GPSDATE,-1,-1,Utilities\Utilities Water Fixtures\UtilitiesWaterFixtureAirReleaseValve,GPSDATE,-1,-1,Utilities\Utilities Water Fixtures\UtilitiesWaterFixtureFireHydrantValve,GPSDATE,-1,-1,Utilities\Utilities Water Fixtures\UtilitiesWaterFixtureInstaValve,GPSDATE,-1,-1,Utilities\Utilities Water Fixtures\UtilitiesWaterFixtureFlushValve,GPSDATE,-1,-1,Utilities\Utilities Water Fixtures\UtilitiesWaterFixtureClosedValve,GPSDATE,-1,-1,Utilities\Utilities Water Fixtures\UtilitiesWaterFixturePressurePlaneValve,GPSDATE,-1,-1;IMAGENAME "Drawing Link" true true false 72 Text 0 0,First,#,Utilities\Utilities Water Fixtures\UtilitiesWaterFixturePressureReleaseValve,IMAGENAME,0,72,Utilities\Utilities Water Fixtures\UtilitiesWaterFixtureValve,IMAGENAME,0,72,Utilities\Utilities Water Fixtures\UtilitiesWaterFixtureAirReleaseValve,IMAGENAME,0,72,Utilities\Utilities Water Fixtures\UtilitiesWaterFixtureFireHydrantValve,IMAGENAME,0,72,Utilities\Utilities Water Fixtures\UtilitiesWaterFixtureInstaValve,IMAGENAME,0,72,Utilities\Utilities Water Fixtures\UtilitiesWaterFixtureFlushValve,IMAGENAME,0,72,Utilities\Utilities Water Fixtures\UtilitiesWaterFixtureClosedValve,IMAGENAME,0,72,Utilities\Utilities Water Fixtures\UtilitiesWaterFixturePressurePlaneValve,IMAGENAME,0,72;NOTES2 "Additional Notes" true true false 100 Text 0 0,First,#,Utilities\Utilities Water Fixtures\UtilitiesWaterFixturePressureReleaseValve,NOTES2,0,100,Utilities\Utilities Water Fixtures\UtilitiesWaterFixtureValve,NOTES2,0,100,Utilities\Utilities Water Fixtures\UtilitiesWaterFixtureAirReleaseValve,NOTES2,0,100,Utilities\Utilities Water Fixtures\UtilitiesWaterFixtureFireHydrantValve,NOTES2,0,100,Utilities\Utilities Water Fixtures\UtilitiesWaterFixtureClosedValve,NOTES2,0,100,Utilities\Utilities Water Fixtures\UtilitiesWaterFixturePressurePlaneValve,NOTES2,0,100;created_user "created_user" false true false 255 Text 0 0,First,#,Utilities\Utilities Water Fixtures\UtilitiesWaterFixturePressureReleaseValve,created_user,0,255,Utilities\Utilities Water Fixtures\UtilitiesWaterFixtureValve,created_user,0,255,Utilities\Utilities Water Fixtures\UtilitiesWaterFixtureAirReleaseValve,created_user,0,255,Utilities\Utilities Water Fixtures\UtilitiesWaterFixtureFireHydrantValve,created_user,0,255,Utilities\Utilities Water Fixtures\UtilitiesWaterFixtureInstaValve,created_user,0,255,Utilities\Utilities Water Fixtures\UtilitiesWaterFixtureFlushValve,created_user,0,255,Utilities\Utilities Water Fixtures\UtilitiesWaterFixtureClosedValve,created_user,0,255,Utilities\Utilities Water Fixtures\UtilitiesWaterFixturePressurePlaneValve,created_user,0,255;created_date "created_date" false true false 8 Date 0 0,First,#,Utilities\Utilities Water Fixtures\UtilitiesWaterFixturePressureReleaseValve,created_date,-1,-1,Utilities\Utilities Water Fixtures\UtilitiesWaterFixtureValve,created_date,-1,-1,Utilities\Utilities Water Fixtures\UtilitiesWaterFixtureAirReleaseValve,created_date,-1,-1,Utilities\Utilities Water Fixtures\UtilitiesWaterFixtureFireHydrantValve,created_date,-1,-1,Utilities\Utilities Water Fixtures\UtilitiesWaterFixtureInstaValve,created_date,-1,-1,Utilities\Utilities Water Fixtures\UtilitiesWaterFixtureFlushValve,created_date,-1,-1,Utilities\Utilities Water Fixtures\UtilitiesWaterFixtureClosedValve,created_date,-1,-1,Utilities\Utilities Water Fixtures\UtilitiesWaterFixturePressurePlaneValve,created_date,-1,-1;last_edited_user "last_edited_user" false true false 255 Text 0 0,First,#,Utilities\Utilities Water Fixtures\UtilitiesWaterFixturePressureReleaseValve,last_edited_user,0,255,Utilities\Utilities Water Fixtures\UtilitiesWaterFixtureValve,last_edited_user,0,255,Utilities\Utilities Water Fixtures\UtilitiesWaterFixtureAirReleaseValve,last_edited_user,0,255,Utilities\Utilities Water Fixtures\UtilitiesWaterFixtureFireHydrantValve,last_edited_user,0,255,Utilities\Utilities Water Fixtures\UtilitiesWaterFixtureInstaValve,last_edited_user,0,255,Utilities\Utilities Water Fixtures\UtilitiesWaterFixtureFlushValve,last_edited_user,0,255,Utilities\Utilities Water Fixtures\UtilitiesWaterFixtureClosedValve,last_edited_user,0,255,Utilities\Utilities Water Fixtures\UtilitiesWaterFixturePressurePlaneValve,last_edited_user,0,255;last_edited_date "last_edited_date" false true false 8 Date 0 0,First,#,Utilities\Utilities Water Fixtures\UtilitiesWaterFixturePressureReleaseValve,last_edited_date,-1,-1,Utilities\Utilities Water Fixtures\UtilitiesWaterFixtureValve,last_edited_date,-1,-1,Utilities\Utilities Water Fixtures\UtilitiesWaterFixtureAirReleaseValve,last_edited_date,-1,-1,Utilities\Utilities Water Fixtures\UtilitiesWaterFixtureFireHydrantValve,last_edited_date,-1,-1,Utilities\Utilities Water Fixtures\UtilitiesWaterFixtureInstaValve,last_edited_date,-1,-1,Utilities\Utilities Water Fixtures\UtilitiesWaterFixtureFlushValve,last_edited_date,-1,-1,Utilities\Utilities Water Fixtures\UtilitiesWaterFixtureClosedValve,last_edited_date,-1,-1,Utilities\Utilities Water Fixtures\UtilitiesWaterFixturePressurePlaneValve,last_edited_date,-1,-1;AS_BUILT "As-built" true true false 20 Text 0 0,First,#,Utilities\Utilities Water Fixtures\UtilitiesWaterFixturePressureReleaseValve,AS_BUILT,0,20,Utilities\Utilities Water Fixtures\UtilitiesWaterFixtureValve,AS_BUILT,0,20,Utilities\Utilities Water Fixtures\UtilitiesWaterFixtureAirReleaseValve,AS_BUILT,0,20,Utilities\Utilities Water Fixtures\UtilitiesWaterFixtureFireHydrantValve,AS_BUILT,0,20,Utilities\Utilities Water Fixtures\UtilitiesWaterFixtureInstaValve,AS_BUILT,0,20,Utilities\Utilities Water Fixtures\UtilitiesWaterFixtureFlushValve,AS_BUILT,0,20,Utilities\Utilities Water Fixtures\UtilitiesWaterFixtureClosedValve,AS_BUILT,0,20,Utilities\Utilities Water Fixtures\UtilitiesWaterFixturePressurePlaneValve,AS_BUILT,0,20;WTRFIXSZ "Wtr Fixture Size" true true false 10 Text 0 0,First,#,Utilities\Utilities Water Fixtures\UtilitiesWaterFixturePressureReleaseValve,WTRFIXSZ,0,10,Utilities\Utilities Water Fixtures\UtilitiesWaterFixtureValve,WTRFIXSZ,0,10,Utilities\Utilities Water Fixtures\UtilitiesWaterFixtureAirReleaseValve,WTRFIXSZ,0,10,Utilities\Utilities Water Fixtures\UtilitiesWaterFixtureFireHydrantValve,WTRFIXSZ,0,10,Utilities\Utilities Water Fixtures\UtilitiesWaterFixtureInstaValve,WTRFIXSZ,0,10,Utilities\Utilities Water Fixtures\UtilitiesWaterFixtureFlushValve,WTRFIXSZ,0,10,Utilities\Utilities Water Fixtures\UtilitiesWaterFixtureClosedValve,WTRFIXSZ,0,10,Utilities\Utilities Water Fixtures\UtilitiesWaterFixturePressurePlaneValve,WTRFIXSZ,0,10;Close_Dir "Close Direction" true true false 10 Text 0 0,First,#,Utilities\Utilities Water Fixtures\UtilitiesWaterFixturePressureReleaseValve,Close_Dir,0,10,Utilities\Utilities Water Fixtures\UtilitiesWaterFixtureValve,Close_Dir,0,10,Utilities\Utilities Water Fixtures\UtilitiesWaterFixtureAirReleaseValve,Close_Dir,0,10,Utilities\Utilities Water Fixtures\UtilitiesWaterFixtureFireHydrantValve,Close_Dir,0,10,Utilities\Utilities Water Fixtures\UtilitiesWaterFixtureInstaValve,Close_Dir,0,10,Utilities\Utilities Water Fixtures\UtilitiesWaterFixtureFlushValve,Close_Dir,0,10,Utilities\Utilities Water Fixtures\UtilitiesWaterFixtureClosedValve,Close_Dir,0,10,Utilities\Utilities Water Fixtures\UtilitiesWaterFixturePressurePlaneValve,Close_Dir,0,10;Longitude_X "Longitude" true true false 8 Double 8 38,First,#,Utilities\Utilities Water Fixtures\UtilitiesWaterFixturePressureReleaseValve,Longitude_X,-1,-1,Utilities\Utilities Water Fixtures\UtilitiesWaterFixtureValve,Longitude_X,-1,-1,Utilities\Utilities Water Fixtures\UtilitiesWaterFixtureAirReleaseValve,Longitude_X,-1,-1,Utilities\Utilities Water Fixtures\UtilitiesWaterFixtureFireHydrantValve,Longitude_X,-1,-1,Utilities\Utilities Water Fixtures\UtilitiesWaterFixtureInstaValve,Longitude_X,-1,-1,Utilities\Utilities Water Fixtures\UtilitiesWaterFixtureFlushValve,Longitude_X,-1,-1,Utilities\Utilities Water Fixtures\UtilitiesWaterFixtureClosedValve,Longitude_X,-1,-1,Utilities\Utilities Water Fixtures\UtilitiesWaterFixturePressurePlaneValve,Longitude_X,-1,-1;Latitude_Y "Latitude" true true false 8 Double 8 38,First,#,Utilities\Utilities Water Fixtures\UtilitiesWaterFixturePressureReleaseValve,Latitude_Y,-1,-1,Utilities\Utilities Water Fixtures\UtilitiesWaterFixtureValve,Latitude_Y,-1,-1,Utilities\Utilities Water Fixtures\UtilitiesWaterFixtureAirReleaseValve,Latitude_Y,-1,-1,Utilities\Utilities Water Fixtures\UtilitiesWaterFixtureFireHydrantValve,Latitude_Y,-1,-1,Utilities\Utilities Water Fixtures\UtilitiesWaterFixtureInstaValve,Latitude_Y,-1,-1,Utilities\Utilities Water Fixtures\UtilitiesWaterFixtureFlushValve,Latitude_Y,-1,-1,Utilities\Utilities Water Fixtures\UtilitiesWaterFixtureClosedValve,Latitude_Y,-1,-1,Utilities\Utilities Water Fixtures\UtilitiesWaterFixturePressurePlaneValve,Latitude_Y,-1,-1;EAMAssetID "EAM Asset ID" true true false 50 Text 0 0,First,#,Utilities\Utilities Water Fixtures\UtilitiesWaterFixturePressureReleaseValve,EAMAssetID,0,50,Utilities\Utilities Water Fixtures\UtilitiesWaterFixtureValve,EAMAssetID,0,50,Utilities\Utilities Water Fixtures\UtilitiesWaterFixtureAirReleaseValve,EAMAssetID,0,50,Utilities\Utilities Water Fixtures\UtilitiesWaterFixtureFireHydrantValve,EAMAssetID,0,50,Utilities\Utilities Water Fixtures\UtilitiesWaterFixtureInstaValve,EAMAssetID,0,50,Utilities\Utilities Water Fixtures\UtilitiesWaterFixtureFlushValve,EAMAssetID,0,50,Utilities\Utilities Water Fixtures\UtilitiesWaterFixtureClosedValve,EAMAssetID,0,50,Utilities\Utilities Water Fixtures\UtilitiesWaterFixturePressurePlaneValve,EAMAssetID,0,50;PressurePlane "PressurePlane" true true false 30 Text 0 0,First,#,Utilities\Utilities Water Fixtures\UtilitiesWaterFixturePressureReleaseValve,PressurePlane,0,30,Utilities\Utilities Water Fixtures\UtilitiesWaterFixtureValve,PressurePlane,0,30,Utilities\Utilities Water Fixtures\UtilitiesWaterFixtureAirReleaseValve,PressurePlane,0,30,Utilities\Utilities Water Fixtures\UtilitiesWaterFixtureFireHydrantValve,PressurePlane,0,30,Utilities\Utilities Water Fixtures\UtilitiesWaterFixtureInstaValve,PressurePlane,0,30,Utilities\Utilities Water Fixtures\UtilitiesWaterFixtureFlushValve,PressurePlane,0,30,Utilities\Utilities Water Fixtures\UtilitiesWaterFixtureClosedValve,PressurePlane,0,30,Utilities\Utilities Water Fixtures\UtilitiesWaterFixturePressurePlaneValve,PressurePlane,0,30;WaterFixtureType "Water Fixture Type" true true false 255 Text 0 0,First,#,Utilities\Utilities Water Fixtures\UtilitiesWaterFixturePressureReleaseValve,WaterFixtureType,0,255,Utilities\Utilities Water Fixtures\UtilitiesWaterFixtureValve,WaterFixtureType,0,255,Utilities\Utilities Water Fixtures\UtilitiesWaterFixtureAirReleaseValve,WaterFixtureType,0,255,Utilities\Utilities Water Fixtures\UtilitiesWaterFixtureFireHydrantValve,WaterFixtureType,0,255,Utilities\Utilities Water Fixtures\UtilitiesWaterFixtureInstaValve,WaterFixtureType,0,255,Utilities\Utilities Water Fixtures\UtilitiesWaterFixtureFlushValve,WaterFixtureType,0,255,Utilities\Utilities Water Fixtures\UtilitiesWaterFixtureClosedValve,WaterFixtureType,0,255,Utilities\Utilities Water Fixtures\UtilitiesWaterFixturePressurePlaneValve,WaterFixtureType,0,255;GlobalID "GlobalID" false false true 38 GlobalID 0 0,First,#,Utilities\Utilities Water Fixtures\UtilitiesWaterFixturePressureReleaseValve,GlobalID,-1,-1,Utilities\Utilities Water Fixtures\UtilitiesWaterFixtureValve,GlobalID,-1,-1,Utilities\Utilities Water Fixtures\UtilitiesWaterFixtureAirReleaseValve,GlobalID,-1,-1,Utilities\Utilities Water Fixtures\UtilitiesWaterFixtureFireHydrantValve,GlobalID,-1,-1,Utilities\Utilities Water Fixtures\UtilitiesWaterFixtureInstaValve,GlobalID,-1,-1,Utilities\Utilities Water Fixtures\UtilitiesWaterFixtureFlushValve,GlobalID,-1,-1,Utilities\Utilities Water Fixtures\UtilitiesWaterFixtureClosedValve,GlobalID,-1,-1,Utilities\Utilities Water Fixtures\UtilitiesWaterFixturePressurePlaneValve,GlobalID,-1,-1;FLOW_ID "FH Flow ID" true true false 2 Short 0 5,First,#,Utilities\Utilities Water Fixtures\UtilitiesWaterFixtureValve,FLOW_ID,-1,-1,Utilities\Utilities Water Fixtures\UtilitiesWaterFixtureFireHydrantValve,FLOW_ID,-1,-1,Utilities\Utilities Water Fixtures\UtilitiesWaterFixtureInstaValve,FLOW_ID,-1,-1;DEF_CD "Dead End Flushing Code" true true false 2 Short 0 5,First,#,Utilities\Utilities Water Fixtures\UtilitiesWaterFixtureValve,DEF_CD,-1,-1,Utilities\Utilities Water Fixtures\UtilitiesWaterFixtureAirReleaseValve,DEF_CD,-1,-1,Utilities\Utilities Water Fixtures\UtilitiesWaterFixtureFlushValve,DEF_CD,-1,-1;Model "Model" true true false 20 Text 0 0,First,#,Utilities\Utilities Water Fixtures\UtilitiesWaterFixtureValve,Model,0,20;Top_EL "Top Elevation" true true false 8 Double 8 38,First,#,Utilities\Utilities Water Fixtures\UtilitiesWaterFixtureValve,Top_EL,-1,-1,Utilities\Utilities Water Fixtures\UtilitiesWaterFixtureFireHydrantValve,Top_EL,-1,-1" NO_SOURCE_INFO
UpdateSchema "CIMDATA=<CIMFeatureDatasetDataConnection xsi:type='typens:CIMFeatureDatasetDataConnection' xmlns:xsi='http://www.w3.org/2001/XMLSchema-instance' xmlns:xs='http://www.w3.org/2001/XMLSchema' xmlns:typens='http://www.esri.com/schemas/ArcGIS/3.1.0'><FeatureDataset>DATA.Utilities</FeatureDataset><WorkspaceConnectionString>ENCRYPTED_PASSWORD_UTF8=00022e68563244756b733435664a654c7a6e446c5338675155413d3d2a00;ENCRYPTED_PASSWORD=00022e68726c4c3267757466792b3865364b4762316e38324f673d3d2a00;SERVER=GISDB;INSTANCE=sde:sqlserver:GISDB;DBCLIENT=sqlserver;DB_CONNECTION_PROPERTIES=GISDB;DATABASE=GISEng;USER=data;VERSION=dbo.DEFAULT;AUTHENTICATION_MODE=DBMS</WorkspaceConnectionString><WorkspaceFactory>SDE</WorkspaceFactory><Dataset>DATA.UtilitiesWaterFixtureValveAll</Dataset><DatasetType>esriDTFeatureClass</DatasetType></CIMFeatureDatasetDataConnection>" <operationSequence><workflow><AssignDomainToField><field_name>WaterFixtureType</field_name><domain_name>WaterValveType</domain_name></AssignDomainToField></workflow></operationSequence>
UpdateSchema "CIMDATA=<CIMFeatureDatasetDataConnection xsi:type='typens:CIMFeatureDatasetDataConnection' xmlns:xsi='http://www.w3.org/2001/XMLSchema-instance' xmlns:xs='http://www.w3.org/2001/XMLSchema' xmlns:typens='http://www.esri.com/schemas/ArcGIS/3.1.0'><FeatureDataset>DATA.Utilities</FeatureDataset><WorkspaceConnectionString>ENCRYPTED_PASSWORD_UTF8=00022e68563244756b733435664a654c7a6e446c5338675155413d3d2a00;ENCRYPTED_PASSWORD=00022e68726c4c3267757466792b3865364b4762316e38324f673d3d2a00;SERVER=GISDB;INSTANCE=sde:sqlserver:GISDB;DBCLIENT=sqlserver;DB_CONNECTION_PROPERTIES=GISDB;DATABASE=GISEng;USER=data;VERSION=dbo.DEFAULT;AUTHENTICATION_MODE=DBMS</WorkspaceConnectionString><WorkspaceFactory>SDE</WorkspaceFactory><Dataset>DATA.UtilitiesWaterFixtureValveAll</Dataset><DatasetType>esriDTFeatureClass</DatasetType></CIMFeatureDatasetDataConnection>" <operationSequence><workflow><AssignDomainToField><field_name>PressurePlane</field_name><domain_name>PressurePlane</domain_name></AssignDomainToField></workflow></operationSequence>
CalculateField "Water Utilities\DATA.UtilitiesWaterFixtureValveAll" EAMAssetID ""WFV" & [WTR_FIX_NO]" VB #
CalculateField "Water Utilities\DATA.UtilitiesWaterFixtureValveAll" EAMAssetID ""WV" & [WTR_FIX_NO]" VB #
ExportFeatures C:\Users\dscanes\AppData\Roaming\Esri\ArcGISPro\Favorites\GISEng_DATA_DScanes.sde\DATA.Utilities\DATA.UtilitiesWaterFixtureValveAll C:\Users\dscanes\AppData\Roaming\ESRI\ArcGISPro\Favorites\GISDB_DATA_DScanes.sde\DATA.UtilitiesWaterFixtureValveAll # NOT_USE_ALIAS "WTR_FIX_NO "Fixture Number" true true false 4 Long 0 10,First,#,C:\Users\dscanes\AppData\Roaming\Esri\ArcGISPro\Favorites\GISEng_DATA_DScanes.sde\DATA.Utilities\DATA.UtilitiesWaterFixtureValveAll,WTR_FIX_NO,-1,-1;INSTALL_DATE "Date Installed" true true false 8 Date 0 0,First,#,C:\Users\dscanes\AppData\Roaming\Esri\ArcGISPro\Favorites\GISEng_DATA_DScanes.sde\DATA.Utilities\DATA.UtilitiesWaterFixtureValveAll,INSTALL_DATE,-1,-1;NOTES "NOTES" true true false 50 Text 0 0,First,#,C:\Users\dscanes\AppData\Roaming\Esri\ArcGISPro\Favorites\GISEng_DATA_DScanes.sde\DATA.Utilities\DATA.UtilitiesWaterFixtureValveAll,NOTES,0,50;GPSDATE "GPS Date" true true false 8 Date 0 0,First,#,C:\Users\dscanes\AppData\Roaming\Esri\ArcGISPro\Favorites\GISEng_DATA_DScanes.sde\DATA.Utilities\DATA.UtilitiesWaterFixtureValveAll,GPSDATE,-1,-1;IMAGENAME "Drawing Link" true true false 72 Text 0 0,First,#,C:\Users\dscanes\AppData\Roaming\Esri\ArcGISPro\Favorites\GISEng_DATA_DScanes.sde\DATA.Utilities\DATA.UtilitiesWaterFixtureValveAll,IMAGENAME,0,72;NOTES2 "Additional Notes" true true false 100 Text 0 0,First,#,C:\Users\dscanes\AppData\Roaming\Esri\ArcGISPro\Favorites\GISEng_DATA_DScanes.sde\DATA.Utilities\DATA.UtilitiesWaterFixtureValveAll,NOTES2,0,100;created_user "created_user" false true false 255 Text 0 0,First,#,C:\Users\dscanes\AppData\Roaming\Esri\ArcGISPro\Favorites\GISEng_DATA_DScanes.sde\DATA.Utilities\DATA.UtilitiesWaterFixtureValveAll,created_user,0,255;created_date "created_date" false true false 8 Date 0 0,First,#,C:\Users\dscanes\AppData\Roaming\Esri\ArcGISPro\Favorites\GISEng_DATA_DScanes.sde\DATA.Utilities\DATA.UtilitiesWaterFixtureValveAll,created_date,-1,-1;last_edited_user "last_edited_user" false true false 255 Text 0 0,First,#,C:\Users\dscanes\AppData\Roaming\Esri\ArcGISPro\Favorites\GISEng_DATA_DScanes.sde\DATA.Utilities\DATA.UtilitiesWaterFixtureValveAll,last_edited_user,0,255;last_edited_date "last_edited_date" false true false 8 Date 0 0,First,#,C:\Users\dscanes\AppData\Roaming\Esri\ArcGISPro\Favorites\GISEng_DATA_DScanes.sde\DATA.Utilities\DATA.UtilitiesWaterFixtureValveAll,last_edited_date,-1,-1;AS_BUILT "As-built" true true false 20 Text 0 0,First,#,C:\Users\dscanes\AppData\Roaming\Esri\ArcGISPro\Favorites\GISEng_DATA_DScanes.sde\DATA.Utilities\DATA.UtilitiesWaterFixtureValveAll,AS_BUILT,0,20;WTRFIXSZ "Wtr Fixture Size" true true false 10 Text 0 0,First,#,C:\Users\dscanes\AppData\Roaming\Esri\ArcGISPro\Favorites\GISEng_DATA_DScanes.sde\DATA.Utilities\DATA.UtilitiesWaterFixtureValveAll,WTRFIXSZ,0,10;Close_Dir "Close Direction" true true false 10 Text 0 0,First,#,C:\Users\dscanes\AppData\Roaming\Esri\ArcGISPro\Favorites\GISEng_DATA_DScanes.sde\DATA.Utilities\DATA.UtilitiesWaterFixtureValveAll,Close_Dir,0,10;Longitude_X "Longitude" true true false 8 Double 8 38,First,#,C:\Users\dscanes\AppData\Roaming\Esri\ArcGISPro\Favorites\GISEng_DATA_DScanes.sde\DATA.Utilities\DATA.UtilitiesWaterFixtureValveAll,Longitude_X,-1,-1;Latitude_Y "Latitude" true true false 8 Double 8 38,First,#,C:\Users\dscanes\AppData\Roaming\Esri\ArcGISPro\Favorites\GISEng_DATA_DScanes.sde\DATA.Utilities\DATA.UtilitiesWaterFixtureValveAll,Latitude_Y,-1,-1;EAMAssetID "EAM Asset ID" true true false 50 Text 0 0,First,#,C:\Users\dscanes\AppData\Roaming\Esri\ArcGISPro\Favorites\GISEng_DATA_DScanes.sde\DATA.Utilities\DATA.UtilitiesWaterFixtureValveAll,EAMAssetID,0,50;PressurePlane "PressurePlane" true true false 30 Text 0 0,First,#,C:\Users\dscanes\AppData\Roaming\Esri\ArcGISPro\Favorites\GISEng_DATA_DScanes.sde\DATA.Utilities\DATA.UtilitiesWaterFixtureValveAll,PressurePlane,0,30;WaterFixtureType "Water Fixture Type" true true false 255 Text 0 0,First,#,C:\Users\dscanes\AppData\Roaming\Esri\ArcGISPro\Favorites\GISEng_DATA_DScanes.sde\DATA.Utilities\DATA.UtilitiesWaterFixtureValveAll,WaterFixtureType,0,255;GlobalID "GlobalID" false false true 38 GlobalID 0 0,First,#,C:\Users\dscanes\AppData\Roaming\Esri\ArcGISPro\Favorites\GISEng_DATA_DScanes.sde\DATA.Utilities\DATA.UtilitiesWaterFixtureValveAll,GlobalID,-1,-1;FLOW_ID "FH Flow ID" true true false 2 Short 0 5,First,#,C:\Users\dscanes\AppData\Roaming\Esri\ArcGISPro\Favorites\GISEng_DATA_DScanes.sde\DATA.Utilities\DATA.UtilitiesWaterFixtureValveAll,FLOW_ID,-1,-1;DEF_CD "Dead End Flushing Code" true true false 2 Short 0 5,First,#,C:\Users\dscanes\AppData\Roaming\Esri\ArcGISPro\Favorites\GISEng_DATA_DScanes.sde\DATA.Utilities\DATA.UtilitiesWaterFixtureValveAll,DEF_CD,-1,-1;Model "Model" true true false 20 Text 0 0,First,#,C:\Users\dscanes\AppData\Roaming\Esri\ArcGISPro\Favorites\GISEng_DATA_DScanes.sde\DATA.Utilities\DATA.UtilitiesWaterFixtureValveAll,Model,0,20;Top_EL "Top Elevation" true true false 8 Double 8 38,First,#,C:\Users\dscanes\AppData\Roaming\Esri\ArcGISPro\Favorites\GISEng_DATA_DScanes.sde\DATA.Utilities\DATA.UtilitiesWaterFixtureValveAll,Top_EL,-1,-1" #
UpdateSchema "CIMDATA=<CIMStandardDataConnection xsi:type='typens:CIMStandardDataConnection' xmlns:xsi='http://www.w3.org/2001/XMLSchema-instance' xmlns:xs='http://www.w3.org/2001/XMLSchema' xmlns:typens='http://www.esri.com/schemas/ArcGIS/3.1.0'><WorkspaceConnectionString>ENCRYPTED_PASSWORD_UTF8=00022e687a492f69743357306778762b48764e755a72677557673d3d2a00;ENCRYPTED_PASSWORD=00022e68596b36704845324a2f61512b4f453244624d53576f413d3d2a00;SERVER=ntgis;INSTANCE=sde:sqlserver:ntgis;DBCLIENT=sqlserver;DB_CONNECTION_PROPERTIES=ntgis;DATABASE=GISDB;USER=data;VERSION=dbo.DEFAULT;AUTHENTICATION_MODE=DBMS</WorkspaceConnectionString><WorkspaceFactory>SDE</WorkspaceFactory><Dataset>DATA.UtilitiesWaterFixtureValveAll</Dataset><DatasetType>esriDTFeatureClass</DatasetType></CIMStandardDataConnection>" <operationSequence><workflow><EnableEditorTracking><creator_field>created_user</creator_field><creation_date_field>created_date</creation_date_field><last_editor_field>last_edited_user</last_editor_field><last_edit_date_field>last_edited_date</last_edit_date_field><add_fields>TRUE</add_fields><record_dates_in>UTC</record_dates_in></EnableEditorTracking></workflow></operationSequence>
UpdateSchema "CIMDATA=<CIMStandardDataConnection xsi:type='typens:CIMStandardDataConnection' xmlns:xsi='http://www.w3.org/2001/XMLSchema-instance' xmlns:xs='http://www.w3.org/2001/XMLSchema' xmlns:typens='http://www.esri.com/schemas/ArcGIS/3.1.0'><WorkspaceConnectionString>ENCRYPTED_PASSWORD_UTF8=00022e687a492f69743357306778762b48764e755a72677557673d3d2a00;ENCRYPTED_PASSWORD=00022e6858574571667136374664314e322b564834324a3437773d3d2a00;SERVER=ntgis;INSTANCE=sde:sqlserver:ntgis;DBCLIENT=sqlserver;DB_CONNECTION_PROPERTIES=ntgis;DATABASE=GISDB;USER=data;VERSION=dbo.DEFAULT;AUTHENTICATION_MODE=DBMS</WorkspaceConnectionString><WorkspaceFactory>SDE</WorkspaceFactory><Dataset>DATA.UtilitiesWaterFixtureValveAll</Dataset><DatasetType>esriDTFeatureClass</DatasetType></CIMStandardDataConnection>" <operationSequence><workflow><RegisterAsVersioned><edit_to_base>FALSE</edit_to_base></RegisterAsVersioned></workflow></operationSequence>
ChangePrivileges 'Database Connections\Data NTGIS to gisdb.sde\DATA.UtilitiesDrainFixtureHeadwall';'Database Connections\Data NTGIS to gisdb.sde\DATA.UtilitiesDrainFixtureInlet';'Database Connections\Data NTGIS to gisdb.sde\DATA.UtilitiesDrainFixtureManhole';'Database Connections\Data NTGIS to gisdb.sde\DATA.UtilitiesDrainFixtureUndergroundDetentionPond';'Database Connections\Data NTGIS to gisdb.sde\DATA.UtilitiesDrainline';'Database Connections\Data NTGIS to gisdb.sde\DATA.UtilitiesSewerFixtureCap';'Database Connections\Data NTGIS to gisdb.sde\DATA.UtilitiesSewerFixtureCleanoutAll';'Database Connections\Data NTGIS to gisdb.sde\DATA.UtilitiesSewerFixtureInterceptor';'Database Connections\Data NTGIS to gisdb.sde\DATA.UtilitiesSewerFixtureLiftStation';'Database Connections\Data NTGIS to gisdb.sde\DATA.UtilitiesSewerFixtureManholeAll';'Database Connections\Data NTGIS to gisdb.sde\DATA.UtilitiesSewerFixtureTrap';'Database Connections\Data NTGIS to gisdb.sde\DATA.UtilitiesSewerFixtureValveAll';'Database Connections\Data NTGIS to gisdb.sde\DATA.UtilitiesSewerline';'Database Connections\Data NTGIS to gisdb.sde\DATA.UtilitiesWaterFixtureDeadEnd';'Database Connections\Data NTGIS to gisdb.sde\DATA.UtilitiesWaterFixtureFireHydrant';'Database Connections\Data NTGIS to gisdb.sde\DATA.UtilitiesWaterFixtureOtherFitting';'Database Connections\Data NTGIS to gisdb.sde\DATA.UtilitiesWaterFixtureStationAll';'Database Connections\Data NTGIS to gisdb.sde\DATA.UtilitiesWaterFixtureTankAll';'Database Connections\Data NTGIS to gisdb.sde\DATA.UtilitiesWaterFixtureTreatmentPlant';'Database Connections\Data NTGIS to gisdb.sde\DATA.UtilitiesWaterFixtureValveAll';'Database Connections\Data NTGIS to gisdb.sde\DATA.UtilitiesWaterFixtureWaterMeter';'Database Connections\Data NTGIS to gisdb.sde\DATA.UtilitiesWaterFixtureWaterWell';'Database Connections\Data NTGIS to gisdb.sde\DATA.UtilitiesWaterline' layer GRANT #
CalculateField "Water Utilities\ValveAll" EAMAssetID ""WFHV" & [WTR_FIX_NO]" VB #
CalculateField "Water Utilities\ValveAll" EAMAssetID ""WFHV" & [WTR_FIX_NO]" VB #
CalculateField "Water Utilities\ValveAll" IMAGENAME ""\\ntgis\gis\data\scans\eng\Street11\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "Water Utilities\ValveAll" WTR_FIX_NO autoIncrement() PYTHON_9.3 "rec=0
def autoIncrement():
global rec
pStart = 1861155 #adjust start value, if req'd pInterval = 1 #adjust interval value, if req'd
if (rec == 0): rec = pStart else: rec = rec + pInterval return rec
"
CalculateField "Water Utilities\ValveAll" EAMAssetID ""WV" & [WTR_FIX_NO]" VB #
CalculateField "Water Utilities\ValveAll" WTR_FIX_NO autoIncrement() PYTHON_9.3 "rec=0
def autoIncrement():
global rec
pStart = 168325 #adjust start value, if req'd pInterval = 1 #adjust interval value, if req'd
if (rec == 0): rec = pStart else: rec = rec + pInterval return rec
"
CalculateField "Water Utilities\ValveAll" EAMAssetID ""WV" & [WTR_FIX_NO]" VB #
CalculateField "Water Utilities\ValveAll" WTR_FIX_NO autoIncrement() PYTHON_9.3 "rec=0
def autoIncrement():
global rec
pStart = 1854057 #adjust start value, if req'd pInterval = 1 #adjust interval value, if req'd
if (rec == 0): rec = pStart else: rec = rec + pInterval return rec
"
CalculateField "Water Utilities\ValveAll" EAMAssetID ""WV" & [WTR_FIX_NO]" VB #
MatchLayerSymbologyToAStyle "Water Utilities\ValveAll" $feature.WaterFixtureType "ArcGIS 2D"
ChangePrivileges 'Database Connections\DATA_DScanes_GISDB.sde\DATA.DrainageFeeFinal_11092023';'Database Connections\DATA_DScanes_GISDB.sde\DATA.DrainageFeeFinal_11092023_JK';'Database Connections\DATA_DScanes_GISDB.sde\DATA.OSSFPermits20231101';'Database Connections\DATA_DScanes_GISDB.sde\DATA.PlanningShortTermRental';'Database Connections\DATA_DScanes_GISDB.sde\DATA.PublicWorksAssetBikelane';'Database Connections\DATA_DScanes_GISDB.sde\DATA.PublicWorksAssetCurbramp';'Database Connections\DATA_DScanes_GISDB.sde\DATA.PublicWorksAssetParkway';'Database Connections\DATA_DScanes_GISDB.sde\DATA.PublicWorksAssetSidewalk';'Database Connections\DATA_DScanes_GISDB.sde\DATA.PublicWorksAssetStreetInvSegments';'Database Connections\DATA_DScanes_GISDB.sde\DATA.PublicWorksContours2023';'Database Connections\DATA_DScanes_GISDB.sde\DATA.PublicWorksDrainageFee';'Database Connections\DATA_DScanes_GISDB.sde\DATA.PublicWorksImperviousSurface20230824';'Database Connections\DATA_DScanes_GISDB.sde\DATA.PublicWorksImperviousSurface20230929';'Database Connections\DATA_DScanes_GISDB.sde\DATA.PublicWorksStreetMaintenanceFee';'Database Connections\DATA_DScanes_GISDB.sde\DATA.StreetFeeFinal_11092023';'Database Connections\DATA_DScanes_GISDB.sde\DATA.UtilitiesAbandEasement';'Database Connections\DATA_DScanes_GISDB.sde\DATA.UtilitiesDrainFixtureDeadEnd';'Database Connections\DATA_DScanes_GISDB.sde\DATA.UtilitiesDrainFixtureEndOfPipe';'Database Connections\DATA_DScanes_GISDB.sde\DATA.UtilitiesDrainFixtureHeadwall';'Database Connections\DATA_DScanes_GISDB.sde\DATA.UtilitiesDrainFixtureInlet';'Database Connections\DATA_DScanes_GISDB.sde\DATA.UtilitiesDrainFixtureManhole';'Database Connections\DATA_DScanes_GISDB.sde\DATA.UtilitiesDrainFixtureUndergroundDetentionPond';'Database Connections\DATA_DScanes_GISDB.sde\DATA.UtilitiesDrainline';'Database Connections\DATA_DScanes_GISDB.sde\DATA.UtilitiesSewerFixtureCap';'Database Connections\DATA_DScanes_GISDB.sde\DATA.UtilitiesSewerFixtureCleanoutAll';'Database Connections\DATA_DScanes_GISDB.sde\DATA.UtilitiesSewerFixtureInterceptor';'Database Connections\DATA_DScanes_GISDB.sde\DATA.UtilitiesSewerFixtureLiftStation';'Database Connections\DATA_DScanes_GISDB.sde\DATA.UtilitiesSewerFixtureManholeAll';'Database Connections\DATA_DScanes_GISDB.sde\DATA.UtilitiesSewerFixtureTrap';'Database Connections\DATA_DScanes_GISDB.sde\DATA.UtilitiesSewerFixtureValveAll';'Database Connections\DATA_DScanes_GISDB.sde\DATA.UtilitiesSewerline';'Database Connections\DATA_DScanes_GISDB.sde\DATA.UtilitiesWaterFixtureDeadEnd';'Database Connections\DATA_DScanes_GISDB.sde\DATA.UtilitiesWaterFixtureFireHydrant';'Database Connections\DATA_DScanes_GISDB.sde\DATA.UtilitiesWaterFixtureOtherFitting';'Database Connections\DATA_DScanes_GISDB.sde\DATA.UtilitiesWaterFixtureStationAll';'Database Connections\DATA_DScanes_GISDB.sde\DATA.UtilitiesWaterFixtureTankAll';'Database Connections\DATA_DScanes_GISDB.sde\DATA.UtilitiesWaterFixtureTreatmentPlant';'Database Connections\DATA_DScanes_GISDB.sde\DATA.UtilitiesWaterFixtureValveAll';'Database Connections\DATA_DScanes_GISDB.sde\DATA.UtilitiesWaterFixtureWaterMeter';'Database Connections\DATA_DScanes_GISDB.sde\DATA.UtilitiesWaterFixtureWaterWell';'Database Connections\DATA_DScanes_GISDB.sde\DATA.UtilitiesWaterline' COW\NSmith GRANT GRANT
ChangePrivileges 'Database Connections\DATA_DScanes_GISDB.sde\DATA.DrainageFeeFinal_11092023';'Database Connections\DATA_DScanes_GISDB.sde\DATA.DrainageFeeFinal_11092023_JK';'Database Connections\DATA_DScanes_GISDB.sde\DATA.OSSFPermits20231101';'Database Connections\DATA_DScanes_GISDB.sde\DATA.PlanningShortTermRental';'Database Connections\DATA_DScanes_GISDB.sde\DATA.PublicWorksAssetBikelane';'Database Connections\DATA_DScanes_GISDB.sde\DATA.PublicWorksAssetCurbramp';'Database Connections\DATA_DScanes_GISDB.sde\DATA.PublicWorksAssetParkway';'Database Connections\DATA_DScanes_GISDB.sde\DATA.PublicWorksAssetSidewalk';'Database Connections\DATA_DScanes_GISDB.sde\DATA.PublicWorksAssetStreetInvSegments';'Database Connections\DATA_DScanes_GISDB.sde\DATA.PublicWorksContours2023';'Database Connections\DATA_DScanes_GISDB.sde\DATA.PublicWorksDrainageFee';'Database Connections\DATA_DScanes_GISDB.sde\DATA.PublicWorksImperviousSurface20230824';'Database Connections\DATA_DScanes_GISDB.sde\DATA.PublicWorksImperviousSurface20230929';'Database Connections\DATA_DScanes_GISDB.sde\DATA.PublicWorksStreetMaintenanceFee';'Database Connections\DATA_DScanes_GISDB.sde\DATA.StreetFeeFinal_11092023';'Database Connections\DATA_DScanes_GISDB.sde\DATA.UtilitiesAbandEasement';'Database Connections\DATA_DScanes_GISDB.sde\DATA.UtilitiesDrainFixtureDeadEnd';'Database Connections\DATA_DScanes_GISDB.sde\DATA.UtilitiesDrainFixtureEndOfPipe';'Database Connections\DATA_DScanes_GISDB.sde\DATA.UtilitiesDrainFixtureHeadwall';'Database Connections\DATA_DScanes_GISDB.sde\DATA.UtilitiesDrainFixtureInlet';'Database Connections\DATA_DScanes_GISDB.sde\DATA.UtilitiesDrainFixtureManhole';'Database Connections\DATA_DScanes_GISDB.sde\DATA.UtilitiesDrainFixtureUndergroundDetentionPond';'Database Connections\DATA_DScanes_GISDB.sde\DATA.UtilitiesDrainline';'Database Connections\DATA_DScanes_GISDB.sde\DATA.UtilitiesSewerFixtureCap';'Database Connections\DATA_DScanes_GISDB.sde\DATA.UtilitiesSewerFixtureCleanoutAll';'Database Connections\DATA_DScanes_GISDB.sde\DATA.UtilitiesSewerFixtureInterceptor';'Database Connections\DATA_DScanes_GISDB.sde\DATA.UtilitiesSewerFixtureLiftStation';'Database Connections\DATA_DScanes_GISDB.sde\DATA.UtilitiesSewerFixtureManholeAll';'Database Connections\DATA_DScanes_GISDB.sde\DATA.UtilitiesSewerFixtureTrap';'Database Connections\DATA_DScanes_GISDB.sde\DATA.UtilitiesSewerFixtureValveAll';'Database Connections\DATA_DScanes_GISDB.sde\DATA.UtilitiesSewerline';'Database Connections\DATA_DScanes_GISDB.sde\DATA.UtilitiesWaterFixtureDeadEnd';'Database Connections\DATA_DScanes_GISDB.sde\DATA.UtilitiesWaterFixtureFireHydrant';'Database Connections\DATA_DScanes_GISDB.sde\DATA.UtilitiesWaterFixtureOtherFitting';'Database Connections\DATA_DScanes_GISDB.sde\DATA.UtilitiesWaterFixtureStationAll';'Database Connections\DATA_DScanes_GISDB.sde\DATA.UtilitiesWaterFixtureTankAll';'Database Connections\DATA_DScanes_GISDB.sde\DATA.UtilitiesWaterFixtureTreatmentPlant';'Database Connections\DATA_DScanes_GISDB.sde\DATA.UtilitiesWaterFixtureValveAll';'Database Connections\DATA_DScanes_GISDB.sde\DATA.UtilitiesWaterFixtureWaterMeter';'Database Connections\DATA_DScanes_GISDB.sde\DATA.UtilitiesWaterFixtureWaterWell';'Database Connections\DATA_DScanes_GISDB.sde\DATA.UtilitiesWaterline' COW\KathyC GRANT GRANT
CalculateField "Water Utilities\ValveAll" WTR_FIX_NO autoIncrement() PYTHON_9.3 "rec=0
def autoIncrement():
global rec
pStart = 2013033 #adjust start value, if req'd pInterval = 1 #adjust interval value, if req'd
if (rec == 0): rec = pStart else: rec = rec + pInterval return rec
"
CalculateField "Water Utilities\ValveAll" EAMAssetID ""WFHV" & [WTR_FIX_NO]" VB #
CalculateField "Water Utilities\ValveAll" EAMAssetID ""WHV" & [WTR_FIX_NO]" VB #
CalculateField "Water Utilities\ValveAll" EAMAssetID ""WHV" & [WTR_FIX_NO]" VB #
CalculateField "Water Utilities\ValveAll" EAMAssetID ""WHV" & [WTR_FIX_NO]" VB #
CalculateField "Water Utilities\ValveAll" PressurePlane "5th" VB #
CalculateField "Water Utilities\ValveAll" WTR_FIX_NO autoIncrement() PYTHON_9.3 "rec=0
def autoIncrement():
global rec
pStart = 1854171 #adjust start value, if req'd pInterval = 1 #adjust interval value, if req'd
if (rec == 0): rec = pStart else: rec = rec + pInterval return rec
"
CalculateField "Water Utilities\ValveAll" EAMAssetID null VB #
CalculateField "Water Utilities\ValveAll" WTR_FIX_NO autoIncrement() PYTHON_9.3 "rec=0
def autoIncrement():
global rec
pStart = 122284007 #adjust start value, if req'd pInterval = 1 #adjust interval value, if req'd
if (rec == 0): rec = pStart else: rec = rec + pInterval return rec
"
CalculateField "Water Utilities\ValveAll" AS_BUILT '2336213' PYTHON_9.3 #
CalculateField "Water Utilities\ValveAll" WTRFIXSZ '6' PYTHON_9.3 #
CalculateField "Water Utilities\ValveAll" WTR_FIX_NO autoIncrement() PYTHON_9.3 "rec=0
def autoIncrement():
global rec
pStart = 123071001 #adjust start value, if req'd pInterval = 1 #adjust interval value, if req'd
if (rec == 0): rec = pStart else: rec = rec + pInterval return rec
"
CalculateField "Water Utilities\ValveAll" WTR_FIX_NO autoIncrement() PYTHON_9.3 "rec=0
def autoIncrement():
global rec
pStart = 123072001 #adjust start value, if req'd pInterval = 1 #adjust interval value, if req'd
if (rec == 0): rec = pStart else: rec = rec + pInterval return rec
"
CalculateField "Water Utilities\ValveAll" WTR_FIX_NO autoIncrement() PYTHON_9.3 "rec=0
def autoIncrement():
global rec
pStart = 120843367 #adjust start value, if req'd pInterval = 1 #adjust interval value, if req'd
if (rec == 0): rec = pStart else: rec = rec + pInterval return rec
"
CalculateGeometryAttributes "Utilities\Water\Water Fitting\Valves" "Longitude_X POINT_X;Latitude_Y POINT_Y" # # PROJCS["NAD_1983_StatePlane_Texas_Central_FIPS_4203_Feet",GEOGCS["GCS_North_American_1983",DATUM["D_North_American_1983",SPHEROID["GRS_1980",6378137.0,298.257222101]],PRIMEM["Greenwich",0.0],UNIT["Degree",0.0174532925199433]],PROJECTION["Lambert_Conformal_Conic"],PARAMETER["False_Easting",2296583.333333333],PARAMETER["False_Northing",9842500.0],PARAMETER["Central_Meridian",-100.3333333333333],PARAMETER["Standard_Parallel_1",30.11666666666667],PARAMETER["Standard_Parallel_2",31.88333333333333],PARAMETER["Latitude_Of_Origin",29.66666666666667],UNIT["Foot_US",0.3048006096012192]] "Decimal Degrees"
CalculateGeometryAttributes "Water Utilities\ValveAll" "Longitude_X POINT_X" # # PROJCS["NAD_1983_StatePlane_Texas_Central_FIPS_4203_Feet",GEOGCS["GCS_North_American_1983",DATUM["D_North_American_1983",SPHEROID["GRS_1980",6378137.0,298.257222101]],PRIMEM["Greenwich",0.0],UNIT["Degree",0.0174532925199433]],PROJECTION["Lambert_Conformal_Conic"],PARAMETER["False_Easting",2296583.333333333],PARAMETER["False_Northing",9842500.0],PARAMETER["Central_Meridian",-100.3333333333333],PARAMETER["Standard_Parallel_1",30.11666666666667],PARAMETER["Standard_Parallel_2",31.88333333333333],PARAMETER["Latitude_Of_Origin",29.66666666666667],UNIT["Foot_US",0.3048006096012192]] "Decimal Degrees"
CalculateGeometryAttributes "Water Utilities\ValveAll" "Latitude_Y POINT_Y" # # PROJCS["NAD_1983_StatePlane_Texas_Central_FIPS_4203_Feet",GEOGCS["GCS_North_American_1983",DATUM["D_North_American_1983",SPHEROID["GRS_1980",6378137.0,298.257222101]],PRIMEM["Greenwich",0.0],UNIT["Degree",0.0174532925199433]],PROJECTION["Lambert_Conformal_Conic"],PARAMETER["False_Easting",2296583.333333333],PARAMETER["False_Northing",9842500.0],PARAMETER["Central_Meridian",-100.3333333333333],PARAMETER["Standard_Parallel_1",30.11666666666667],PARAMETER["Standard_Parallel_2",31.88333333333333],PARAMETER["Latitude_Of_Origin",29.66666666666667],UNIT["Foot_US",0.3048006096012192]] "Decimal Degrees"
ChangePrivileges 'Database Connections\DATA_DScanes_GISDB.sde\DATA.TopoIndexGrid';'Database Connections\DATA_DScanes_GISDB.sde\DATA.TopoIndexPage';'Database Connections\DATA_DScanes_GISDB.sde\DATA.UtilitiesAbandEasement';'Database Connections\DATA_DScanes_GISDB.sde\DATA.UtilitiesAbandSewerFixtureHistory';'Database Connections\DATA_DScanes_GISDB.sde\DATA.UtilitiesAbandSewerLineHistory';'Database Connections\DATA_DScanes_GISDB.sde\DATA.UtilitiesAbandWaterFixtureHistory';'Database Connections\DATA_DScanes_GISDB.sde\DATA.UtilitiesAbandWaterLineHistory';'Database Connections\DATA_DScanes_GISDB.sde\DATA.UtilitiesDrainBasins';'Database Connections\DATA_DScanes_GISDB.sde\DATA.UtilitiesDrainDetentionPond';'Database Connections\DATA_DScanes_GISDB.sde\DATA.UtilitiesDrainFixtureDeadEnd';'Database Connections\DATA_DScanes_GISDB.sde\DATA.UtilitiesDrainFixtureEndOfPipe';'Database Connections\DATA_DScanes_GISDB.sde\DATA.UtilitiesDrainFixtureHeadwall';'Database Connections\DATA_DScanes_GISDB.sde\DATA.UtilitiesDrainFixtureInlet';'Database Connections\DATA_DScanes_GISDB.sde\DATA.UtilitiesDrainFixtureManhole';'Database Connections\DATA_DScanes_GISDB.sde\DATA.UtilitiesDrainFixtureUndergroundDetentionPond';'Database Connections\DATA_DScanes_GISDB.sde\DATA.UtilitiesDrainline';'Database Connections\DATA_DScanes_GISDB.sde\DATA.UtilitiesDrainOutfalls';'Database Connections\DATA_DScanes_GISDB.sde\DATA.UtilitiesSewerBackupGenerator';'Database Connections\DATA_DScanes_GISDB.sde\DATA.UtilitiesSewerBasins';'Database Connections\DATA_DScanes_GISDB.sde\DATA.UtilitiesSewerFixtureCap';'Database Connections\DATA_DScanes_GISDB.sde\DATA.UtilitiesSewerFixtureCleanoutAll';'Database Connections\DATA_DScanes_GISDB.sde\DATA.UtilitiesSewerFixtureInterceptor';'Database Connections\DATA_DScanes_GISDB.sde\DATA.UtilitiesSewerFixtureLiftStation';'Database Connections\DATA_DScanes_GISDB.sde\DATA.UtilitiesSewerFixtureManholeAll';'Database Connections\DATA_DScanes_GISDB.sde\DATA.UtilitiesSewerFixtureTrap';'Database Connections\DATA_DScanes_GISDB.sde\DATA.UtilitiesSewerFixtureValveAll';'Database Connections\DATA_DScanes_GISDB.sde\DATA.UtilitiesSewerline';'Database Connections\DATA_DScanes_GISDB.sde\DATA.UtilitiesSewerWMARSSPlant';'Database Connections\DATA_DScanes_GISDB.sde\DATA.UtilitiesWaterFixtureDeadEnd';'Database Connections\DATA_DScanes_GISDB.sde\DATA.UtilitiesWaterFixtureFireHydrant';'Database Connections\DATA_DScanes_GISDB.sde\DATA.UtilitiesWaterFixtureStationAll';'Database Connections\DATA_DScanes_GISDB.sde\DATA.UtilitiesWaterFixtureTankAll';'Database Connections\DATA_DScanes_GISDB.sde\DATA.UtilitiesWaterFixtureTreatmentPlant';'Database Connections\DATA_DScanes_GISDB.sde\DATA.UtilitiesWaterFixtureValveAll';'Database Connections\DATA_DScanes_GISDB.sde\DATA.UtilitiesWaterFixtureWaterMeter';'Database Connections\DATA_DScanes_GISDB.sde\DATA.UtilitiesWaterFixtureWaterWell';'Database Connections\DATA_DScanes_GISDB.sde\DATA.UtilitiesWaterline';'Database Connections\DATA_DScanes_GISDB.sde\DATA.UtilitiesWaterLineTestStation';'Database Connections\DATA_DScanes_GISDB.sde\DATA.UtilitiesWaterPressurePlanes';'Database Connections\DATA_DScanes_GISDB.sde\DATA.UtilityEasement';'Database Connections\DATA_DScanes_GISDB.sde\DATA.PublicWorksAssetBikelane';'Database Connections\DATA_DScanes_GISDB.sde\DATA.PublicWorksAssetCurbramp';'Database Connections\DATA_DScanes_GISDB.sde\DATA.PublicWorksAssetParkway';'Database Connections\DATA_DScanes_GISDB.sde\DATA.PublicWorksAssetSidewalk';'Database Connections\DATA_DScanes_GISDB.sde\DATA.PublicWorksAssetStreetInvSegments';'Database Connections\DATA_DScanes_GISDB.sde\DATA.PublicWorksContours2023';'Database Connections\DATA_DScanes_GISDB.sde\DATA.FloodplainLocalFloodHazardAreas' GISViewer GRANT #
Analyze D:\temp\7\ArcGISProTemp15320\Untitled\SQLServer-NTGIS-GISDB(data).sde\DATA.UtilitiesWaterFixtureValveAll BUSINESS;FEATURE;RASTER;ADDS;DELETES
CalculateGeometryAttributes "Utilities\Water\Water Fitting\Valves" "Longitude_X POINT_X" # # PROJCS["NAD_1983_StatePlane_Texas_Central_FIPS_4203_Feet",GEOGCS["GCS_North_American_1983",DATUM["D_North_American_1983",SPHEROID["GRS_1980",6378137.0,298.257222101]],PRIMEM["Greenwich",0.0],UNIT["Degree",0.0174532925199433]],PROJECTION["Lambert_Conformal_Conic"],PARAMETER["False_Easting",2296583.333333333],PARAMETER["False_Northing",9842500.0],PARAMETER["Central_Meridian",-100.3333333333333],PARAMETER["Standard_Parallel_1",30.11666666666667],PARAMETER["Standard_Parallel_2",31.88333333333333],PARAMETER["Latitude_Of_Origin",29.66666666666667],UNIT["Foot_US",0.3048006096012192]] "Decimal Degrees"
CalculateGeometryAttributes "Utilities\Water\Water Fitting\Valves" "Latitude_Y POINT_Y" # # PROJCS["NAD_1983_StatePlane_Texas_Central_FIPS_4203_Feet",GEOGCS["GCS_North_American_1983",DATUM["D_North_American_1983",SPHEROID["GRS_1980",6378137.0,298.257222101]],PRIMEM["Greenwich",0.0],UNIT["Degree",0.0174532925199433]],PROJECTION["Lambert_Conformal_Conic"],PARAMETER["False_Easting",2296583.333333333],PARAMETER["False_Northing",9842500.0],PARAMETER["Central_Meridian",-100.3333333333333],PARAMETER["Standard_Parallel_1",30.11666666666667],PARAMETER["Standard_Parallel_2",31.88333333333333],PARAMETER["Latitude_Of_Origin",29.66666666666667],UNIT["Foot_US",0.3048006096012192]] "Decimal Degrees"
CalculateGeometryAttributes "Utilities\Water\Water Fitting\Valves" "Longitude_X POINT_X" # # PROJCS["NAD_1983_StatePlane_Texas_Central_FIPS_4203_Feet",GEOGCS["GCS_North_American_1983",DATUM["D_North_American_1983",SPHEROID["GRS_1980",6378137.0,298.257222101]],PRIMEM["Greenwich",0.0],UNIT["Degree",0.0174532925199433]],PROJECTION["Lambert_Conformal_Conic"],PARAMETER["False_Easting",2296583.333333333],PARAMETER["False_Northing",9842500.0],PARAMETER["Central_Meridian",-100.3333333333333],PARAMETER["Standard_Parallel_1",30.11666666666667],PARAMETER["Standard_Parallel_2",31.88333333333333],PARAMETER["Latitude_Of_Origin",29.66666666666667],UNIT["Foot_US",0.3048006096012192]] "Decimal Degrees"
CalculateGeometryAttributes "Utilities\Water\Water Fitting\Valves" "Latitude_Y POINT_Y" # # PROJCS["NAD_1983_StatePlane_Texas_Central_FIPS_4203_Feet",GEOGCS["GCS_North_American_1983",DATUM["D_North_American_1983",SPHEROID["GRS_1980",6378137.0,298.257222101]],PRIMEM["Greenwich",0.0],UNIT["Degree",0.0174532925199433]],PROJECTION["Lambert_Conformal_Conic"],PARAMETER["False_Easting",2296583.333333333],PARAMETER["False_Northing",9842500.0],PARAMETER["Central_Meridian",-100.3333333333333],PARAMETER["Standard_Parallel_1",30.11666666666667],PARAMETER["Standard_Parallel_2",31.88333333333333],PARAMETER["Latitude_Of_Origin",29.66666666666667],UNIT["Foot_US",0.3048006096012192]] "Decimal Degrees"
CalculateGeometryAttributes "Utilities\Water\Water Fitting\Valves" "Longitude_X POINT_X;Latitude_Y POINT_Y" # # PROJCS["NAD_1983_StatePlane_Texas_Central_FIPS_4203_Feet",GEOGCS["GCS_North_American_1983",DATUM["D_North_American_1983",SPHEROID["GRS_1980",6378137.0,298.257222101]],PRIMEM["Greenwich",0.0],UNIT["Degree",0.0174532925199433]],PROJECTION["Lambert_Conformal_Conic"],PARAMETER["False_Easting",2296583.333333333],PARAMETER["False_Northing",9842500.0],PARAMETER["Central_Meridian",-100.3333333333333],PARAMETER["Standard_Parallel_1",30.11666666666667],PARAMETER["Standard_Parallel_2",31.88333333333333],PARAMETER["Latitude_Of_Origin",29.66666666666667],UNIT["Foot_US",0.3048006096012192]] "Decimal Degrees"
CalculateGeometryAttributes "Utilities\Water\Water Fitting\Valves" "Longitude_X POINT_X;Latitude_Y POINT_Y" # # PROJCS["NAD_1983_StatePlane_Texas_Central_FIPS_4203_Feet",GEOGCS["GCS_North_American_1983",DATUM["D_North_American_1983",SPHEROID["GRS_1980",6378137.0,298.257222101]],PRIMEM["Greenwich",0.0],UNIT["Degree",0.0174532925199433]],PROJECTION["Lambert_Conformal_Conic"],PARAMETER["False_Easting",2296583.333333333],PARAMETER["False_Northing",9842500.0],PARAMETER["Central_Meridian",-100.3333333333333],PARAMETER["Standard_Parallel_1",30.11666666666667],PARAMETER["Standard_Parallel_2",31.88333333333333],PARAMETER["Latitude_Of_Origin",29.66666666666667],UNIT["Foot_US",0.3048006096012192]] "Decimal Degrees"
CalculateGeometryAttributes "Utilities\Water\Water Fitting\Valves" "Longitude_X POINT_X;Latitude_Y POINT_Y" # # PROJCS["NAD_1983_StatePlane_Texas_Central_FIPS_4203_Feet",GEOGCS["GCS_North_American_1983",DATUM["D_North_American_1983",SPHEROID["GRS_1980",6378137.0,298.257222101]],PRIMEM["Greenwich",0.0],UNIT["Degree",0.0174532925199433]],PROJECTION["Lambert_Conformal_Conic"],PARAMETER["False_Easting",2296583.333333333],PARAMETER["False_Northing",9842500.0],PARAMETER["Central_Meridian",-100.3333333333333],PARAMETER["Standard_Parallel_1",30.11666666666667],PARAMETER["Standard_Parallel_2",31.88333333333333],PARAMETER["Latitude_Of_Origin",29.66666666666667],UNIT["Foot_US",0.3048006096012192]] "Decimal Degrees"
CalculateField "Water Utilities\ValveAll" IMAGENAME ""\\ntgis\gis\data\scans\eng\SpecialPlan3\" & [AS_BUILT] & ".pdf"" VB #
CalculateGeometryAttributes "Utilities\Water\Water Fitting\Valves" "Longitude_X POINT_X;Latitude_Y POINT_Y" # # PROJCS["NAD_1983_StatePlane_Texas_Central_FIPS_4203_Feet",GEOGCS["GCS_North_American_1983",DATUM["D_North_American_1983",SPHEROID["GRS_1980",6378137.0,298.257222101]],PRIMEM["Greenwich",0.0],UNIT["Degree",0.0174532925199433]],PROJECTION["Lambert_Conformal_Conic"],PARAMETER["False_Easting",2296583.333333333],PARAMETER["False_Northing",9842500.0],PARAMETER["Central_Meridian",-100.3333333333333],PARAMETER["Standard_Parallel_1",30.11666666666667],PARAMETER["Standard_Parallel_2",31.88333333333333],PARAMETER["Latitude_Of_Origin",29.66666666666667],UNIT["Foot_US",0.3048006096012192]] "Decimal Degrees"
CalculateField "Water Utilities\ValveAll" IMAGENAME ""\\ntgis\gis\data\scans\eng\SpecialPlan3\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "Water Utilities\ValveAll" IMAGENAME ""\\ntgis\gis\data\scans\eng\SpecialPlan3\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "Water Utilities\ValveAll" IMAGENAME ""\\ntgis\gis\data\scans\eng\SpecialPlan3\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "Water Utilities\ValveAll" IMAGENAME ""\\ntgis\gis\data\scans\eng\SpecialPlan3\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "Water Utilities\ValveAll" IMAGENAME ""\\ntgis\gis\data\scans\eng\SpecialPlan3\" & [AS_BUILT] & ".pdf"" VB #
CalculateGeometryAttributes "Utilities\Water\Water Fitting\Valves" "Longitude_X POINT_X;Latitude_Y POINT_Y" # # PROJCS["NAD_1983_StatePlane_Texas_Central_FIPS_4203_Feet",GEOGCS["GCS_North_American_1983",DATUM["D_North_American_1983",SPHEROID["GRS_1980",6378137.0,298.257222101]],PRIMEM["Greenwich",0.0],UNIT["Degree",0.0174532925199433]],PROJECTION["Lambert_Conformal_Conic"],PARAMETER["False_Easting",2296583.333333333],PARAMETER["False_Northing",9842500.0],PARAMETER["Central_Meridian",-100.3333333333333],PARAMETER["Standard_Parallel_1",30.11666666666667],PARAMETER["Standard_Parallel_2",31.88333333333333],PARAMETER["Latitude_Of_Origin",29.66666666666667],UNIT["Foot_US",0.3048006096012192]] "Decimal Degrees"
CalculateField "Water Utilities\ValveAll" IMAGENAME ""\\ntgis\gis\data\scans\eng\SpecialPlan3\" & [AS_BUILT] & ".pdf"" VB #
CalculateGeometryAttributes "Utilities\Water\Water Fitting\Valves" "Longitude_X POINT_X;Latitude_Y POINT_Y" # # PROJCS["NAD_1983_StatePlane_Texas_Central_FIPS_4203_Feet",GEOGCS["GCS_North_American_1983",DATUM["D_North_American_1983",SPHEROID["GRS_1980",6378137.0,298.257222101]],PRIMEM["Greenwich",0.0],UNIT["Degree",0.0174532925199433]],PROJECTION["Lambert_Conformal_Conic"],PARAMETER["False_Easting",2296583.333333333],PARAMETER["False_Northing",9842500.0],PARAMETER["Central_Meridian",-100.3333333333333],PARAMETER["Standard_Parallel_1",30.11666666666667],PARAMETER["Standard_Parallel_2",31.88333333333333],PARAMETER["Latitude_Of_Origin",29.66666666666667],UNIT["Foot_US",0.3048006096012192]] "Decimal Degrees"
CalculateField "Water Utilities\ValveAll" IMAGENAME ""\\ntgis\gis\data\scans\eng\SpecialPlan3\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "Water Utilities\ValveAll" IMAGENAME ""\\ntgis\gis\data\scans\eng\SpecialPlan3\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "Water Utilities\ValveAll" IMAGENAME ""\\ntgis\gis\data\scans\eng\SpecialPlan3\" & [AS_BUILT] & ".pdf"" VB #
CalculateField "Water Utilities\ValveAll" EAMAssetID ""WV" & [WTR_FIX_NO]" VB #
CalculateField "Water Utilities\ValveAll" EAMAssetID ""WV" & [WTR_FIX_NO]" VB #
CalculateField "Water Utilities\ValveAll" EAMAssetID ""WV" & [WTR_FIX_NO]" VB #
CalculateGeometryAttributes "Utilities\Water\Water Fitting\Valves" "Longitude_X POINT_X;Latitude_Y POINT_Y" # # PROJCS["NAD_1983_StatePlane_Texas_Central_FIPS_4203_Feet",GEOGCS["GCS_North_American_1983",DATUM["D_North_American_1983",SPHEROID["GRS_1980",6378137.0,298.257222101]],PRIMEM["Greenwich",0.0],UNIT["Degree",0.0174532925199433]],PROJECTION["Lambert_Conformal_Conic"],PARAMETER["False_Easting",2296583.333333333],PARAMETER["False_Northing",9842500.0],PARAMETER["Central_Meridian",-100.3333333333333],PARAMETER["Standard_Parallel_1",30.11666666666667],PARAMETER["Standard_Parallel_2",31.88333333333333],PARAMETER["Latitude_Of_Origin",29.66666666666667],UNIT["Foot_US",0.3048006096012192]] "Decimal Degrees"
CalculateGeometryAttributes "Utilities\Water\Water Fitting\Valves" "Longitude_X POINT_X;Latitude_Y POINT_Y" # # PROJCS["NAD_1983_StatePlane_Texas_Central_FIPS_4203_Feet",GEOGCS["GCS_North_American_1983",DATUM["D_North_American_1983",SPHEROID["GRS_1980",6378137.0,298.257222101]],PRIMEM["Greenwich",0.0],UNIT["Degree",0.0174532925199433]],PROJECTION["Lambert_Conformal_Conic"],PARAMETER["False_Easting",2296583.333333333],PARAMETER["False_Northing",9842500.0],PARAMETER["Central_Meridian",-100.3333333333333],PARAMETER["Standard_Parallel_1",30.11666666666667],PARAMETER["Standard_Parallel_2",31.88333333333333],PARAMETER["Latitude_Of_Origin",29.66666666666667],UNIT["Foot_US",0.3048006096012192]] "Decimal Degrees"
CalculateField "Utilities\Water Fixtures\Water Valves" EAMAssetID "'WAFVL' + str(!WTR_FIX_NO!)" Python # Text NO_ENFORCE_DOMAINS
CalculateGeometryAttributes "Utilities\Water\Water Fitting\Valves" "Longitude_X POINT_X;Latitude_Y POINT_Y" # # PROJCS["NAD_1983_StatePlane_Texas_Central_FIPS_4203_Feet",GEOGCS["GCS_North_American_1983",DATUM["D_North_American_1983",SPHEROID["GRS_1980",6378137.0,298.257222101]],PRIMEM["Greenwich",0.0],UNIT["Degree",0.0174532925199433]],PROJECTION["Lambert_Conformal_Conic"],PARAMETER["False_Easting",2296583.333333333],PARAMETER["False_Northing",9842500.0],PARAMETER["Central_Meridian",-100.3333333333333],PARAMETER["Standard_Parallel_1",30.11666666666667],PARAMETER["Standard_Parallel_2",31.88333333333333],PARAMETER["Latitude_Of_Origin",29.66666666666667],UNIT["Foot_US",0.3048006096012192]] "Decimal Degrees"
CalculateField "Utilities\Water\Water Fitting\Valves" EAMAssetID "Var Type = $feature.WaterFixtureType
Var ID = $feature.WTR_FIX_NO
var EAMID = When(Type == "Water Well", "WAFWW"+ ID, Type == "Water Meter", "WAFMT"+ ID, Type == "Treatment Plant", "WAFTP"+ ID, Type == "Elevated Storage Tank", "WAFTK"+ ID, Type == "Ground Storage Tank", "WAFTK" + ID, Type == "Wash Water Tank", "WAFTK"+ ID, Type == "Metering Station", "WAFST"+ ID, Type == "Pump Station", "WAFST"+ ID, Type == "Fire Hydrant", "WAFFH"+ ID, Type == "Dead End", "WAFDE"+ ID, "WAFVL"+ID)
Return EAMID" Arcade # Text NO_ENFORCE_DOMAINS
CalculateField "Utilities (DATA)\Water Fixtures\Water Valves" EAMAssetID "WAFVL"+"129999"+$feature.WTR_FIX_NO Arcade # Text NO_ENFORCE_DOMAINS
CalculateField "Utilities (DATA)\Water Fixtures\Water Valves" EAMAssetID "WAFVL01200"+$feature.WTR_FIX_NO Arcade # Text NO_ENFORCE_DOMAINS
CalculateField "Utilities (DATA)\Water Fixtures\Water Valves" EAMAssetID "WAFVL0120"+$feature.WTR_FIX_NO Arcade # Text NO_ENFORCE_DOMAINS
CalculateField "Utilities (DATA)\Water Fixtures\Water Valves" EAMAssetID "WAFVL012"+$feature.WTR_FIX_NO Arcade # Text NO_ENFORCE_DOMAINS
CalculateField "Utilities (DATA)\Water Fixtures\Water Valves" EAMAssetID "WAFVL0"+$feature.WTR_FIX_NO Arcade # Text NO_ENFORCE_DOMAINS
CalculateGeometryAttributes "Utilities\Water\Water Fitting\Valves" "Longitude_X POINT_X;Latitude_Y POINT_Y" # # PROJCS["NAD_1983_StatePlane_Texas_Central_FIPS_4203_Feet",GEOGCS["GCS_North_American_1983",DATUM["D_North_American_1983",SPHEROID["GRS_1980",6378137.0,298.257222101]],PRIMEM["Greenwich",0.0],UNIT["Degree",0.0174532925199433]],PROJECTION["Lambert_Conformal_Conic"],PARAMETER["False_Easting",2296583.333333333],PARAMETER["False_Northing",9842500.0],PARAMETER["Central_Meridian",-100.3333333333333],PARAMETER["Standard_Parallel_1",30.11666666666667],PARAMETER["Standard_Parallel_2",31.88333333333333],PARAMETER["Latitude_Of_Origin",29.66666666666667],UNIT["Foot_US",0.3048006096012192]] "Decimal Degrees"
CalculateGeometryAttributes "Utilities\Water\Water Fitting\Valves" "Longitude_X POINT_X;Latitude_Y POINT_Y" # # PROJCS["NAD_1983_StatePlane_Texas_Central_FIPS_4203_Feet",GEOGCS["GCS_North_American_1983",DATUM["D_North_American_1983",SPHEROID["GRS_1980",6378137.0,298.257222101]],PRIMEM["Greenwich",0.0],UNIT["Degree",0.0174532925199433]],PROJECTION["Lambert_Conformal_Conic"],PARAMETER["False_Easting",2296583.333333333],PARAMETER["False_Northing",9842500.0],PARAMETER["Central_Meridian",-100.3333333333333],PARAMETER["Standard_Parallel_1",30.11666666666667],PARAMETER["Standard_Parallel_2",31.88333333333333],PARAMETER["Latitude_Of_Origin",29.66666666666667],UNIT["Foot_US",0.3048006096012192]] "Decimal Degrees"
CalculateGeometryAttributes "Utilities\Water\Water Fitting\Valves" "Longitude_X POINT_X;Latitude_Y POINT_Y" # # PROJCS["NAD_1983_StatePlane_Texas_Central_FIPS_4203_Feet",GEOGCS["GCS_North_American_1983",DATUM["D_North_American_1983",SPHEROID["GRS_1980",6378137.0,298.257222101]],PRIMEM["Greenwich",0.0],UNIT["Degree",0.0174532925199433]],PROJECTION["Lambert_Conformal_Conic"],PARAMETER["False_Easting",2296583.333333333],PARAMETER["False_Northing",9842500.0],PARAMETER["Central_Meridian",-100.3333333333333],PARAMETER["Standard_Parallel_1",30.11666666666667],PARAMETER["Standard_Parallel_2",31.88333333333333],PARAMETER["Latitude_Of_Origin",29.66666666666667],UNIT["Foot_US",0.3048006096012192]] "Decimal Degrees"
CalculateGeometryAttributes "Utilities\Water\Water Fitting\Valves" "Longitude_X POINT_X;Latitude_Y POINT_Y" # # PROJCS["NAD_1983_StatePlane_Texas_Central_FIPS_4203_Feet",GEOGCS["GCS_North_American_1983",DATUM["D_North_American_1983",SPHEROID["GRS_1980",6378137.0,298.257222101]],PRIMEM["Greenwich",0.0],UNIT["Degree",0.0174532925199433]],PROJECTION["Lambert_Conformal_Conic"],PARAMETER["False_Easting",2296583.333333333],PARAMETER["False_Northing",9842500.0],PARAMETER["Central_Meridian",-100.3333333333333],PARAMETER["Standard_Parallel_1",30.11666666666667],PARAMETER["Standard_Parallel_2",31.88333333333333],PARAMETER["Latitude_Of_Origin",29.66666666666667],UNIT["Foot_US",0.3048006096012192]] "Decimal Degrees"
CalculateGeometryAttributes "Utilities\Water\Water Fitting\Valves" "Longitude_X POINT_X;Latitude_Y POINT_Y" # # PROJCS["NAD_1983_StatePlane_Texas_Central_FIPS_4203_Feet",GEOGCS["GCS_North_American_1983",DATUM["D_North_American_1983",SPHEROID["GRS_1980",6378137.0,298.257222101]],PRIMEM["Greenwich",0.0],UNIT["Degree",0.0174532925199433]],PROJECTION["Lambert_Conformal_Conic"],PARAMETER["False_Easting",2296583.333333333],PARAMETER["False_Northing",9842500.0],PARAMETER["Central_Meridian",-100.3333333333333],PARAMETER["Standard_Parallel_1",30.11666666666667],PARAMETER["Standard_Parallel_2",31.88333333333333],PARAMETER["Latitude_Of_Origin",29.66666666666667],UNIT["Foot_US",0.3048006096012192]] "Decimal Degrees"
CalculateGeometryAttributes "Utilities\Water\Water Fitting\Valves" "Longitude_X POINT_X;Latitude_Y POINT_Y" # # PROJCS["NAD_1983_StatePlane_Texas_Central_FIPS_4203_Feet",GEOGCS["GCS_North_American_1983",DATUM["D_North_American_1983",SPHEROID["GRS_1980",6378137.0,298.257222101]],PRIMEM["Greenwich",0.0],UNIT["Degree",0.0174532925199433]],PROJECTION["Lambert_Conformal_Conic"],PARAMETER["False_Easting",2296583.333333333],PARAMETER["False_Northing",9842500.0],PARAMETER["Central_Meridian",-100.3333333333333],PARAMETER["Standard_Parallel_1",30.11666666666667],PARAMETER["Standard_Parallel_2",31.88333333333333],PARAMETER["Latitude_Of_Origin",29.66666666666667],UNIT["Foot_US",0.3048006096012192]] DD
CalculateGeometryAttributes "Utilities\Water\Water Fitting\Valves" "Longitude_X POINT_X;Latitude_Y POINT_Y" # # PROJCS["NAD_1983_StatePlane_Texas_Central_FIPS_4203_Feet",GEOGCS["GCS_North_American_1983",DATUM["D_North_American_1983",SPHEROID["GRS_1980",6378137.0,298.257222101]],PRIMEM["Greenwich",0.0],UNIT["Degree",0.0174532925199433]],PROJECTION["Lambert_Conformal_Conic"],PARAMETER["False_Easting",2296583.333333333],PARAMETER["False_Northing",9842500.0],PARAMETER["Central_Meridian",-100.3333333333333],PARAMETER["Standard_Parallel_1",30.11666666666667],PARAMETER["Standard_Parallel_2",31.88333333333333],PARAMETER["Latitude_Of_Origin",29.66666666666667],UNIT["Foot_US",0.3048006096012192]] DD
CalculateGeometryAttributes "Utilities\Water\Water Fitting\Valves" "Longitude_X POINT_X;Latitude_Y POINT_Y" # # PROJCS["NAD_1983_StatePlane_Texas_Central_FIPS_4203_Feet",GEOGCS["GCS_North_American_1983",DATUM["D_North_American_1983",SPHEROID["GRS_1980",6378137.0,298.257222101]],PRIMEM["Greenwich",0.0],UNIT["Degree",0.0174532925199433]],PROJECTION["Lambert_Conformal_Conic"],PARAMETER["False_Easting",2296583.333333333],PARAMETER["False_Northing",9842500.0],PARAMETER["Central_Meridian",-100.3333333333333],PARAMETER["Standard_Parallel_1",30.11666666666667],PARAMETER["Standard_Parallel_2",31.88333333333333],PARAMETER["Latitude_Of_Origin",29.66666666666667],UNIT["Foot_US",0.3048006096012192]] DD
CalculateGeometryAttributes "Utilities\Water\Water Fitting\Valves" "Longitude_X POINT_X;Latitude_Y POINT_Y" # # PROJCS["NAD_1983_StatePlane_Texas_Central_FIPS_4203_Feet",GEOGCS["GCS_North_American_1983",DATUM["D_North_American_1983",SPHEROID["GRS_1980",6378137.0,298.257222101]],PRIMEM["Greenwich",0.0],UNIT["Degree",0.0174532925199433]],PROJECTION["Lambert_Conformal_Conic"],PARAMETER["False_Easting",2296583.333333333],PARAMETER["False_Northing",9842500.0],PARAMETER["Central_Meridian",-100.3333333333333],PARAMETER["Standard_Parallel_1",30.11666666666667],PARAMETER["Standard_Parallel_2",31.88333333333333],PARAMETER["Latitude_Of_Origin",29.66666666666667],UNIT["Foot_US",0.3048006096012192]] DD
CalculateGeometryAttributes "Utilities\Water\Water Fitting\Valves" "Longitude_X POINT_X;Latitude_Y POINT_Y" # # PROJCS["NAD_1983_StatePlane_Texas_Central_FIPS_4203_Feet",GEOGCS["GCS_North_American_1983",DATUM["D_North_American_1983",SPHEROID["GRS_1980",6378137.0,298.257222101]],PRIMEM["Greenwich",0.0],UNIT["Degree",0.0174532925199433]],PROJECTION["Lambert_Conformal_Conic"],PARAMETER["False_Easting",2296583.333333333],PARAMETER["False_Northing",9842500.0],PARAMETER["Central_Meridian",-100.3333333333333],PARAMETER["Standard_Parallel_1",30.11666666666667],PARAMETER["Standard_Parallel_2",31.88333333333333],PARAMETER["Latitude_Of_Origin",29.66666666666667],UNIT["Foot_US",0.3048006096012192]] DD
CalculateGeometryAttributes "Utilities\Water\Water Fitting\Valves" "Longitude_X POINT_X;Latitude_Y POINT_Y" # # PROJCS["NAD_1983_StatePlane_Texas_Central_FIPS_4203_Feet",GEOGCS["GCS_North_American_1983",DATUM["D_North_American_1983",SPHEROID["GRS_1980",6378137.0,298.257222101]],PRIMEM["Greenwich",0.0],UNIT["Degree",0.0174532925199433]],PROJECTION["Lambert_Conformal_Conic"],PARAMETER["False_Easting",2296583.333333333],PARAMETER["False_Northing",9842500.0],PARAMETER["Central_Meridian",-100.3333333333333],PARAMETER["Standard_Parallel_1",30.11666666666667],PARAMETER["Standard_Parallel_2",31.88333333333333],PARAMETER["Latitude_Of_Origin",29.66666666666667],UNIT["Foot_US",0.3048006096012192]] DD
CalculateGeometryAttributes "Utilities\Water\Water Fitting\Valves" "Longitude_X POINT_X;Latitude_Y POINT_Y" # # PROJCS["NAD_1983_StatePlane_Texas_Central_FIPS_4203_Feet",GEOGCS["GCS_North_American_1983",DATUM["D_North_American_1983",SPHEROID["GRS_1980",6378137.0,298.257222101]],PRIMEM["Greenwich",0.0],UNIT["Degree",0.0174532925199433]],PROJECTION["Lambert_Conformal_Conic"],PARAMETER["False_Easting",2296583.333333333],PARAMETER["False_Northing",9842500.0],PARAMETER["Central_Meridian",-100.3333333333333],PARAMETER["Standard_Parallel_1",30.11666666666667],PARAMETER["Standard_Parallel_2",31.88333333333333],PARAMETER["Latitude_Of_Origin",29.66666666666667],UNIT["Foot_US",0.3048006096012192]] DD
CalculateGeometryAttributes "Utilities\Water\Water Fitting\Valves" "Longitude_X POINT_X;Latitude_Y POINT_Y" # # PROJCS["NAD_1983_StatePlane_Texas_Central_FIPS_4203_Feet",GEOGCS["GCS_North_American_1983",DATUM["D_North_American_1983",SPHEROID["GRS_1980",6378137.0,298.257222101]],PRIMEM["Greenwich",0.0],UNIT["Degree",0.0174532925199433]],PROJECTION["Lambert_Conformal_Conic"],PARAMETER["False_Easting",2296583.333333333],PARAMETER["False_Northing",9842500.0],PARAMETER["Central_Meridian",-100.3333333333333],PARAMETER["Standard_Parallel_1",30.11666666666667],PARAMETER["Standard_Parallel_2",31.88333333333333],PARAMETER["Latitude_Of_Origin",29.66666666666667],UNIT["Foot_US",0.3048006096012192]] DD
CalculateGeometryAttributes "Utilities\Water\Water Fitting\Valves" "Longitude_X POINT_X;Latitude_Y POINT_Y" # # PROJCS["NAD_1983_StatePlane_Texas_Central_FIPS_4203_Feet",GEOGCS["GCS_North_American_1983",DATUM["D_North_American_1983",SPHEROID["GRS_1980",6378137.0,298.257222101]],PRIMEM["Greenwich",0.0],UNIT["Degree",0.0174532925199433]],PROJECTION["Lambert_Conformal_Conic"],PARAMETER["False_Easting",2296583.333333333],PARAMETER["False_Northing",9842500.0],PARAMETER["Central_Meridian",-100.3333333333333],PARAMETER["Standard_Parallel_1",30.11666666666667],PARAMETER["Standard_Parallel_2",31.88333333333333],PARAMETER["Latitude_Of_Origin",29.66666666666667],UNIT["Foot_US",0.3048006096012192]] DD
CalculateGeometryAttributes "Utilities\Water\Water Fitting\Valves" "Longitude_X POINT_X;Latitude_Y POINT_Y" # # PROJCS["NAD_1983_StatePlane_Texas_Central_FIPS_4203_Feet",GEOGCS["GCS_North_American_1983",DATUM["D_North_American_1983",SPHEROID["GRS_1980",6378137.0,298.257222101]],PRIMEM["Greenwich",0.0],UNIT["Degree",0.0174532925199433]],PROJECTION["Lambert_Conformal_Conic"],PARAMETER["False_Easting",2296583.333333333],PARAMETER["False_Northing",9842500.0],PARAMETER["Central_Meridian",-100.3333333333333],PARAMETER["Standard_Parallel_1",30.11666666666667],PARAMETER["Standard_Parallel_2",31.88333333333333],PARAMETER["Latitude_Of_Origin",29.66666666666667],UNIT["Foot_US",0.3048006096012192]] DD
CalculateGeometryAttributes "Utilities\Water\Water Fitting\Valves" "Longitude_X POINT_X;Latitude_Y POINT_Y" # # PROJCS["NAD_1983_2011_StatePlane_Texas_Central_FIPS_4203_Ft_US",GEOGCS["GCS_NAD_1983_2011",DATUM["D_NAD_1983_2011",SPHEROID["GRS_1980",6378137.0,298.257222101]],PRIMEM["Greenwich",0.0],UNIT["Degree",0.0174532925199433]],PROJECTION["Lambert_Conformal_Conic"],PARAMETER["False_Easting",2296583.333333333],PARAMETER["False_Northing",9842500.0],PARAMETER["Central_Meridian",-100.3333333333333],PARAMETER["Standard_Parallel_1",30.11666666666667],PARAMETER["Standard_Parallel_2",31.88333333333333],PARAMETER["Latitude_Of_Origin",29.66666666666667],UNIT["Foot_US",0.3048006096012192]] SAME_AS_INPUT
CalculateGeometryAttributes "Utilities\Water\Water Fitting\Valves" "Longitude_X POINT_X;Latitude_Y POINT_Y" # # PROJCS["NAD_1983_2011_StatePlane_Texas_Central_FIPS_4203_Ft_US",GEOGCS["GCS_NAD_1983_2011",DATUM["D_NAD_1983_2011",SPHEROID["GRS_1980",6378137.0,298.257222101]],PRIMEM["Greenwich",0.0],UNIT["Degree",0.0174532925199433]],PROJECTION["Lambert_Conformal_Conic"],PARAMETER["False_Easting",2296583.333333333],PARAMETER["False_Northing",9842500.0],PARAMETER["Central_Meridian",-100.3333333333333],PARAMETER["Standard_Parallel_1",30.11666666666667],PARAMETER["Standard_Parallel_2",31.88333333333333],PARAMETER["Latitude_Of_Origin",29.66666666666667],UNIT["Foot_US",0.3048006096012192]] SAME_AS_INPUT
CalculateGeometryAttributes "Utilities\Water\Water Fitting\Valves" "Longitude_X POINT_X;Latitude_Y POINT_Y" # # PROJCS["NAD_1983_2011_StatePlane_Texas_Central_FIPS_4203_Ft_US",GEOGCS["GCS_NAD_1983_2011",DATUM["D_NAD_1983_2011",SPHEROID["GRS_1980",6378137.0,298.257222101]],PRIMEM["Greenwich",0.0],UNIT["Degree",0.0174532925199433]],PROJECTION["Lambert_Conformal_Conic"],PARAMETER["False_Easting",2296583.333333333],PARAMETER["False_Northing",9842500.0],PARAMETER["Central_Meridian",-100.3333333333333],PARAMETER["Standard_Parallel_1",30.11666666666667],PARAMETER["Standard_Parallel_2",31.88333333333333],PARAMETER["Latitude_Of_Origin",29.66666666666667],UNIT["Foot_US",0.3048006096012192]] SAME_AS_INPUT
CalculateGeometryAttributes "Utilities\Water\Water Fitting\Valves" "Longitude_X POINT_X;Latitude_Y POINT_Y" # # PROJCS["NAD_1983_2011_StatePlane_Texas_Central_FIPS_4203_Ft_US",GEOGCS["GCS_NAD_1983_2011",DATUM["D_NAD_1983_2011",SPHEROID["GRS_1980",6378137.0,298.257222101]],PRIMEM["Greenwich",0.0],UNIT["Degree",0.0174532925199433]],PROJECTION["Lambert_Conformal_Conic"],PARAMETER["False_Easting",2296583.333333333],PARAMETER["False_Northing",9842500.0],PARAMETER["Central_Meridian",-100.3333333333333],PARAMETER["Standard_Parallel_1",30.11666666666667],PARAMETER["Standard_Parallel_2",31.88333333333333],PARAMETER["Latitude_Of_Origin",29.66666666666667],UNIT["Foot_US",0.3048006096012192]] SAME_AS_INPUT
CalculateGeometryAttributes "Utilities\Water\Water Fitting\Valves" "Longitude_X POINT_X;Latitude_Y POINT_Y" # # PROJCS["NAD_1983_2011_StatePlane_Texas_Central_FIPS_4203_Ft_US",GEOGCS["GCS_NAD_1983_2011",DATUM["D_NAD_1983_2011",SPHEROID["GRS_1980",6378137.0,298.257222101]],PRIMEM["Greenwich",0.0],UNIT["Degree",0.0174532925199433]],PROJECTION["Lambert_Conformal_Conic"],PARAMETER["False_Easting",2296583.333333333],PARAMETER["False_Northing",9842500.0],PARAMETER["Central_Meridian",-100.3333333333333],PARAMETER["Standard_Parallel_1",30.11666666666667],PARAMETER["Standard_Parallel_2",31.88333333333333],PARAMETER["Latitude_Of_Origin",29.66666666666667],UNIT["Foot_US",0.3048006096012192]] SAME_AS_INPUT
CalculateGeometryAttributes "Utilities\Water\Water Fitting\Valves" "Longitude_X POINT_X;Latitude_Y POINT_Y" # # PROJCS["NAD_1983_2011_StatePlane_Texas_Central_FIPS_4203_Ft_US",GEOGCS["GCS_NAD_1983_2011",DATUM["D_NAD_1983_2011",SPHEROID["GRS_1980",6378137.0,298.257222101]],PRIMEM["Greenwich",0.0],UNIT["Degree",0.0174532925199433]],PROJECTION["Lambert_Conformal_Conic"],PARAMETER["False_Easting",2296583.333333333],PARAMETER["False_Northing",9842500.0],PARAMETER["Central_Meridian",-100.3333333333333],PARAMETER["Standard_Parallel_1",30.11666666666667],PARAMETER["Standard_Parallel_2",31.88333333333333],PARAMETER["Latitude_Of_Origin",29.66666666666667],UNIT["Foot_US",0.3048006096012192]] SAME_AS_INPUT
CalculateGeometryAttributes "Utilities\Water\Water Fitting\Valves" "Longitude_X POINT_X;Latitude_Y POINT_Y" # # PROJCS["NAD_1983_2011_StatePlane_Texas_Central_FIPS_4203_Ft_US",GEOGCS["GCS_NAD_1983_2011",DATUM["D_NAD_1983_2011",SPHEROID["GRS_1980",6378137.0,298.257222101]],PRIMEM["Greenwich",0.0],UNIT["Degree",0.0174532925199433]],PROJECTION["Lambert_Conformal_Conic"],PARAMETER["False_Easting",2296583.333333333],PARAMETER["False_Northing",9842500.0],PARAMETER["Central_Meridian",-100.3333333333333],PARAMETER["Standard_Parallel_1",30.11666666666667],PARAMETER["Standard_Parallel_2",31.88333333333333],PARAMETER["Latitude_Of_Origin",29.66666666666667],UNIT["Foot_US",0.3048006096012192]] DD
CalculateGeometryAttributes "Utilities\Water\Water Fitting\Valves" "Longitude_X POINT_X;Latitude_Y POINT_Y" # # PROJCS["NAD_1983_2011_StatePlane_Texas_Central_FIPS_4203_Ft_US",GEOGCS["GCS_NAD_1983_2011",DATUM["D_NAD_1983_2011",SPHEROID["GRS_1980",6378137.0,298.257222101]],PRIMEM["Greenwich",0.0],UNIT["Degree",0.0174532925199433]],PROJECTION["Lambert_Conformal_Conic"],PARAMETER["False_Easting",2296583.333333333],PARAMETER["False_Northing",9842500.0],PARAMETER["Central_Meridian",-100.3333333333333],PARAMETER["Standard_Parallel_1",30.11666666666667],PARAMETER["Standard_Parallel_2",31.88333333333333],PARAMETER["Latitude_Of_Origin",29.66666666666667],UNIT["Foot_US",0.3048006096012192]] DD
CalculateGeometryAttributes "Utilities\Water\Water Fitting\Valves" "Longitude_X POINT_X;Latitude_Y POINT_Y" # # PROJCS["NAD_1983_2011_StatePlane_Texas_Central_FIPS_4203_Ft_US",GEOGCS["GCS_NAD_1983_2011",DATUM["D_NAD_1983_2011",SPHEROID["GRS_1980",6378137.0,298.257222101]],PRIMEM["Greenwich",0.0],UNIT["Degree",0.0174532925199433]],PROJECTION["Lambert_Conformal_Conic"],PARAMETER["False_Easting",2296583.333333333],PARAMETER["False_Northing",9842500.0],PARAMETER["Central_Meridian",-100.3333333333333],PARAMETER["Standard_Parallel_1",30.11666666666667],PARAMETER["Standard_Parallel_2",31.88333333333333],PARAMETER["Latitude_Of_Origin",29.66666666666667],UNIT["Foot_US",0.3048006096012192]] DD
CalculateGeometryAttributes "Utilities\Water\Water Fitting\Valves" "Longitude_X POINT_X;Latitude_Y POINT_Y" # # PROJCS["NAD_1983_2011_StatePlane_Texas_Central_FIPS_4203_Ft_US",GEOGCS["GCS_NAD_1983_2011",DATUM["D_NAD_1983_2011",SPHEROID["GRS_1980",6378137.0,298.257222101]],PRIMEM["Greenwich",0.0],UNIT["Degree",0.0174532925199433]],PROJECTION["Lambert_Conformal_Conic"],PARAMETER["False_Easting",2296583.333333333],PARAMETER["False_Northing",9842500.0],PARAMETER["Central_Meridian",-100.3333333333333],PARAMETER["Standard_Parallel_1",30.11666666666667],PARAMETER["Standard_Parallel_2",31.88333333333333],PARAMETER["Latitude_Of_Origin",29.66666666666667],UNIT["Foot_US",0.3048006096012192]] DD
CalculateGeometryAttributes "Utilities\Water\Water Fitting\Valves" "Longitude_X POINT_X;Latitude_Y POINT_Y" # # PROJCS["NAD_1983_2011_StatePlane_Texas_Central_FIPS_4203_Ft_US",GEOGCS["GCS_NAD_1983_2011",DATUM["D_NAD_1983_2011",SPHEROID["GRS_1980",6378137.0,298.257222101]],PRIMEM["Greenwich",0.0],UNIT["Degree",0.0174532925199433]],PROJECTION["Lambert_Conformal_Conic"],PARAMETER["False_Easting",2296583.333333333],PARAMETER["False_Northing",9842500.0],PARAMETER["Central_Meridian",-100.3333333333333],PARAMETER["Standard_Parallel_1",30.11666666666667],PARAMETER["Standard_Parallel_2",31.88333333333333],PARAMETER["Latitude_Of_Origin",29.66666666666667],UNIT["Foot_US",0.3048006096012192]] DD
CalculateGeometryAttributes "Utilities\Water\Water Fitting\Valves" "Longitude_X POINT_X;Latitude_Y POINT_Y" # # PROJCS["NAD_1983_2011_StatePlane_Texas_Central_FIPS_4203_Ft_US",GEOGCS["GCS_NAD_1983_2011",DATUM["D_NAD_1983_2011",SPHEROID["GRS_1980",6378137.0,298.257222101]],PRIMEM["Greenwich",0.0],UNIT["Degree",0.0174532925199433]],PROJECTION["Lambert_Conformal_Conic"],PARAMETER["False_Easting",2296583.333333333],PARAMETER["False_Northing",9842500.0],PARAMETER["Central_Meridian",-100.3333333333333],PARAMETER["Standard_Parallel_1",30.11666666666667],PARAMETER["Standard_Parallel_2",31.88333333333333],PARAMETER["Latitude_Of_Origin",29.66666666666667],UNIT["Foot_US",0.3048006096012192]] DD
CalculateGeometryAttributes "Utilities\Water\Water Fitting\Valves" "Longitude_X POINT_X;Latitude_Y POINT_Y" # # PROJCS["NAD_1983_2011_StatePlane_Texas_Central_FIPS_4203_Ft_US",GEOGCS["GCS_NAD_1983_2011",DATUM["D_NAD_1983_2011",SPHEROID["GRS_1980",6378137.0,298.257222101]],PRIMEM["Greenwich",0.0],UNIT["Degree",0.0174532925199433]],PROJECTION["Lambert_Conformal_Conic"],PARAMETER["False_Easting",2296583.333333333],PARAMETER["False_Northing",9842500.0],PARAMETER["Central_Meridian",-100.3333333333333],PARAMETER["Standard_Parallel_1",30.11666666666667],PARAMETER["Standard_Parallel_2",31.88333333333333],PARAMETER["Latitude_Of_Origin",29.66666666666667],UNIT["Foot_US",0.3048006096012192]] DD
CalculateGeometryAttributes "Utilities\Water\Water Fitting\Valves" "Longitude_X POINT_X;Latitude_Y POINT_Y" # # PROJCS["NAD_1983_2011_StatePlane_Texas_Central_FIPS_4203_Ft_US",GEOGCS["GCS_NAD_1983_2011",DATUM["D_NAD_1983_2011",SPHEROID["GRS_1980",6378137.0,298.257222101]],PRIMEM["Greenwich",0.0],UNIT["Degree",0.0174532925199433]],PROJECTION["Lambert_Conformal_Conic"],PARAMETER["False_Easting",2296583.333333333],PARAMETER["False_Northing",9842500.0],PARAMETER["Central_Meridian",-100.3333333333333],PARAMETER["Standard_Parallel_1",30.11666666666667],PARAMETER["Standard_Parallel_2",31.88333333333333],PARAMETER["Latitude_Of_Origin",29.66666666666667],UNIT["Foot_US",0.3048006096012192]] DD
CalculateGeometryAttributes "Utilities\Water\Water Fitting\Valves" "Longitude_X POINT_X;Latitude_Y POINT_Y" # # PROJCS["NAD_1983_2011_StatePlane_Texas_Central_FIPS_4203_Ft_US",GEOGCS["GCS_NAD_1983_2011",DATUM["D_NAD_1983_2011",SPHEROID["GRS_1980",6378137.0,298.257222101]],PRIMEM["Greenwich",0.0],UNIT["Degree",0.0174532925199433]],PROJECTION["Lambert_Conformal_Conic"],PARAMETER["False_Easting",2296583.333333333],PARAMETER["False_Northing",9842500.0],PARAMETER["Central_Meridian",-100.3333333333333],PARAMETER["Standard_Parallel_1",30.11666666666667],PARAMETER["Standard_Parallel_2",31.88333333333333],PARAMETER["Latitude_Of_Origin",29.66666666666667],UNIT["Foot_US",0.3048006096012192]] DD
CalculateField "Water Utilities\ValveAll" EAMAssetID ""WAFVL0" & [WTR_FIX_NO]" VB #
CalculateField "Water Utilities\ValveAll" WTR_FIX_NO autoIncrement() PYTHON_9.3 "rec=0
def autoIncrement():
global rec
pStart = 121641190 #adjust start value, if req'd pInterval = 1 #adjust interval value, if req'd
if (rec == 0): rec = pStart else: rec = rec + pInterval return rec
"
CalculateField "Water Utilities\ValveAll" EAMAssetID ""WAFVL0" & [WTR_FIX_NO]" VB #
CalculateGeometryAttributes "Utilities\Water\Water Fitting\Valves" "Longitude_X POINT_X;Latitude_Y POINT_Y" # # PROJCS["NAD_1983_2011_StatePlane_Texas_Central_FIPS_4203_Ft_US",GEOGCS["GCS_NAD_1983_2011",DATUM["D_NAD_1983_2011",SPHEROID["GRS_1980",6378137.0,298.257222101]],PRIMEM["Greenwich",0.0],UNIT["Degree",0.0174532925199433]],PROJECTION["Lambert_Conformal_Conic"],PARAMETER["False_Easting",2296583.333333333],PARAMETER["False_Northing",9842500.0],PARAMETER["Central_Meridian",-100.3333333333333],PARAMETER["Standard_Parallel_1",30.11666666666667],PARAMETER["Standard_Parallel_2",31.88333333333333],PARAMETER["Latitude_Of_Origin",29.66666666666667],UNIT["Foot_US",0.3048006096012192]] DD
CalculateGeometryAttributes "Utilities\Water\Water Fitting\Valves" "Longitude_X POINT_X;Latitude_Y POINT_Y" # # PROJCS["NAD_1983_2011_StatePlane_Texas_Central_FIPS_4203_Ft_US",GEOGCS["GCS_NAD_1983_2011",DATUM["D_NAD_1983_2011",SPHEROID["GRS_1980",6378137.0,298.257222101]],PRIMEM["Greenwich",0.0],UNIT["Degree",0.0174532925199433]],PROJECTION["Lambert_Conformal_Conic"],PARAMETER["False_Easting",2296583.333333333],PARAMETER["False_Northing",9842500.0],PARAMETER["Central_Meridian",-100.3333333333333],PARAMETER["Standard_Parallel_1",30.11666666666667],PARAMETER["Standard_Parallel_2",31.88333333333333],PARAMETER["Latitude_Of_Origin",29.66666666666667],UNIT["Foot_US",0.3048006096012192]] DD
CalculateGeometryAttributes "Utilities\Water\Water Fitting\Valves" "Longitude_X POINT_X;Latitude_Y POINT_Y" # # PROJCS["NAD_1983_2011_StatePlane_Texas_Central_FIPS_4203_Ft_US",GEOGCS["GCS_NAD_1983_2011",DATUM["D_NAD_1983_2011",SPHEROID["GRS_1980",6378137.0,298.257222101]],PRIMEM["Greenwich",0.0],UNIT["Degree",0.0174532925199433]],PROJECTION["Lambert_Conformal_Conic"],PARAMETER["False_Easting",2296583.333333333],PARAMETER["False_Northing",9842500.0],PARAMETER["Central_Meridian",-100.3333333333333],PARAMETER["Standard_Parallel_1",30.11666666666667],PARAMETER["Standard_Parallel_2",31.88333333333333],PARAMETER["Latitude_Of_Origin",29.66666666666667],UNIT["Foot_US",0.3048006096012192]] DD
CalculateGeometryAttributes "Utilities\Water\Water Fitting\Valves" "Longitude_X POINT_X;Latitude_Y POINT_Y" # # PROJCS["NAD_1983_2011_StatePlane_Texas_Central_FIPS_4203_Ft_US",GEOGCS["GCS_NAD_1983_2011",DATUM["D_NAD_1983_2011",SPHEROID["GRS_1980",6378137.0,298.257222101]],PRIMEM["Greenwich",0.0],UNIT["Degree",0.0174532925199433]],PROJECTION["Lambert_Conformal_Conic"],PARAMETER["False_Easting",2296583.333333333],PARAMETER["False_Northing",9842500.0],PARAMETER["Central_Meridian",-100.3333333333333],PARAMETER["Standard_Parallel_1",30.11666666666667],PARAMETER["Standard_Parallel_2",31.88333333333333],PARAMETER["Latitude_Of_Origin",29.66666666666667],UNIT["Foot_US",0.3048006096012192]] DD
CalculateGeometryAttributes "Utilities\Water\Water Fitting\Valves" "Longitude_X POINT_X;Latitude_Y POINT_Y" # # PROJCS["NAD_1983_2011_StatePlane_Texas_Central_FIPS_4203_Ft_US",GEOGCS["GCS_NAD_1983_2011",DATUM["D_NAD_1983_2011",SPHEROID["GRS_1980",6378137.0,298.257222101]],PRIMEM["Greenwich",0.0],UNIT["Degree",0.0174532925199433]],PROJECTION["Lambert_Conformal_Conic"],PARAMETER["False_Easting",2296583.333333333],PARAMETER["False_Northing",9842500.0],PARAMETER["Central_Meridian",-100.3333333333333],PARAMETER["Standard_Parallel_1",30.11666666666667],PARAMETER["Standard_Parallel_2",31.88333333333333],PARAMETER["Latitude_Of_Origin",29.66666666666667],UNIT["Foot_US",0.3048006096012192]] DD
CalculateGeometryAttributes "Utilities\Water\Water Fitting\Valves" "Longitude_X POINT_X;Latitude_Y POINT_Y" # # PROJCS["NAD_1983_2011_StatePlane_Texas_Central_FIPS_4203_Ft_US",GEOGCS["GCS_NAD_1983_2011",DATUM["D_NAD_1983_2011",SPHEROID["GRS_1980",6378137.0,298.257222101]],PRIMEM["Greenwich",0.0],UNIT["Degree",0.0174532925199433]],PROJECTION["Lambert_Conformal_Conic"],PARAMETER["False_Easting",2296583.333333333],PARAMETER["False_Northing",9842500.0],PARAMETER["Central_Meridian",-100.3333333333333],PARAMETER["Standard_Parallel_1",30.11666666666667],PARAMETER["Standard_Parallel_2",31.88333333333333],PARAMETER["Latitude_Of_Origin",29.66666666666667],UNIT["Foot_US",0.3048006096012192]] DD
CalculateGeometryAttributes "Utilities\Water\Water Fitting\Valves" "Longitude_X POINT_X;Latitude_Y POINT_Y" # # PROJCS["NAD_1983_2011_StatePlane_Texas_Central_FIPS_4203_Ft_US",GEOGCS["GCS_NAD_1983_2011",DATUM["D_NAD_1983_2011",SPHEROID["GRS_1980",6378137.0,298.257222101]],PRIMEM["Greenwich",0.0],UNIT["Degree",0.0174532925199433]],PROJECTION["Lambert_Conformal_Conic"],PARAMETER["False_Easting",2296583.333333333],PARAMETER["False_Northing",9842500.0],PARAMETER["Central_Meridian",-100.3333333333333],PARAMETER["Standard_Parallel_1",30.11666666666667],PARAMETER["Standard_Parallel_2",31.88333333333333],PARAMETER["Latitude_Of_Origin",29.66666666666667],UNIT["Foot_US",0.3048006096012192]] DD
CalculateGeometryAttributes "Utilities\Water\Water Fitting\Valves" "Longitude_X POINT_X;Latitude_Y POINT_Y" # # PROJCS["NAD_1983_2011_StatePlane_Texas_Central_FIPS_4203_Ft_US",GEOGCS["GCS_NAD_1983_2011",DATUM["D_NAD_1983_2011",SPHEROID["GRS_1980",6378137.0,298.257222101]],PRIMEM["Greenwich",0.0],UNIT["Degree",0.0174532925199433]],PROJECTION["Lambert_Conformal_Conic"],PARAMETER["False_Easting",2296583.333333333],PARAMETER["False_Northing",9842500.0],PARAMETER["Central_Meridian",-100.3333333333333],PARAMETER["Standard_Parallel_1",30.11666666666667],PARAMETER["Standard_Parallel_2",31.88333333333333],PARAMETER["Latitude_Of_Origin",29.66666666666667],UNIT["Foot_US",0.3048006096012192]] DD
CalculateGeometryAttributes "Utilities\Water\Water Fitting\Valves" "Longitude_X POINT_X;Latitude_Y POINT_Y" # # PROJCS["NAD_1983_2011_StatePlane_Texas_Central_FIPS_4203_Ft_US",GEOGCS["GCS_NAD_1983_2011",DATUM["D_NAD_1983_2011",SPHEROID["GRS_1980",6378137.0,298.257222101]],PRIMEM["Greenwich",0.0],UNIT["Degree",0.0174532925199433]],PROJECTION["Lambert_Conformal_Conic"],PARAMETER["False_Easting",2296583.333333333],PARAMETER["False_Northing",9842500.0],PARAMETER["Central_Meridian",-100.3333333333333],PARAMETER["Standard_Parallel_1",30.11666666666667],PARAMETER["Standard_Parallel_2",31.88333333333333],PARAMETER["Latitude_Of_Origin",29.66666666666667],UNIT["Foot_US",0.3048006096012192]] DD
CalculateGeometryAttributes "Utilities\Water\Water Fitting\Valves" "Longitude_X POINT_X;Latitude_Y POINT_Y" # # PROJCS["NAD_1983_2011_StatePlane_Texas_Central_FIPS_4203_Ft_US",GEOGCS["GCS_NAD_1983_2011",DATUM["D_NAD_1983_2011",SPHEROID["GRS_1980",6378137.0,298.257222101]],PRIMEM["Greenwich",0.0],UNIT["Degree",0.0174532925199433]],PROJECTION["Lambert_Conformal_Conic"],PARAMETER["False_Easting",2296583.333333333],PARAMETER["False_Northing",9842500.0],PARAMETER["Central_Meridian",-100.3333333333333],PARAMETER["Standard_Parallel_1",30.11666666666667],PARAMETER["Standard_Parallel_2",31.88333333333333],PARAMETER["Latitude_Of_Origin",29.66666666666667],UNIT["Foot_US",0.3048006096012192]] DD
CalculateGeometryAttributes "Utilities\Water\Water Fitting\Valves" "Latitude_Y POINT_X;Latitude_Y POINT_Y" # # PROJCS["NAD_1983_2011_StatePlane_Texas_Central_FIPS_4203_Ft_US",GEOGCS["GCS_NAD_1983_2011",DATUM["D_NAD_1983_2011",SPHEROID["GRS_1980",6378137.0,298.257222101]],PRIMEM["Greenwich",0.0],UNIT["Degree",0.0174532925199433]],PROJECTION["Lambert_Conformal_Conic"],PARAMETER["False_Easting",2296583.333333333],PARAMETER["False_Northing",9842500.0],PARAMETER["Central_Meridian",-100.3333333333333],PARAMETER["Standard_Parallel_1",30.11666666666667],PARAMETER["Standard_Parallel_2",31.88333333333333],PARAMETER["Latitude_Of_Origin",29.66666666666667],UNIT["Foot_US",0.3048006096012192]] DD
CalculateGeometryAttributes "Utilities\Water\Water Fitting\Valves" "Longitude_X POINT_X;Latitude_Y POINT_Y" # # PROJCS["NAD_1983_2011_StatePlane_Texas_Central_FIPS_4203_Ft_US",GEOGCS["GCS_NAD_1983_2011",DATUM["D_NAD_1983_2011",SPHEROID["GRS_1980",6378137.0,298.257222101]],PRIMEM["Greenwich",0.0],UNIT["Degree",0.0174532925199433]],PROJECTION["Lambert_Conformal_Conic"],PARAMETER["False_Easting",2296583.333333333],PARAMETER["False_Northing",9842500.0],PARAMETER["Central_Meridian",-100.3333333333333],PARAMETER["Standard_Parallel_1",30.11666666666667],PARAMETER["Standard_Parallel_2",31.88333333333333],PARAMETER["Latitude_Of_Origin",29.66666666666667],UNIT["Foot_US",0.3048006096012192]] DD
Microsoft Windows 2000 Version 5.0 (Build 2195) Service Pack 2; ESRI ArcCatalog 8.3.0.800
en
A brief narrative summary of the data set. REQUIRED.
A summary of the intentions with which the data set was developed. REQUIRED.
The name of an organization or individual that developed the data set. REQUIRED.
The date when the data set is published or otherwise made available for release. REQUIRED
water_node
water_node
vector digital data
Server=ntgis; Service=5151; Database=gis; User=data; Version=sde.DEFAULT
The basis on which the time period of content information is determined. REQUIRED.
The year (and optionally month, or month and day) for which the data set corresponds to the ground. REQUIRED.
The frequency with which changes and additions are made to the data set after the initial data set is completed. REQUIRED.
-97.328031
-97.047010
31.795568
31.457433
3233461.030068
3317549.883779
10508834.788522
10629505.485979
Reference to a formally registered thesaurus or a similar authoritative source of theme keywords. REQUIRED.
Common-use word or phrase used to describe the subject of the data set. REQUIRED.
Restrictions and legal prerequisites for accessing the data set. REQUIRED.
Restrictions and legal prerequisites for using the data set after access is granted. REQUIRED.
Personal GeoDatabase Feature Class
en
FGDC Content Standards for Digital Geospatial Metadata
FGDC-STD-001-1998
local time
The person responsible for the metadata information. REQUIRED.
The organization responsible for the metadata information. REQUIRED.
The mailing and/or physical address for the organization or individual. REQUIRED.
The city of the address. REQUIRED.
The state or province of the address. REQUIRED.
The ZIP or other postal code of the address. REQUIRED.
The telephone number by which individuals can speak to the organization or individual. REQUIRED.
20040511
Vector
Simple
FALSE
0
TRUE
FALSE
GCS_North_American_1983
NAD_1983_StatePlane_Texas_Central_FIPS_4203_Feet
coordinate pair
survey feet
0.000128
0.000128
North American Datum of 1983
Geodetic Reference System 80
6378137.000000
298.257222
Explicit elevation coordinate included with horizontal coordinates
0.000010
DATA.UtilitiesWaterFixtureValveAll
Feature Class
0
OBJECTID
4
5
OID
OBJECTID
10
0
Internal feature number.
ESRI
Sequential unique whole numbers that are automatically generated.
Shape
8
5
Geometry
Shape
0
0
Feature geometry.
ESRI
Coordinates defining the features.
WTR_FIX_NO
4
5
Integer
Internal node number for the right polygon.
ESRI
Whole numbers that are automatically generated.
Fixture Number
10
0
INSTALL_DATE
255
5
String
Internal feature number.
ESRI
Sequential unique whole numbers that are automatically generated.
Water Fixture Type
0
0
EAMAssetID
GPS Date
Date
8
0
0
WaterFixtureType
NOTES
String
50
0
0
NOTES
30
5
String
User-defined feature number.
ESRI
PressurePlane
0
0
PressurePlane
FH Flow ID
SmallInteger
2
5
0
FLOW_ID
8
2
Date
Date Installed
0
0
INSTALL_DATE
72
10
String
Drawing Link
0
0
IMAGENAME
Dead End Flushing Code
SmallInteger
2
5
0
DEF_CD
Additional Notes
String
100
0
0
NOTES2
created_user
String
255
0
0
created_user
created_date
Date
8
0
0
created_date
last_edited_user
String
255
0
0
last_edited_user
last_edited_date
Date
8
0
0
last_edited_date
As-built
String
20
0
0
AS_BUILT
10
10
String
Wtr Fixture Size
0
0
WTRFIXSZ
Model
String
20
0
0
Model
GlobalID
GlobalID
38
0
0
GlobalID
Top Elevation
Double
8
38
8
Top_EL
Close Direction
String
10
0
0
Close_Dir
Longitude
Double
8
38
8
Longitude_X
Latitude
Double
8
38
8
Latitude_Y
EAM Asset ID
String
50
0
0
water.nat
Feature Class
37265
FID
4
5
OID
FID
0
0
Internal feature number.
ESRI
Sequential unique whole numbers that are automatically generated.
Shape
0
5
Geometry
Shape
0
0
Feature geometry.
ESRI
Coordinates defining the features.
ARC#
4
5
Binary
5
Area of feature in internal units squared.
ESRI
Positive real numbers that are automatically generated.
WATER#
4
5
Binary
Internal feature number.
ESRI
Sequential unique whole numbers that are automatically generated.
5
WATER-ID
4
5
Binary
User-defined feature number.
ESRI
Sequential unique whole numbers that are automatically generated.
DXF-LAYER
16
16
Character
User-defined feature number.
ESRI
DXF-ELEVATION
4
12
Float
3
DXF-ANGLE
4
12
Float
3
WTR_FIX_NO
7
7
Integer
WTR_FIX_TYPE
2
2
Integer
SYMBOL
3
3
Integer
INSTALL_DATE
8
10
Date
VALVE
8
8
Integer
WTRFIXNO
4
7
Binary
VALVE_SIZE
2
2
Integer
NOTES
50
50
Character
PAGE
4
4
Integer
WFN
3
3
Integer
WFT
2
2
Integer
water.tatasbuilt
Feature Class
19
FID
4
5
OID
FID
0
0
Internal feature number.
ESRI
Sequential unique whole numbers that are automatically generated.
Shape
0
5
Geometry
Shape
0
0
Feature geometry.
ESRI
Coordinates defining the features.
ASBUILT#
4
5
Binary
Internal feature number.
ESRI
Sequential unique whole numbers that are automatically generated.
ASBUILT-ID
4
5
Binary
User-defined feature number.
ESRI
Sequential unique whole numbers that are automatically generated.
WATER-ID
4
5
Binary
User-defined feature number.
ESRI
DXF-LAYER
16
16
Character
DXF-ELEVATION
4
12
Float
3
DXF-ANGLE
4
12
Float
3
WTR_FIX_NO
7
7
Integer
WTR_FIX_TYPE
2
2
Integer
SYMBOL
3
3
Integer
INSTALL_DATE
8
10
Date
VALVE
8
8
Integer
WTRFIXNO
4
7
Binary
VALVE_SIZE
2
2
Integer
NOTES
50
50
Character
PAGE
4
4
Integer
WFN
3
3
Integer
WFT
2
2
Integer
water.tatfh
Feature Class
5410
FID
4
5
OID
FID
0
0
Internal feature number.
ESRI
Sequential unique whole numbers that are automatically generated.
Shape
0
5
Geometry
Shape
0
0
Feature geometry.
ESRI
Coordinates defining the features.
FH#
4
5
Binary
Internal feature number.
ESRI
Sequential unique whole numbers that are automatically generated.
FH-ID
4
5
Binary
User-defined feature number.
ESRI
water.tatnum
Feature Class
7217
FID
4
5
OID
FID
0
0
Internal feature number.
ESRI
Sequential unique whole numbers that are automatically generated.
Shape
0
5
Geometry
Shape
0
0
Feature geometry.
ESRI
Coordinates defining the features.
NUM#
4
5
Binary
Internal feature number.
ESRI
Sequential unique whole numbers that are automatically generated.
NUM-ID
4
5
Binary
User-defined feature number.
ESRI
water.tatsize
Feature Class
445
FID
4
5
OID
FID
0
0
Internal feature number.
ESRI
Sequential unique whole numbers that are automatically generated.
Shape
0
5
Geometry
Shape
0
0
Feature geometry.
ESRI
Coordinates defining the features.
SIZE#
4
5
Binary
Internal feature number.
ESRI
Sequential unique whole numbers that are automatically generated.
SIZE-ID
4
5
Binary
User-defined feature number.
ESRI
water.tatvalve
Feature Class
6484
FID
4
5
OID
FID
0
0
Internal feature number.
ESRI
Sequential unique whole numbers that are automatically generated.
Shape
0
5
Geometry
Shape
0
0
Feature geometry.
ESRI
Coordinates defining the features.
VALVE#
4
5
Binary
Internal feature number.
ESRI
Sequential unique whole numbers that are automatically generated.
VALVE-ID
4
5
Binary
User-defined feature number.
ESRI
water.tatvalve
Feature Class
6484
FID
FID
OID
4
0
0
Internal feature number.
ESRI
Sequential unique whole numbers that are automatically generated.
Shape
Shape
Geometry
0
0
0
Feature geometry.
ESRI
Coordinates defining the features.
VALVE#
4
5
Binary
Internal feature number.
ESRI
Sequential unique whole numbers that are automatically generated.
VALVE-ID
4
5
Binary
User-defined feature number.
ESRI
ARC
No compression applied
19.888
19.888
Local area network
\\ENG1\GIS\DATA\facility\water\water
Downloadable Data
Microsoft Windows 10 Version 10.0 (Build 22621) ; Esri ArcGIS 13.1.3.41833
Water Valves
3233461.030068
3317549.883779
10629505.485979
10508834.788522
1
-97.328031
-97.04701
31.795568
31.457433
1
1
-180.000000
180.000000
89.128098
-5.247808
water
valves
utilities
CoW water valves entered into GIS via as-builts
ISO 19115 Geographic Information - Metadata
DIS_ESRI1.0
dataset
002
Server=ntgis; Service=5151; Database=gis; User=data; Version=sde.DEFAULT
ArcSDE Connection
Personal GeoDatabase Feature Class
Enterprise Geodatabase Feature Class
NAD_1983_StatePlane_Texas_Central_FIPS_4203_Feet
EPSG
8.2.10(10.3.1)
0
20231017
Dataset copied.
\\NTGIS\GIS\GISTransfer\WATER.mdb
20040519
Dataset copied.
\\1-01875\C\Documents and Settings\KathyC\Desktop\UTILITIES.mdb
20040608
Dataset copied.
\\Ntgis\gis\GISTransfer\UTILITIES.mdb
20041004
iVBORw0KGgoAAAANSUhEUgAAASwAAADICAYAAABS39xVAAAAAXNSR0IB2cksfwAAAAlwSFlzAAAO
xAAADsQBlSsOGwAAIABJREFUeJzMvXmTZEdyJ+aZlUddXX3fjbuBBgaDOTkiV1xbyUwm6q/9ujKT
iaZjKcpIcUkOhnPhBrrRJ/rurrsyU+a3e0S8zKwGhrNvplFVme/Fi/CIcP/5GYMnT+7OAAB6/RUA
mMF0MsE/YUa/T2E2w38z+9fr9aDf78N0yvcNBiPY2DgJKytDePnyKRwd7dM9+A96PZhNZzCdTu25
Xr/H7eD/8L5+D99u7QP+g/i+Pt1HnaTPpjCl57nP2GYf30WDwP/j/fwnvx/7j/f26RkcF/3EBuUX
+qzX53FrH6S/8pB9h2Ohf5MjmEyOaHx4T7+/AsPhCFYGA+4vvWDBpX3Q91KXe9KnHtGYqdODw6MD
ODw8gJWVFerrysoAhsMhNaH96iOt+kJ7eQ7/zyTlMQmZaMzcd7ordcnvWdjp4mZs1VthUuJ7ptwv
mWe8aC30+kJ7HiWuPf1bxxBpwi3jd/PJSu/BPoSutu6KtEh/E63icJ0aNgb6nvuS55rvVaoqRcrv
ta18j3wit3i/+GfPuuT38x7x8ei767nLn3CfcT/x77yf+rZmdOHwPg57oNEOrj2fU57L3CPpfzEX
vE9C33TMQnOiLe612Yzbhh4MjBnIpkW+NZPF3+/h5tBFjx2b8LqXl02nPCD8HBkXbqLp9Ihfihse
mcAKzze+lBbjDBsDmMKUOtCf4iYDYjpMQt8HvHil80RQHGAfIPRDRu6LgZtXavLvur/CduK+xPeF
iZC+R4Ias5pMYDKZ0O/MCJGxrcBwNKKf3owvMGKwvbCR/JbGomJGD7IIlPkx4+UFhl8zM+3RGBKT
isyqeekmaLMk/TRula52Ij/gv0LbymBkolr9sflQ+uD8IhON5LE54LFFNtNmSGEtzL0nsua8wdrz
Evps32P75c38wjyKSE3fkJlNauuRaeUZmFUUlCepoTivuS/5SWWojfYSreazPF2HKlyQB+CSxT0Q
tyPOp+7j2SysAvkucegw5rS3g2Ac8Ge64G1lyEaXzSNkpA2JfwliWlnp08ZRJIToYjobZHQkm2k2
OUo0I2YxncGkNyUmRiiJ+oFt8iLuz/T5ftqM0ykiPO6D/jMpFyR9lBy6UHSTmASfMWPAC5mUsTSj
k2+qGU4KMStkmDwJhqz6K7YM8AmaQEGoyNgjbREZ8eaTvhcSJi45XQxKT/3ZX8G5UOmnKIWJG9eA
cmT8H8ooZda2GPTexhqdy7TCfq8YvtF/yqSU98zCXJDUDHPnyEsYlOwIQ56yGbFNAwAidESqpXeT
cJC+2V6O6Ev+CrgtPD2XUzsuc9BaUCqzcm87fhsZW76fOp6AzRxI2Wv01VSI1kDy3y4UwhpFxiLM
qN1mHIjuwb7tEdzABFYqRBYYcmefZO9FikynMEEQ1e8D6i8B0kYpHTibUI+5eZgllYqkNioq68MU
F5XwOhrMygpCOVG3RA4IU/LNE96rEpkYQtkXvk/hZxP+qlqlfQ3SnlUnVEUZobTIZjDZwA6rgEdH
qAYi82B0iCrpYDBk5iHSX9vY291tqoX4PKp1yOwdCcZOZAUBmR2rrw6plU6G4HCj20YUlic6b5bW
4X06n4lueU12bxOVhq5auOoUYHKQwj41ipiY8RgzU6ZOdHSGZu2K4DTEZoLJ2QE/WapcjgRNRZ7G
qa93O5OrA51F5jeHj7Qv3V/Ohny2G+KBxlkwUvC5D2A+t8Foo4Gs4njDHi6bKb9o8KrUBIKX/grt
e9UGgKwpuj8jLSOKrLmtCxSca9escO+hSWRA+iduTrMv+TRnCebDdRkWOiQ6rOg+juKMH7G9qrTV
MOMuOKy0GRd6GG9FNIXV0fYQ7SDlujqaHBF6I/hqE8Ijs71BH05hMpkao8K/STXDsa6wHYmYVVpj
PTg4ODA7W+vCVz15/BAO9vdgf2+X2r946TX44tPfwlvX34eNEyd9ucmYcPMSgkbEScw6LJhk7+gQ
uoJImmu4cXWArrrNIJgNjSoiDbaHiBxZ0CDDDpur1yFwwhaNy8RscPjTbKbFoHxy7Q9F3d5fZwgZ
CRlXpMfVTuqqb0mfyAgy1WqSMz1q+1bAW85lC2YxKyYuvi8jOet8IUzjYyXipP/GPVA1qDQMgkds
0binCFXreytZrHs6jmHRSkNwMoDRsA/TlamrhNqgPqq6p6GdYAg32w3CpJ4jrB7ZvHCBogjTiSmk
cOi8DiCCRHonoQpcJWyYreZKkWtgfibcg3pEDDQQhcGaMzJ7f8HYCNmIzW4SUBWRA2HpygAGwyEh
JZ8bX/DIgOYK39mUmNXd2zdhdW0Ntl++gFOnz8Le3jYxQFNxBW3ZkHtganghcMP05t8jLymWZeci
aePOxjDMSZJvV+Rczi2vDWcsUR2KpgoVZNpDEqpktC/VFLXvTYQxipOkYED0kzQtR/PleGdhrbq9
0TnyHCrM+bx7FfgcF7dFNdPmrERfs/B3pNSiK23ATKf4Uu9lNXYz1hf7zzhr1AbExqrMOQqxFq0c
2eYVSn/1VwjFDRy3axdlESRvjaty0kOxv+CL+VOEg+qxmypHV3iYmIMvKv08euZ0Ikl1oo7KIlcy
kX5dMFib5GKBGP0cteG1IgRz70Xg9sioAA3riK6OxA4lZOvNiGEMhVmprC6VUvzu8OjQFoV6yJjh
rJA+vnXqLJw8dVaM9zN48eIp3Pjw57C6uuoyR7ycJXeqleD2gm3d5b8s8qItswXcIRMfSAtZ7Uhm
I0iPBvbpbfH6g8JuyUzJniCnCDMzkiX4EyWSaAvcD6EWL8a548xyv5AAqpalddalbjlda+yT/+C+
Ff2q5sO/74U1rCiwZinFFZFhmG/vV9HRknu69p/gdAIcut+FNsmeKuZjZWQKfFRIVa/uHAp/MZgc
TZi4ZOwmw1IwpDVwoSBlh+CC4NEF3x/UdiFZfCoJyf5Exnh5V0BCSgDl4QJcghDJbafeGREaksIw
tk9iBMnKAsjAjWogoSpFVvJ6ZMZ9RlZm8C46ogtnPB7TvxJq6wL49b/8M9x4/wNY29gwlW/zxBbd
QWhCvWGqMlu3xSNDnyssV+NvQx1oXUEAVWg88JMa0Lcu3aDJ+uxoM3oubUyZc+qGS5QKhni1gUU0
RzZpGbM6fcgwO5H1pXMchFjNjPLYoi21HL+rMRnpRHtLEiPFesgshVFHokFwXEQG0jJYg0kA0SRi
t5p73sdraCoAhPI5FYktzSGueVX93I48b63whFX0J/wRVISgDuQgDv9rQJ498bjZM7JpzKtqRvBw
jw6aAFPw2gVWwAZ39Bpy7BITm2GfMoHo4fJJlzituIPi1DmjL7/JhFVvZOGbiIvCvYXq2WN0NZ2w
jYSeJSM5G9gZWXmbaaICI6/tct61n/3yl9Xnqa0SYXh4GuO5AOddyqV1MOcqvi272fT6tZpxdBs/
061sU1fOX0AX9lF0/AhT7otZgPeVM24Hh37/YGUFpr0+TKZHPIeC9slzGxw4c8fSQjaq3syhhs5b
nkkJ4yEzia4vBQJChDhPDdmaGUBkmOCE1TaKvmeWqq/39goe5+/1ZgObD2tdGWkQHsmh0pr0OWuJ
3xPfpo6ayDDzyAas++tCYWlFxuXgAVKvShw8TQh63Fb6xpS4GddPjfuS95BjqDgmSZGQS5cSaWO7
7UUW8bbLA8IccYHo1AWdWIlq8WBhrVKA2nRCqhwFMBLTRvVxkJhVG7cq92tB+gWXDJyZD9PPaIkq
zlSRRA8OUT2dTilIVxe+GYOrPVev4vKene0d2txokzM1N8Fa/b2eAkXN3HZGdwmdh+lKi7lonsM3
WD3OHjyOzTJsEzy/+BlpHITae9AfDGkOjzD0hGiF9hIMLs5W5LmaR2IP2Q6W1aqwyeJAjQYsyInu
4qhR4Vwj78U9KXvdi5NR3Zcv++YYbs3aNCmIKJh5WNNgc5Duw5LZdCOvJIJqZmy7wvuDgouM7qYC
KupBD45ICDdC+sLUFvB/DMPRnsD3mqcwsX4PVQjO/DQB3HWXQOitjIGSWVvP8L1sy393fZlvFylB
bnONv5qRTckCQtFuJROwIgGhGl1e+v3yYm10o/MyzO9oOEiiCLMpXMScD9jXCQxgyJshNNVaipFi
5YWfotqL7zo6OiSXsS7C9fX1JKWXGViU4B7g6WsrYarYZNE8I3FXsWhzqJBD9S96rikAWf4WJxAu
vwEifkT1kwmNjTy6fc5AkF1lmy+FcJV9kg8i2zJhF5BiaR9CoUxjCGEZLLBZ4LCyopkXNRuK6Ciy
tlmzm+G+JJvnC53WbT7S0LrSylRK5caSCUJzhN+oKaMkZnG1eWrRq7C/AwxFsqLRKdyWXb7ZgxbA
Gwp+6TRFthPi8uBGh/iZBOx1dHuEQsj0zuQ9Eo5e2mdMamc4biNJRFF7XKCBcn+RFrhJkBFQgCb2
oY9BsYg6xgFVlRQvpJ6qU/qHbqrY88IJ0JKc5WwyqdgLa3dEL0sD26eNUApzuZ/tc+7y1nk+PDiA
yXhMqKt+OPwZRF/qfZirtH7KRdrg9eR17rMAoQ0hmx//xrcMSL7KmlIayGYil7osTnzXiiArtNEy
cmPmTI4hVBULA3LcmOVYXJxG5BWYMTmQBT0ps9KQn56GX6jAdF1QhWe9vvS3IPD1+dksraHkXU1c
aMEl784jC+FI0k+3e8U59iwQFgKOvjLd6vVfjZM60MHF0obnHxjPmSSpqw29LOni4hVmYV4/aUw9
ORwxLmpNfKd0rt5QRfyrBh2KutqE8CZNAhYQuB29iTmmJOYz4S9TY4ZsxMXfML4KkdW4oSKFXVYS
OgQDWsZBHHv6IHBPactobt5hteEgQ5Xbo0emAaq1CQc7NRLVbg8GK7C+sQGHh4cUhoFoRBEIbeiS
2GFunCnH7Z17kp028Wd+gu/1zuu7Fe1zrql4AwXxi7IV8kPVayXfW9BsDwZio1UzBscdyjoUE4hn
TSQcmDpJjCfRoZ7OhJfU45lby2E6C1BQdfUimg7CuePZLv7lQjtujmDMT+szd9HksIEAZdRuiNeH
mvu2s5MNjYA+CMyUhFZ8NodSkFpWXqVerzl3DNnQ41giEoeT1VoIngYdHeYYKspBCZl1/tIOIwPB
nEZZ2LZeVC2RdpUBqEHOHQQWkk/bAEMehiP0BIZYp9hwQYcWVM/IJIR0IjMoEGS4LSzfzCA1uZQ9
ub6huxYDz51KyBi8my+KJxsM7B3IvGIcW+uypVMZ94MvKQqyArXrjzZ200TyYAdFivVnaGyVEIaJ
qca00tQGK0xLmZM6R6gFCu7F1KTQdxWUsk4y03J7ovXLUBS3Wfaf0Y8HVWp/zDsqE5P2oE14xdaM
br5VQ9R/WE/50fhBNGeXV5sp81Zo7PnCoGXrPoR5UESJUjjZNn21mktG+UopcRuLuqTEoL3q40sC
7JSPXYpZ7oVUF8BI1JyVnQ2MTv5on8q948Veh1UUY1T+VIswNsRKegcjPzaoawIxXugdRbVBkQJ9
toIGdmYK9VRrlQlfeM2JJ+7AdLOooTLWpqRJDBAsguZ8WBr75lLW8F5Jx4JeFfEaFwqe0Whc7qT8
cMs9G8Jg9BUZBTY8dJbm1QUwMgfX0AUUIrR2xKA+63FSEpNd7ZWC/KhCBMdqZVsoJ9tHukebG6Vu
9XMUN3dJ7qeE/9zFUkiZkK0GGYZpc9EpdvLXCxydXZcCKTNuNTyL2v8YvpCcHzIEp0WxXqNEjJ53
82JH6VaDmWTKid9ZoQUGT/hzUBoMrStddBRuwYP2cgekyouXLqqJqY+N2BKdYPPe0b2SehKe57Uo
HDrCSCJelGi46CRKHaVxUAU0cRnbRWQxWl3l7yWxkj1K0WmQiVx5NLsEnGQCOFkXgGPD6BU+zost
iFUjTRFW43PntoVE7uZ8tpFhfatsfHu3x6/pU2xbyvbOueNufFZ2W8dJ6joW6yDPIdumeoDxf5Jx
YQ3INIRwHXVapGRq3WtkFC9RhLUWaO34l9qm8Wp1AsEChSBVxCWWwhqpzxE2hs67mNWsBATFlw2B
WqF7uy9EcZqm6N7YBu4SfsXo04K+CynEqHfmmljYQx4/2ABF4hn2IHW2BYqXMBBZGjH4VnDiZLw2
lqovEa+i2B60SkEMDywXgCGpxmaywYt+rHYzJ3rohdapsjIs+rvEgAW18OjwgLyBg9HIEQEuWvQG
mjpST5R10XatYQhHO/WUzdm1ISo6hgGER8yoqb+rw6JY+xVQLV+Vq3RU3Yh9aXc1BG4mpOsPpJCW
8kXz2q5I0tVRDfHQcAExNkhAsiFzQWTedfyd1w97t8J6i2hJvMPyIvtp8kTuV97GjEvfrYwx5E1G
+1CvI5iyxTvCPZooXUNuSKDCvy5vbAXmJWkYQEqOPmdZiYGu3kCp9SQTjfKOxv0eoRcFbmlj1jaD
+hjj4DDmzoisi1aZLYYVRELaVy7BHP4pvGbPE3FTxUylFKC2dRI8jqikc1SDkw5tElgGHlJ73IbB
rnFnWtwPVPdwUaML/1AMzRoywOpDyEkUAKm/+wQ07Gj0oTLPmOAdpEm1ZNzDqfjEwZSrN0hL9F3S
72LHocDI4Nkqr7BcAmPtvmoG0UiSLhmeLmybp5AyldoKbSxxVZuuDMAV5t6foY3KhRMG+yIfQ6Gj
ke66Jjw2CGnoAZcewe6vkuwe0xY4X1ZnB++WPFl1hFiQqDApyfPUuckbvIFgQx9szQXDt4tEb6G3
AAeXBLfWLbcvfu/7yO1zs64wxnxFzqZrWZxdcc9aNoIG04rgUHRlqp+u/7Cm4jjIidLRFUcM5cLN
wrYBcXGiQ+mWsGmzKucdrt6TOFc9z25AZ7hJZS1IRVBPkdg4ZGWiqodGWPyJ0dAcUzVJC4prMwVI
rBMnkrxUQ/OYC4YqDoDSWFkuBvY5uB3ANxHbAw1NykwyklSmHDXXZAnIrm59RdET4wew5BWrHDSC
UDPSar9rWaYV35mYb2LvoUpDmvcezDTnUIJRtdYaxddhE6QdOgFi7iyplmJKYFUzDsEtk2g/i6n1
loKmDhKraRU0iDSEiG5cU3CSFQKpAFo9I0wQEhWRs+A0O56BiDrpPK7B5rqJTTeqOnAWizOthDwF
OPhYI9OOQEnoor8H3kpxWIki0tEI3DK3zkTwNwlMJ4YlQXryXUrWTUq7B+Ilr2Spu0SByytMbFPT
HEslVRWUURDSozIwyLAGlieIPeIieippFfqXZU4iPUs65YnzodWlYIMMTwyaGWSRwCfvcvp5oUJC
jmKj45pDXB7HJKig4giz1a4XbWTdTCqP0WgTvjazgRCG0HKLdnHijsmo8vbNvVW6aMAo0YXsSJpk
zwUTrehj0TatH8keiJ/Fvznws3y9OHCCp1AFE6URUeB0FFJ8P5UlErWGvZ/l+vBMjco5I9Kqxe9n
DnzjbOU7yo9cGpsAdLqWt7na1oXl5u8DfZa/SLmH0XNULpvAxxHNeoEF7i8hrLYu3KBMIpuTMXlZ
ZhNY6Q0DoXPejTdXw9zIJA0K69iCLsseQDSiq1QV2xmNRcMhnFHpZj86PITDA4x8XqHkZJK6pBay
tzDjlGKY9ey3581K5kSGH2jVqYb58yUMpqKIUnVUnQJVhE+A7p0Ok7q3c77JAswYn3XMubmFpTSv
YkV1oa0klNqPKrq29SbqHf6tpX6052xb8iBmlknKsD0Y0ufc5yyuTFINpTO6el290WwDDokhsKdB
czoEVIdQmJLaig6CHqyAlGGSjdtRsDiBsppUs1aGbOczZQvZc+cTYgG0qXZVeGvhdGr2TOPghDFy
aSYFOrXN2tFrLTRWirFxeZn4QrNNzMeDMao1GoyRicAgRyhFfdxutGd687klSQJfaOp1wPdwHWnX
GSnhFcMSRP1DxhUPjUCGtTJg971ybvQWaupNJmLpis3w3aFMAOOmPmZoaFB80UqKiI7CMbR2ELbB
B17EktEtdd2erxjXvFSPQggZUne6G/IrRUpcgIVQ6xzuMRBXjB7XKwYo6ms5yFf6hkIsCA+8rIIp
feOHizgfVsaRo+htrYbBmB23qGDLDgEJlQkUQBW1LwIWPdds5+V7jX5NV2FUF9tEi7HqFZGrcJrY
q/r7zvg7o0O7pTT3hddT7bTVto7tFgiX0Kio89wvb4DjsGrcHEdRLLy4QXOsFL9acqVCpck4Nv/D
mm+KEAlnMo2JI5WZSRHMttNqtMaWpl2IEV0OyYgeQ/yMcwMRdTFjo9pYZpTlUaRI3xbTisi6obpk
z2CQe2WGfppk3VjsqWJtQCeT20H02psymiDqGmPq4gDLQK3MXEogVeV9FPNVRUUv8/YFYLW0weUN
Vqc98Z/8EAspLiKpxnB9Jdm8GvFuXT1mj3evySS5nyGfjlCEMkLT9+0+LW6Jh64o09JcTnX6+Phd
xVaRb0OetfeiDiYDp3ptNp4SWeSgI7HAKKO70HEQZTa1MSMipflVg6gwU3pBNA9xLmExuMqtHHXZ
uFn15ZkUHOfE9d3ZgCnh/rZAGs8lkBXQVADLqvpxFr6WYfX943FUHgyKkfds52IGOhyP7MAINmjL
QggbKGpki1SrCGUrvmbSy1MYZg1A78ZzRzeqhlCKU7SJRLd8VbWx6FvXgohrk2SLOBaaHMeXYGJo
cVE1GU98Jq/GSIXWJaTqEJExosSjyNUTrWTnE5iQCbDzhcesMUXhaC5ZitiKJixz026AV2bBsURa
5jtoIUGVIsGIZYn0fANBfXgPG/4xEYRDZ7iCgwtUQs9WSloQmx1Z1+AUM9/cywNWRcKFxChAh92q
85CqncT3u/ZQhkH5FiiS3wtvM43Z7GVuaOdHHUgoVxCGVUZKZcYRBxfHWyJIdelzCZlQLrkgREXg
wMUjhyVpEdyhKjH1H9OBS9fwARiaZsGMk1M52HCHxfe0RhK5WVPYRQkvYg/jYonwojHJtjEysSJD
K9GDlpbOvt2QQSClmjW4lWw1avuw003mBCC2AK7OlhiKU1x6TM6VrmjWk/Zfx5Mk5lLbprvOfZLk
xVeugrkcNxOa1FRT9cH7RWyCjeEUgyWpOhIBr/ELujFM9TR7l2/Y4FBMKg95tGKZb5kX3Tt0bqXY
HdWnqPcyM9P2tcoqOwQmswmFrfRX9N1S7QF0JiNtlqX+sowtpt65UHaWEcJ9ymDn9K7SyqaEa2gk
IixYM3IgEsfoCMukvzdU+A9cUpb7OfXXSUd1sjQtQrimBcCVUiK0bVHB5sgojYpFQBkxIImhkppH
Kidn8V45O1ClotbkiuiHCacb32YkoC1/xqkVOdOSV2DCJeUMfcl3ZsAlsvIxajheTTnqRIIRoaR7
9Ea1izU6F+lt0tJiMAx5qPRcMNTUgehKn/PA/O+CZhjFaY794Z9qLtB8Z2VG+rvSgLB2WDt6uC99
HxGaChi1gRl9vHOxjDMJTDmQmP2LbkbRI85UJdR5p1xaQmmSlC0eNrKD9TWqPsAIi9bPzD4xm6ah
XGcnxlsWaybc7eqo7PE5U5VUn7jdZc4coRcLIaQ65X/OH9phDeGTyDBcsjnYT68U4iEiIDtRbDu6
78NDGprAA9KFJrYo+izPBEunAawMuCh9Jr/+5luFD3WQwDX9TI8hqiCibEzta8PAlj8pv3dUWqFu
Y6LhcEkxLuI3qgbSd+rQEARBtd3tXmF4dJJO7noxmKJv9VLudAKEz32juuHaNkon54nv05tJAnWz
uPhOw2J5VlNbJmQKplUwcPYWiz0zlp8Or1VNKRppcgJvvL9OKm6OiQQMGtuDHS1kYhArUuYvaj73
1c/6tLAdUzVnvuaFnq2XR0ZmcsW4cd1jo3S1HorFIe+MDNpaaoAXTUlylOZ73LyRBd/h7qkjJyBy
uW1QV+n0N1doyn5m5TEtIDkwgCUpe97MyxSjvlO5DzfKUf0jNKrb0deKfDIzG1DVTS1yF9JGhPIM
0aVOvdovQnpPSdjURqhIqoNyVuS/FxFmPq8psNKZDKs1YcIM5isC4YedKXhfKSE3TLj2y6YlOl7n
6lh+3pvPXfvKIXNBl23qn3HFtrmgo+zWy1q/thafIGMrcMh19/VgEX1KGZfFTFEyQhAoKuGjrYbo
Hk53kfXIxfciNxUaykk+bo8Mmy+pS6LS2RFtocy1OpPw/NHgMaQYQjk2izIm7QDfKZs4qIR5j5ww
tHdiZkrXFCxxZUYSx5Npm+ej/LNwjBjtcqeitqPaYvLOi51ZeQ5FunPWu5pM4rbUDsZtl2nhBtQc
V4HeLIZ+wX0cKiUwb/A8P01S5qJ5QxrE0dGUyhLT5Fq6jUNqo4cyqLDw6HOtF69IjWJkWnKxgCmy
0OKijkXXHINnOs3bnEm4mcohaogXuwo/ZEHz2d/yuRvgLQ4ppMcEp1nVF8+viDPnmz7TwdGd9V9u
YUYqxuP0Ql8jpZG9kHTtq4u3FkBCbXY6+Tr28v7cdljLSVBF9Oh95PFF22bcVMUukI2TMyFKZBaw
taHMYg2L6qnMS9GieiH15zTtIa8ZzwwsVKBNXu8Cui5zpbSr6I3OTDgJ8LLtYFuNfCxT0M8BjWvb
+VVhPuBId5WahVKYzP0lk3LOGcGh2fopDobrabMHRjx8gfHgpWVfuJQtunixTO86nUyDuWF5curj
2MvUF+t3GIhuMJ5QrdiYsVGUJXGCkyQOalTTA1eh1DiL8oZZMdnhdGqV5taCTqB6w8zQHuahkwfU
HVSWYs/1SqbVasztH4r+UrOF3tvuTqVnLO7y4o/NJjZfLc3PR3Tvidoi7MRWRecfKuKSd+D65MDU
fvLu9vvZiaChNIa+Q1FH7zYWjfTj8XSDMYJmtVXtV9pmtNdOY2DqNJTZkeY4Tq9Bkzkf1buooHoT
uhXoKjzb6QAyGpSASFdniN+UfZyFKoZ4amJiUHXUyGquXedp9XCDGqUbQj1bfMy8oysN+iQDZPL2
YR8ADg726X3rGGdkbmiPgeFFotn6BTMoupYi6U3oobQqmUl+PBM6vKNDO6mmLRjq49SbkV+fsyPI
+Rke9YyoAAAgAElEQVSytZVR0kpXChjVyOiIMluLJr55CUaR8resQ+mWKJQMXQXY6KQp2cMPe0XQ
km0hXdwuJD5rAyYktE0eCyleiiBxjcm6NbKEChkUD9dDL5+k48i7IMVPZbtr0S0+CSgWHdBNqwUJ
LQhW9okVGOwHw7vvXd13fcyllLUeKNcUYg6lFtNe31KKeh9bjrRncOBvt1HqeotdCJ5nl5DtwNdc
wC/Wi7Z0jGk1ePMYmH2JJ04HgEQnw/sAI8rR6M3u3eiZscFgmAGmVkwmcHCApV/41BpUD+N2ZPew
Q+Qmhy+0FFNnG5vQ7lOOXwTIWlhHWvTueUyvlPeaPc6CWX3BKbxNppDCkB4/9+wBX7i2NGIQntnG
pP0OTBMXUvq2AdQS3eNIZbBhvy99UaCkxsXBjNNTME2FKtR2PqU6TuWx1ZGYHbBVPieqF3EskVDh
iilGlA6FUyhrI9pRtQntoXn0iuBP7ms43i7qKY10szhsSrOW/rDGopJXF7fY0GIxAE1pIbtb4xi6
PFofQP6lxIRVMAr3OcKbIrjc1nqEQTowz6Zxuqh5py4NUW5dMrrbDEgya7Q1UYJpX0pCBNe0bkRW
96RAnpzwgqV3J0eHMBys0ts0jih6BDWNAe/ng0sP6V5KkxFjO6dYRDVK+1mEHxgJi+xuJWTi1BF9
FOWX4z1hx84VQMasJrC7s0MfYIllSq5GOR1FSVJJ5gVPBftcOFQ0LgQzOqvkpVfNj7UpkX1ld0mI
oFBnUomVkqVlVTe/rQeH0wN4vvccbj+/SQibVZsZnFg9AZdPXIXxyqoc4lu3om0ZI8772mnVQcMW
+Mq5j9w2e6VDQzJeKq9Mqh4zW1UH9QW4XwwpqRpXovcYGBmEoDHARu13vlsxthqle/Y8xZOFEBPS
UqjIHQtNXS8dlPGudQi4siflc/qXMhQ/UCN+YDpCB13cYRc1jtynHM+FOSrJQ0aQl7wRKojYA5FU
EPNseC6fqoGToxnMBixVxuMNUfWwVjgSWLotRkQ0qqPtam9vl+qJI6oar67CcIDoij0j6AUyFBL0
3citmytdFkpbbyt0Y0PGUQK6YXsZNKef4YLBk2cwR9EieJXz61vq9LRqaXin4g7VSZF4HYvIVsbq
8URV35QBmes/LiONQQqxVg5nGgu/XHjQee0d7sAfHv4WToy24EcXfgIDPB1cnnu8+wh+9+Df4OqJ
a3DhxCVCXfV7AuM0cVswTEPUJRPz+LGSeznTcCoUwMJowbmm4qmT9hhRKbZwQrjHMTRTeBhL507s
U+p78oDHZNRsIshj6I6r0nuceZZVccPA4xXIHVaxzYy1VNwXCBA0hrr56iXWFZPadseA1T2tyunI
yiKHZYK80J2mKuQKn0pw/BvPglMGhkyJ87tw4rVIntRNpzPxDiynCgMjB8MRRwFPUYVAg+cRbSNk
AFbsL3gFeWvFlSaDVPUlDbm1s2Kd9GgXqqFwSdc4R0ifjY1NYsBxgtj4KreLwaPc/9E2VRokYy6l
7YUwrzZ2Y1rl3vQ/3OPbLlmi72cEJ+gu8H17VcGkInqI19H0CD6+98/w/vkfw8nVUyXZ4cz6WTi9
doaY1uH0kNDWsI+VPtKQOv7w/c/daTD4kthlbE/4uLrM1qI5q2xbwm1hJ/hQ5RgNWo7U8AbNfCJf
MT01hCVUOE2OpYCkYhT8zBee233KIE0XP+XgnEZ5qG0eEkwY6iVvHscVVlIGqPyt0FHDPgwtlYK0
DBFiqWp8Wvc6HfOlnUPE5G34CSRkf5DqnJiLxyk3jkY0BUbTZ/BCJI2fo3QajVY5v0pKgKjujpub
n+OWyEYl1UqVf1PFTUJy2FZEJo5WTB00CZxHnlWfgCiq2KVI6mIy5E+L+O84wVdPofEWKgCdI+Yd
xuVeRG9ndamq6+vI4DMiXqurjraMSiu1X81AXNJNzoKMpXG7YZR/nj25AF88/gzePH29Zlbx6V4P
Prz4Edx88jV88uj38O7ZGzDqjxe8U/dmHd3unfH70igK7rTAyVjBNgxaxlN8Yklu3JCc7qXMhXmR
2S2L5jQfMa8/8RCGKHj6XJkb8baZDw/vFS06pQdRELK8K0YWuxwurob0WWCLrz8P0iwocryGuwog
QJaw9p2qh8KskpSUXEKWHIiM0Dge9PBgOOQCeTwJxLSQubBVkqLGqYzvVM6LU2k9ncCTg6eAtQVW
0QCvKQ8xNSV01moEhX+8QPgkXzxQMwb6BvDQKeUrSgUDexsFz5MiLtXc8NtSOUM6k/eWf9N64nOK
eWddP6bJl13WyeT0DYvCTvauMPxIK11jnUyx/KpFF+9T6g/m0c2O4MnOI7hx7oP5L5BF+fqpN+H+
9j343f3f0jNrg/X5zKTL9hebLhFha6xpWMVNKhUoLksIqKheItIZUWeDvEbU27/Q34SSTVAws6FY
K/M8xpw+9ZbP5F3q8JLyQ8oklREWDgAdS2wzQ/IaJRWKRINovk5b61z7aZ8qWioXHn8ZKo7E1RQ1
AabCgI+a99KbyK9UP0cPjrRHL8R7D4hIbCzHezDiXCdMI9SR8ZANB2bwdO8xbA23YG24mlzMFD9C
aqfIeolgTxJD4mOorZgInSohxMHWhHWiOiG6t16HtNYrbACXIwExWSBf5DGZ2eH/yXirRsYoZY2H
e2mRCHIUVZQPRn6kC7geUw6DSMbjapxFXe7EBarXRwBi1+3n38LVk9c6iFijIezPpY3LsDnchN8/
+A28feZdODk+ldKv0vOzBXNUfj4r6GTrwu+NyL2rt3Fa2Q7LB7XqxTYuDdkJ6TcB3VnZZtvHhUA0
tTwjLdBVR2EOOAh3gunJZT74nOLFv4iHriz1FkcX51ifSRsmoqKukJJI6WImutBbYGg5UzfbvyQ1
h5MqiTGg126CNafYFkP2JN2actjmymBfzrDji/IGMbDNqiP4MfaWaJyQEKM2PS4du0N11+UIcbNp
YV9m2BeMeudqC2aBMMngUeWdG7CkpdmnCnfsUg87k+I1FMMe4uJKL6xnSidH3N70VRUvUCCr5AaP
fCQfk54Rg/QsZgKkl+TRZ/tCzHMoopqpMT15ObeBm/bO82/hr177jw0ahoXQkBqboxPws8u/Iqb1
bPwUrmxdg9EKnm7kBmJbjynDIbZZIFT5qJyW0m5So3TPEnA3fRinegUtGwFvD6VjyDOueaVaIYL7
NE21ttpAz4N8dSgzS5w2lC9CfxoRnEi76JvkvmWpEuPA5oWqqEc7jb7cNHlxpC9yAHaYu7B26B5U
H9M2kUY1KRoZFmaSW4Y5bgiyM3HUNd6gcU9MLPSSzKjMMKqFjCoQcWl9bayh7hICU276+D/0DIXj
udQ475IZK38OyeiOhvqjIz4gAkMDkJFpWEQ85ZcXYH0OXJrxwiMSUUPWkmqJ3zl7xUQmBBQWltEz
MDaqvxXSPCxOhfbELDMTQ1vCCItKA949Zhz2flmUTZyg40pfNtSg+GuwGSpTdclfiGP59f7Lu3B+
48IC4hW/hy6gJ/Gjiz+HW8++hj88+C3ZtdaGa1QiJt+uC19e7upAQ+1oYaXIuiOTq+lQ7k8dPjEe
nWvSFDiHlTUBtwHHdn3duC0yKnC5Dpo8ijdOI3Nxr6HZzqSmlqJzJQe1ZSej6/oXgS1pSNJyoEnF
3Qv7gi61EEs1b+PY3IhMLbmzMS31LRTtSCcH5IWTkiUcU8KqGYYWILLBBxHdcJkORFiYPiNRtWqT
IjVHuL9EziNKIi9hfwD7kz0Y94fBpc2Mhk/YlUqgYsyn5wjhMZMaj9fsAAkeKZfiqBdXLkWcvMfF
+i2no03c1ocJc8uvkREXsU2Sa4Zk0oA+v8lFvoHFoqulm5vva8S3Bxc9Mj7zpgYaVBtgMRXKYfCf
Uum1jsmamWfwqyefw3//+v8Ax7oKwYPjQbvW+Y2L8Ifv/g0ubV6Bs+sXYGhVQHjtYEjMeDSmU6Gz
clcOr2DfZXkmG0Ujwlo8XRzspoJWS5Owg8I0hRgzRd4xV9ETCwidsBzNAq3GMCCNq5pJDqGCBR+e
MJ4wTxyf18uOAdzT5vXMSc3cvs5xzNt0AZyyBNJYGgs5UTYITWVOirHUG6pkjUwsvg+1QDbySWVG
tFupLWmGdio5JBLVPYtHkaPBtY6PDJJPLeEUG94oPLgza2fgyd5jOOgfwACjmtWYTrYJRlJWt1wO
pUQ19GgyIeaI9+GBEZq+w+pfsdmLCVYUYIvQKkzGFbrEZjVyZ5mTwEFUn8Q4UAawWoCEMS65t3Sz
pwRbfxsiVTyejO2FMvYQh6PvUOkd1oVj6WIj8qsDlyi1xECqyINTjFYmEl03n30Nr598a2nattBM
HD0iq59d+gv48sln8Ojh7+Gt0+8I2urD82fP4W//9v+Ev/7r/wCnz5yG8Xg05x1Z4MQYphT5kHGu
27SUaWlSvdKBIspdwGB8nCUiazvBjhVtUSx8AxHMTKCbVdZ75AE9ZoKEq/XQ1hDtrqoVXuRZJ3OP
jpUyI3U4fghjIHzlnO4Q3lXcWrovo9sKsYUcXxubqMkxgDeFnIo6PfAqCgonhbjIOGIXyKbENdDN
dSuJlpz0yYnM7JLV8q4zWB2uwYOd+3A0PYQZ4EKTRS+MEetaYYyWlvEYCFPEvuzt71Kc1mCIzFPD
BXz4xhhCVG3J7FmFKgm+PLPyd3VNTnHZSs83aT+8WFs5lvpeve6/vEOM+/z6Ba5O2uEhi5uvZnv6
+6LOF1AvCk7l/vWb6b+7hzvwaPs7+NW1/zDnHR2Pz+kWMoDrZ2/A9sE2fP7oj3Bm/RycGp+Bf/nX
j2F3dxf++MdP4PLlS3Dt2jVYXVu1QM8a12TG0NL15nZFxh+/10qgmiGCv3PhPZdmPJ+h4oNDCf5+
VnYveqI19CQKGxfGPh5JedP9HIKh3fvIfWCPO1c1ZcbH1R78OQ8udofcMhNZ0mpZwiojVhqKl9WA
ke/vQSaE1I8SWKvqnT6IzAXRD5V+DYmhhMBW+qTKMWSVE5WJUGz3Ii3ddg93BlU9NN57+V8+wYY6
N2LCIso6OjyC8TiedRj2bChTqzXaM4WiWqWfd1G1sYLlmTnFfec8Fz8X9GWhHYU9o6sJsQl9cOEn
0Je8uy50wKoCO0lKoFahwzYnt68yT8z1ayrXOKqCk0P4/YN/gx9d/AiOdXWSNUtkvDZGG/CTS7+A
Oy++JcZ17tppmMAR7Ozuwscf/xt8/vmX8LOf/xTOnjkNo/HY1nIQYY33duykzvnIISNcolliCYvY
qci0KqN1gsG1hKHqHcUTPUNZoUy5DUHS2Qw8xGq1zqCpnhz0UxjTipZxkpPGVU2Lnu5lKsxWROtA
YJEx6pdkNpFk7mgXjPSisAYtvq/BnK1uuS7NNcX1jDzunBvsOUKdvX/4D4Mipr0JtedSzxc82h2G
/VEwRHsJGGSAuOjIm2gGeiVIZlyRDya1PinoOnslBedwinQFruKrsfG0yDUaU9DDCdZ6M/xDGwrh
HYq66GOeJGRUqs1Fgz17qb1kzNJCsMEgYzBt897iPj1SXcd389k3cG79PGwMN5ftRbNf82aCbcd9
uLb1OlzYuAifPfwETo9PQP/FAA52zsDOyx34v/+vv4PXXr8K7733Lpw6dYrrq03Ry+yHzlYAteRZ
Cwkp86mIk6LdA0PqyA205mOoQlsnlX7qEe9FRDwEg0fhRKLfkSmpZy9ULuX7RLORsy7RwUXAwk7/
cYDC65ifpYqokTQxHz3sr2w+aewtkx9B4ZN3lXbcmg/1MNLdT25RG4+76XOqABvjh4ykhGmxGu61
a6g07AqfeMu2MYWWXszPx8jHH+XkZI/+VtTFkxeheLkcfBNFz2H3VZGiqTxViym8PWaRdbZrln81
V8QgmKJstLM6HuuMj+/YOdiBIbr1k10kng4YDq40j27dLaW3Sk42zMf8Jkl8L2pMmT0w8PfSJv18
/zm82HsGP73yyw56V8SrP3MC2ChdpYtnE3JfBv0hvH/uQ9g92oEvx5/D8KgPGy/X5MjBHvzjP/4T
nD93Dt586w148eIlXL/+TohRi+Pr1LAzAQM3jRvVSBEizcsBZvUwVu9oxcLFNRLCNiT7YKarvZyj
stqInvAjub7TGMcYmJJGCPAxeHKSUoga0Pb1mDw/ADbjABUEBXXreVa+K7Y2BTHZ2x6D1r1xMrrT
GXfSQYKL7NxoBzVhQOhwJOeq5eBIyyjnmF0ywmsoAhr+0IY17XM8TRqtLYIyx0jRdywpkycoLgie
lgb0P/bOMYrGgacPfOnFgYRWTFLwmFS1tnLUtv7b6pW9p9cj1/6ljSswkKPJWOq58RulpAarRkdD
q//6Pc5fPEghRsTE4Ealf4ucSqmDyQF58f7i6l8tQfMFU1MAYOftsyZtcAhrw3X48cWfUoDyt4Nb
cOX0eTh6OoPt/R349ttvYXVtDT754ydw5cpl2Nzc7Ex5qlhNodnEHti95jfp1V7GEtxHh0hUr1jK
mgeQ92qGew5KZvZZkIX0z+Id0+t9T2LokdWTn+A65DvsFCYRZDMKUVIEKe1pYUKSdPG7AInSNJaB
ZZFwWfB0gTBr1vIP5eBj5pis07ItiYNInTThLLmeqHHDkQfNhW4acc02wwnVZ9fOwoujlzCEAayu
rIbzzOREkCRLdTeLJJJyNb5xShRTrPPg0u/eHLMlxH1Ld9A7PJ8wAljf9txP8tIgnS1AkMflkfGS
62dPRkjN49892oP10YYJFZav8f3FAp9VwCkwUN04HNzp3qwcVOrUkaOXChrp9zi+Lx59SnFSFrKy
lEzwQMRgT02bLRmiZdyGQCvDfw9Or52FU+PT8HTvCXw7uwWv/fgybD84BU+fPIbNrQ3Y3NgIGDas
7iDxDanba/2/Sh/daE3cnco216c1W+xVCBPx+dQ8UMHQsbhfsIP1ykM0PG4loCtNvXNbmoUcyd9c
mlzOTyTPP7+fDuuQYoYa9RiFrgpafY+PYjmsYEK+lA4NG18MTdJbrdaHQUNcyDNNh8gJvppugEY6
uyPYVKKuHfnG2nADHuw+gHFvBGsD9BTKwjGPRq7JrgsHL0qGLg4YiAs8DlKZIDPNhhjtJGGDytVH
/tL9/T2JERuLkyD3WfmY9yBIToPkmhgr5nzrewHDhcZKG4p9U0cDBk/LoZxEo3IBVXCB36vlmHOu
Fm8xZSK+MQKhe3l8D7Yf0C9n18/VZFwgMDJezXBGVftE/YIn863R08abGas/nFw7DTsH2/Dt4GsY
nx/A5cOLsHO0C6OVsbj5nQ8wInJiRYZj6F/nMHKqwNkMWYVBsArl+0rHkEMW1Guo9diFIUjxPd60
hpVAQyryvKpXPwimooCD77FQmYQYlQadSpHOcHoZrqkjCTPgMeBP1YTYwaOOhkozcnI2Lg318Jtc
W3PmnOgTNCdiWIdHh8QYMNq8XdYhLww7Hj4tKK1EqWUkAvMQRoahCYYGArpiTq5MTG1QfoBEilAX
AmW9t1TX5l0NDBpXX9zBlTLA1+SIU5cwBCOrq5FFOUT3zRcWW4gLU1U2utoZXe3A6hCTgItRhSRS
QkuywLhkT6gGEh6wFCApzVsiYyeLxIkR0y85oF97R7sUIPqr1zCEYRlU6+14cGj7FvUSZd2g0ZCc
KG6qg9lWerA5PgHvn/8I9g/34Nbzm/DZwz9S1Ygza2dhPBhTTNsKSMmiot9JBQttNpeOd8XQY32W
kq+tqLE4v3EPXYqMT8/rfc3Xmy5ULuPkpRTUpBoQZ5GoQV7ARugPn6eoFXRrNO8HqBgb6pqs/FVg
uHkttGisN/A/MrrzeDCVRkrANBZSDAhNNwQVpKuXXHZGQh1oUjxZ1FU9fkE0SvJx92U/SgnjV4b3
+dLEbLxKm1jVVoYn1YUVRXuHXiMpPk+TXRy+yf1OPTXU5SDZw/OVBref34JLm5dh2BukTaQGVX2W
qrbS+IqTdl3KiKFdX4+ObaajRa5bvlwcjdgOiiYRhX/y8Pdw4/wHC0ocd1+OZ7RpZz62eONi7Xpe
IBHWTvN6ad7X8WAV3jnzHqk5j3cewd0Xt4nZXjpxhfIWh4MR1eDqY00RE6a8f7EJ9ZUUUDQSqbi0
flbd6VKsJlChDqNynuesw16IPDcBE+GV3acAITMy/Ji8/lKNRU6/DBoAv1u/0yByfTcuKIsVa1Gi
8iIukGdB7vHzptDaLQP0+ilHjXyy8Xr3YAUolzshm81sIcGrQchJXKeNza2cnb7XMAY97SbuvTii
Bhm6+ObB/r4xreFoBCMsYRxLcBQPdglT/HSEz4+6o6qjFygDGG81ubb5AxMK+tnu4TZFdedI6SLG
Sn5Xr1/VZ6tEWssZjrL3zeM21LA7S0LMAB7tPCT16tTamdReYStu0zY0Gd4sCGCOdC4HVTA7IabR
KYE+iQ4/t3Ge1NfDowO4u30Hnj5/AgeTfcp73BiegPFwDIMe56+arbFrHHGcHQiwXpUVxLCx8H6R
ZGmyG3YoAuHKntOy8Fl4Z7VPPVmebVVcJoqzMJB55dmJhm88hJg1n5CqFNXW9PrsVqrWCEvMPDDR
8HTelHHq2h+g189d47pwC7dp6E7WV7NhMdIsBjfiA+jlwrQFi6jS76WMsMFa/CUErOarNGyX1zxu
L1G+WiVVN2hvPpdXVdcPnM3bLd/tbVSsXzcqnYAT2gmz6Po6txlpaYZYs2/ouLR9PU3FX+gCxVVo
M9LaUVT6Dmlvwv2LRtY4lMPZIXz+8BNSBSMiSv6H1qwUKMUPBilRUcn1OubawWMwE+QkYh2XLnYV
GcOVIbxx8k36Ej2mD7bvUXDuvjg4Tq+fIcY1GoxJYCKKxE1do/LGFfhHpH3ucGQsPgGcdyjlaexp
p9IshJyYUHefjrcT1MBIK+9gJA6/Q5k0o3FlIjmThUKZehiajMJe3qN2NUpL0pOFkr/al3k1pz5O
8yxGylD3HOvjfwdxY/IY6+Rag6n6qFYRDKFEvChUnROZEerFn1xlQ+hw2IfxipemyZBRNmk0QDuG
ncuqGjNjlzIolUjREDr/cauUFr5s70oroNfBACOj400WpUoVsk4lgxHFRK8h0zTmn+XHvd2aWWp9
7DL2p1zLbFMM9LE1x/j+m8dfwttnrgdV0MfURcJEgth124kBZYd1NleBSF97+ReqlGq01DWTN6mi
XfyJHuirW6+xzWY6hZeHL+Dh9ndwON2Hg6MDsndtjU9RQUFMMyP1MRyYsURP8ybtuNFWB3ns2KBN
lRTsHY7E+O+c4VGDiSglooDL1abivZp2N51wbTtCND2stOLCVIW3n5UTkvvDAJtzWANL7ZT3LblQ
JcYqxBFyieRYhCaalEqiGuNWn3l4s82Jd5jOPJR0nY3hBjzdfgbrg3UYF0Qt92ss7ZrUk3kSd87l
E8vt4MSUToPmTosyoPm9L37etJkT5ODHmE0f0I4a5SWYUwXDg5f3SH3hktHIdGcwW1EHRRcVVIK4
TGYnSBA69lVD8ov72v4UxKN02z3Yhud7z+Dt0++m8JFFgrzk9eXS5mXTMke0VBxnQmp3s35WRCk5
c6+hPmU0vTU6CVvjk0KDGeVH4mEZD7bvUiWKyyeu0YEaVliweKch96UEbNnTjKfyxojUkgICBQOI
WoOTvLZq+ngzeRjVUOwSvZozWrB2fS/YfkUwSDlnZZglTdML07t8R2hH+Hd/NgucPPYBo4L8IuXB
kR+lK/2tyMw7Vsft4EbjlB5FTpkjO2YsI3Y9cj0MKDGCViczY0PD4urqqhUMxLpbAuNg4bVYfMq4
/ew6D/UIDXR4fiI60OBB/IcG4vfOvs/5g3KMF0PnPMYKISUhm727PqByffl20SA8q56q7GE2g08f
/gHeP/9hYvY6l011KZT3sa3YYG5JXSzGV1+NTSGNtKfTSxiV40+ctPCG8z09UhHXhxtEg53Dbbj5
9GvYGW/D5RNXJI+w9c7lRuLv9iDMlsYTQ4cg7HRVN3UoWrUh77/iE63VH3mjoqfwbjrYV9Q9rkfH
32IcJjMzL8PM/eNiB1RJOHjI0/vNnhooEmLIFCUmT2pE+B6H1cLqzhaVlFkfbx347gPPa0c+l0A1
WvAzTLyUdotd58bp3jEWQUuk+7g8niTGey3XarsXAUnK38T4bR66j+wuDe72t3ROK1bqIbM0kbY5
HNkpMFdGTxn4dgy6wmztrXsfI3NxSpexNLGwIMDjvUfkcVstaq1ndSsNMi3Kqijbq4HlzrlpCV4X
Bks2WM5VRAjQg43RJrxz5l347NEnxMhOrZ0+ZoPzBq0MN6ep0CeaDAzBOVZ4dI28AqNnc2hl4Soe
i1Hfa8UPZI6nR1IJmO1XLIicX7AmJxqD2oiT1zKvB/qryCfkMeSMC5N6ItQHWeWKPz2fKQ4kD6xr
OzPTSZ2mlBAufZzdXK0rE8KvLobY/Xz31e53uajqu9pvzmbSsj2XgCpDyiVlHkV5Dp/i4pVcc6x8
dWbPwjKDmhY1PZN2UQ2KiMKQoWTqF3RHt/fv7/8GfnHlLwP1ZS6KpGsbW4Hoaty97LXcpq/XsXwq
pYdq4VHTat6rFR2iXfHN0+/Apw//CD9fbedOtphF+1IoEHUaoWBB2MScewFT6PdJxQ2nsxf08j0Z
cHV8V9B86H8UqLwCU0q1Q6SFVYT1JJjIK2Rfy5qNTgFDdMILfNRxQJHeur6k7UCHkE+RGQEzHEcA
TVRiGN8XcHWFVUIZ4vrc0ipAGkno6xLLP4qeqCOnJjvQZderGxvDPBzyPguyK5h/RKcuDApEJ+k4
owEe2oEVBoqNZTSPlGhIyJQwHEFzYUSyr2XGg2dQmQ8aodHY/M3TL+HKiWuwMd608wOZloF52WYI
dbyjF/EHudqNVSgxIvg2mMhN6jNVG/k+LERJp1cX6U2L+9x9KUPFfzFRWZONY/B0a7eqDbIKxUiC
dFasvXgMWS8hI4/IcU8hpe0V5xBEBsT3OkSrgm9lPc5HvLl+frKbG8OKEtkeK7mz/27fpcMfWrFj
L84AACAASURBVAsoMyw8BQXtAKPegJhXFTdSLajWSoufLbgiZ2qWwzjO1UZekc2ph81QRvWe8IHZ
HALjk4BadLNf3LhEHqwK+AZEpL8zRA9w28IkMok5By/YPaw9jXPJpXMUFd969g386tpfU1wYHjc/
2B1ReRdMPMYcQlujaiKQNtOWCrQ3TSQSsHsFFfR3ARnHwAcYzKlP00JXC+8Ly8fJS/RFpHU4QS/i
arUWfrgreP/SJ3ypWNQTu0tgYutDvnMVUvIZHeLIjeVZlHK3VXXg7ziPGL2JbNPSeY/J2fh/SgGz
ulySibCIWeGtkXFKdVXtiyGsKmK1UCHSwKq/S9ShPDerhOh9ubNzFzYGuNDHmSE2mVXrOu6yCEym
2WTx4oVM08dWXibdWgAgfqaJ35qpT7lnzkSe7j6m02KIqddvoQYePnwI6xsbsLa2Wjrupf8hQbqB
LCyJWB08YewxlOLuyztUVx0RxYnxFtw4/yE82X0MN59+BSfGJ+HcxgVYHaxaAq3x1SVtRy1RtOzl
KkejvR+ai6SlWkegz3/NvG87BLAZxwu1vV9KMIPOHa+NiD58ESMDpE69mWuS6WDmte7EvqqfkxWV
asXze7wEjccNagxXZJ4mHGMhRPlcnXHWToEsB6VaoduxddafkzbCzGiPiSvHGRF3aAYr/QG5hvkx
jnKNaKT2/sU3z7nmQf3mKMp3FO+rVn2LaflL3QSgfy/eJZWNggoRseEcY7B2jnboey5LjVCcs+qR
bFgW+L/8l7+H116/BjduvAej0ZAqaHAidj0k6ql1dzZX/kS1CitS3n1+G3559a+SfQwrI+Ax83j2
4FdPPoMLG1fg1OopCsjs4v9d07Po8+Pym2rfxr9LuXqcNaXMXDyoe0c7hLLKV3X3dzE7LvhT/rDR
GljsnafTZG2pHHApTSMXVkbRD7GE/r0m2U+tEkvQtgK6N1IZyudOokCmg0LKkAXrinvIY4qV59ny
PV4iOZ00E7iyPauQMdSbDjV+aooK+wkACi8+71AYnUqMkvunn/HzjpW2NLNqtduxkPIub77EN1Wj
oFrY+FU3U/kXnThJappiXtwEvtu5TykkGG19AnPeVsZ0evagP4IvvvoSLlw8Twzln//rv8B4dQyv
v/YaXLp8iSprltGrvQJRlePx5euLCD/D6G/Muav2i1S9RHsWprt8/vCP8Hz/CcUorWM1jnl2nVrr
7NzHGdPO+3bZBbDkvXEJthieVhFpeFuh85Gu0bSEJe6zYhojyuo11la0HYY6Yu5wSXfbyxiE6Qrx
NZnSfop4w4R+5D3cXOkQc1FVZk0osjKqaLkqQXkxU0Y9wPjZYCGfiAu7tXJSBnq5AqOdi0sGaymL
PNml16ykcGfnfuCL+2vmoVQ1oLG7ymPErO9F11s8L0hON0zO4GB6QIcsXD/zHlUaPZwckgq2ffCS
AhgPJ/swPr0GH775Pvxv/+vfwstnL+H0ydPw+PFj+FkP4OzZs7Aq9cwTY6hIF0VxEO3yJyI9TBT+
+ZVf6bnC9hg/yQ2O+iP48OJP4d6L2/Dl40/h2tYbsLWKgZUhYdv3BHSRs0Ri7RmvOGcxkgZkbLCM
TsaVM6Xacmw2o6KFWPF00eWPNzhP1xOhXEu0/2isE6jKklBYPZxaD4hv7tirUbAV/VIAx/sWKwEr
s8pDtDk0gS8M2Jhb7YAxB0NZlCA9wJdYdUvOmPPMYtChJjX7AlkkAbXP/DtWHqAzBunvjK7y0ipJ
f8xrGWEaiRreRyVYYt+a93kjJXopaZ6zZdTLEu4xeN2DR7sPqaYTHziBOZhDuLB5EQDwHy/i77bv
w+Pdh3D9F6/Ds/svYbI7g8ffPaGywJcvXaRywOfOnzd4rYcxuAQNjFZ+GEuS9fFw+x4xTlJHzR3t
lQG0v3pdOnEVTq2egU8e/gEuTi6RyjjsB5WpQ9gZjY498zUzqj9voOmoMTRQcNWh4mNU1zHqHc9J
XO5q4a4FtwfOTRtZ67j3nKnKl+GosLiLs/gvHR4lI3PBHAWoI60olGPGiJbU9nQnGWn0EGqzobqI
1v8id0FAVqV3veJKGIelt3iNhTx449SJ0bn9pSBNY2KymxLtHzsHL2GEWfE59KhjTl8RVS2zPiqN
wheXq3nt9ytDy6gzTpwbL1uhB8awpRFdUGhwf3cDI9zDac6hs8h8Lp64DBc3L8PB6QO4ffoWPH7x
CGajKew9O4Df/eEP8OC77+Bv/uZ/hu+++w7Go1W4ePG8Ia54aThGQjyyML559g384sp/5zlkSxAX
c+0+uvgz+OLJZ/Dy4AWpjBxoWpwJXDL0gvrlm34oXO2Sv/03fRahSeykXJPZFF7uv4DrZ27MfVfd
Z2cm83qoAk6N1nQCexQ3PalwEKBgRDoWwZ+ix+NcxzhArbHswZpR2zEje2EAN+3DGEwM9JSSRf6F
7RMLLpX70a7F2S96FmpmnJGSKawhyQB1EZudSj0iURGwuzsJ3zUx6Gm69fIWRQ2PAY20bMcqQG7u
7w8bxFN3tfNyyrS2rfbZN2S9/azn1pRnCJg8EU+KLhY+27HdsWirx1ioN0+9TSck3966CXce3YHT
l0/C6dXT1M7HH/+GirD9p//0H6meOZ4gg1IiVp3g9/lpRfjpi4PnVCvKSvuk8cxD1WzbeffMDbj3
4g588fhTeO3kW9QWIrV5WOPVZje3tHCVpBsavUgwof071nWba6Pr7GOr4fKyFeUoNumnPW+jIWQ7
F3NYhJXgsXLlZXf9wIqqx8IoyowNecxKLNdrRdVdg490ujyV4OsPrQJxJK/ag3XPeKS7lmZt6K+Z
6B0EtM86RJP8iQt6knIKeaMWlG30IVJrmcn/PlctDQv2IwzdGWqTTc3tnrK4ONkF82hErqdFJ/Ae
1cdrJ9+AS1tX4ZsnX9Jz396/BWfOnYGH9x/C//63/we8/fZbcPXqFbJxoVeRJZrXoXIQ3oMvHn0G
H1z40Aooxvia5nAKlIJ/orH+xOoWfPnoMzi/eYnU3NHKqC63PGd2nZ6LrkU47RiPly/27UHOkBf7
zywlp2sVLu7BonUr2k3wxnkaW09uqaGxIsbkWbOHfUAW4KurtfD8aYWV+JTtUDt5KJS60SqpAVHp
58xGOWLe8FioC2/noOpZjFSSSwqJatt2toDEYcU8rBSQ6EOcg0R6S0+KbzTsANcYmlJOYbE6Op73
hfUnRFytxduJDQJdgmRyCaL35WoWVaaXGLyxVLVXAWBJg0xFU10i6MqOipkhLjwh+bvtB/Bw4wFs
nluDrVNvwZeffk3exE8++RR+/rOfwjvvvE3J4OShjSn/M7TRHNDGxPMi8xiOTzdE0T+68BP4/PEn
8GL/OTExTCTmoGG+5wjPr5TFOW/jz5/x+aivcWu74QUNYBAtFi9879wHqanlxGet5jSvgpkbD2jU
uZ9JuFDyUMe2g8rYFTStNmlmkBlVeR+yZ9Be3ui72mfViE5t6BpTm5e23V8BrEOAn+gZA8zv/GT0
kkFTtQbvWjAgH1silPe3CMOzgbwSo4RHujnnvat3DGnaZDbH+L66OfeHfis/LqojEBy2FnL9dMVU
+mhK1QGgUAY1dItANW1YJ9SUskaxRFUtz61foNrlNwdfw9H0AG6svQMXL5+H+3cfwP379+GNN18P
Q8z0vvX8GzqoNCVkL0+06sKx4Aa//+IuxWyhF5FKE0vM1s1vbsLlK5epAmyKI1twdYvD5ZFWKf9a
YimtNtnM6Ahp6Rff/wqjCm5/5zi9jkWsezd+3u5VDLdxBKQgwrMgzGCu1UVLlVNpVtSgt7Qd8fil
sJ0QFKrMqCcBqbHLxH+iOcreVeYSBvhbc+MW0zoGEwuPn10/D09ePoTD/hZsjFZhUB0p3tF2UIvm
96v47jiMrJJARet2fBlR1tSkLOMb26ksZCdDjblcGLZw4/yPKCSAW8v+2EosaG2iZNRk1zcW2Hvr
zHV4efAcbsMtuHTqHFx54xKc2ToL62tYdjmGU7gq8XjnIbx15Z1kt1ya02f+m6iIjgL0HH75+HN4
PnxGTBUOAf7hH/4R3njzDXj3+nU4eXILRqNx81XtGa4UlsV97Ohz7HprGEgrrEhKjDYPLamN3+ei
pmTjlYwgdXkWGA1zm7TAWrYlvjeilcZCVy+iTXk8tcYfVc8endVgh1j4+qOTp7VIpnDcSNdoQ+VX
a5E+6XcMhYpMlqo1xIFSE374YpukS5F9zvczkrCf3P4Utvr7cO3CFVgZcBmVgGOK93UwglJEZihz
vG6n9v09xZT7XZZaEAvxl8wlvBjvsdLI2lDumOaEVd2tvCZFOEhZADGoi0hrPCEZwyUeTh7A/d3b
cGp2BtZG6xRDhcyRQyjQ2P6C7uc3lMiwFhPVH1lQFrKiR3FlyJDRIP/V48/h8PkU3n3/HfiXf/oY
Dg8OYWNjHd577z3Y2NygoFg8Rq0iRcecHI9ZZTd8fLq1+vDCg4AxTek1RJ+VEOuIUezEbJ3dsqR1
8s5FhkP2xJ54CKWyamwzSUOHJMJ3HFWVwQIxFUdvlmgJVUOjh5Ci3YPKSBzDGCUzK2OYci8fyNFr
HAsYK4y6zqp1vSz2K6DCQVlwofcKxVwKmi+UNKp74+kzWpbVaxl1ieljLMjG/i5+7UBVrZ4X6mkw
Rqo3L6YpxM3bcvRFlhh57dEE7VdDmaQIpfk/ZQyOqQrabkgIjLluqnqeWTtHFUwxABWrL9x7eZeO
vdoYnaBcwGF/QAb7t8+826xA0MLWaXhzJj0yLY3ZQtX3m8EXMDsF8NqTq/D1za+hN+vD/fsP4Kc/
/Qk8fPQIPvzwRzAY4NFw/uwc/N1B6XaPkvpUyMDWhd7B7f0XZJdTJFI+sHjtL+i1btR4XmdATBAi
0xPuNa6Ug15rxp7fb8s/nNTEt+m71XbqDCa8StZ4LOIn60367/GGmFpWrOuiX5nha9UQ/nwiUe4e
h9UUlwkIdg66QfOOy7k+Xni80v7+Phzh+X5DP7i1LZVe7Y1dE/Qqly2MoLUa0pLvOHa0YVSnm8OG
izq7SLHvdh7AmdUzlvCssDl5EctRFdVdoxHeAw1F7Mg7ccOh4Rsl38PtB/B87yncO9yBjdEGnYNI
p/SU76mQ4wKtO+wmk5ahHbwwD++9cz8i5Hfw4wO4cO0sbD/ag4f3H8Gvf/0xPH7yBDY3N+DixUuw
ubkOBwf7pC7G2J+MgRfNbnv9LhSu9J8Z7E/2YXW4Wo07tZ4+O76CiFRSFUtRSWQWeFmuXaysUNm2
qnR4v4KHMEUHBpClY1Za82k6qvYpesp/031abTS0wyW+PX4saiN+/kBWF7AddHCo3SvaUzl/onE5
uipG9L0uiTPq9+DC1gW4de8O7B2egdXVcbswdboKVUjtDs2dkh9prum567u2e2XvS2YUWi8sxWEV
KC9Hv/NSQTUIv8C1+WjnO3j33Pt0wGe9KSOk8kTEmD+WuJguF6p57nlhliMqC+nC5iX6HTfJJw9/
RweFLMvWW3cliR9vtAPB64k4u3YOTq+egdurt+D5qWdw7soZePloh5Lk//iHTyhO59KlC/DVl9/A
9XffgY2NDZPW7eu4Aq97bNoSRrej0+DqljgryjEmxNu1dudcNq2s7rXOzUz2rF5cYwXa0nvVqxz6
1EyuLt5R6TWhRIwmJVtcKIUqSHCrqIt8mo5oTRgY2mMnFN6D4UzoWFlZ8QOVRWmxvOPp9AiO5KBi
soVphWLpdzC6H4vES1wlWXTT8GdnN8/Dl7OvSXKp4ZjtWJFpaTthE4Zmm+rdnPFU97/i2nb1S+Ol
ou06SIUyNy2+vNeD27fv0LjPnD3Fi0IYTPbQuarA79bPhS5UR9s5N5skZHDCJMpiaOWAcYPgprxx
tq0ONsmmfDOM0Yz/qd863FgE0mdDpfBrJ9+Ag819Ojx2uLkCm2c24Ms/fgVnzp2G3/zmt/Dwu4ew
u7drauL6+nrH5LVVDn/nHLTYeszir55bOEO9qx1JvtIVY91KRmwfx2qdrVt4TcVKn/asc1MBDfzT
NAQ1cwREo7aoqCYmOSTMihkTn5VA9qrZCtFrcsThSlT0T/quM86MzSs3aNgOMmy0XeLZC7gmsQKJ
LqxZmUv4p7ly27aJLXp2RtyUSk/0MAVATp2u0EKxCONJBqnrHeNIxcoaXSyveQwwGAjVmsXM1g+J
TRn1WttdRUTo+q1b38Kdu/fg8pvn4ey1U3JselbEkmANCJPnetY8fcJVwZjPFRl/MVw5VkyriC57
RWW0Pt8sbuQuo7Q9TW2hmvjWafRsvoC7vdvw3q/ehtl4CsO1Abx74zp89ukX8PTpM7hy+RJcf/c6
jckZ17yWfdyZFwmTNwQdHA0hAR69g1is0J8rlkc1tmX2k+vSsQwMah/JIC2dsSmdxTnNjMxtX1UP
TZjFPupRYXmRufRNnkq3rFta4ExQk703OgzolGZ06oRj6cSPgPZqFNAUvBxO4UFURcxqZQX4gGc5
dizk3nYirCZxj3XVqlk07h0eHpHr/eXONhxsHsLKChb0K3WIJVb5vNsqYVvc3MmUiiEk164vJjpJ
JBZVU14Wji6LiZwxFu3w6IhseFhl4cyNDbhy6sdUvbOiYIEEFY0aKw/qgfK7pAlUC7W+kEHguXst
gswFouHL8p4IkutqHvmZ8kJHwLtn3yevJVaBOPPGFoymqzC4uQL37t+Fo8MjePL0GQyHA/irv/rL
Y8Vvta6IOPLnM/IO4pFrmP40//lXfbcLFGcQgVYLCyHOQqS5lmYpJ0RQZSqG133UGcvCYHYosaq8
D9O+okBk3oeMCBnvyD2GxHR4HzFzk9N3aI0wsiLGh0b1wUBOtfIiATFoNZyaM48qx5mShr4VDU3y
Axfbha2LlLi7d7ALq+NRqgZRX1FK1sbo/ESnlp76sNRITOCEk0JC+gMDpwI92ZFMIUiPKor6wrn9
7W1Y31gnF/5olU8ZNte1dUCRXERXYfsLysqhFdHsqYNtsx397dvn31BOYts7mJFHamEJ3q9Mdl4O
Ynw2fo91wDbPvgcvD7bhu5f34Pov34B3dt+EF4+24bu7D+Fg/0By0V6VYXX0OnQC1Rs8m1DDPeY8
9QrvDeKMjM3TdFqNeevC/PaMiahnzROXzVNImSsSK6jR4q1IeWE+piiHAGTvJjMOPuYrrDFhNBGA
aekoslGFE6HVQaDqvzJEO6yCBD8fx9dHoS3j0kh5dQDkeljVVMx+GHQV1ZaQ6IuF5i5snYcHz++R
Yc4SbfuL21vqAIr46PdfYXQxLFe47OVg0+vC4QHKzMoUGrz+KxXeG8Hr16/AqY0t8g56zaOa5AlQ
FoeOlpmM+Ry+xhiKdrcPtoMHLDCo4kCVOUSp+llexmDjcU+Ne+p2erA52oTNM+9SHaq7L76FyegQ
LqyehSGMYdqfwGSKh+PKWZNze9v9fa1AIbOake1qc3yiuu/VUVWMAXOvGv1lJxfpqtHDYp1B9VrF
9TLA9+hPLcGdLO3xsBCxHcm8+NgUNjtzQlXNmaWcph5UV0JN/cCsdG+EMCDdL2jrIpUwrAtGZWjv
0rSecm/xmAaL5dwPd8VUEuzUeDQiCKgJjtyLXjJmd7SUutub5+V7VWbVIEFyBIdsdEePLsksfSrc
ob9jieP19TV49uw5nL2xBW+cfZMiqDWXSt9Fz8npxjG2L208M3rLQkpS1OF814yi+zgjq4jw+O9K
uygam4eHZUuJYbUM2JzPYNxEwL9h8vQbp96G6ckJfHfiPjzbewp3nt+i2vLreIz8yojUag2EbfUo
vjEyDh1n0KAoNg6DXD+48OOmCG71dv6V91il/tlXIQzEvhIqCqrB+S6T040JyrxFNBSaTrmC9r5Q
YsbtCTJfGsQamA09oyEYgwEdmEKHr2raTaB3DP1BRqSHU0wEUVpcWUwHaiZjT5RhzQO7yzKvZZBY
+H7GauGwN4Ln2y9ga+0EjEfjoNoc431xd8Svu16/RPOucgXOoweL0jryU38yvsipESox9HvU+3/3
29/B9vYObG5tQH+lB+MVVge93pDbwGzTG9MKizMsrJRUGkObC4JEAy9eGE5xfuNCZcHpxNelE9e1
hO5NLQHaDPPjhogN1Ipr2Ve9Hzfqxc0rcGHzMqFDTCf6bvseqW34b02Yl1Y9zTRwTNNarWZrnM3s
/AEM6M3jKhfbvHUfR+VzFW1JuqnrskK9JlPpqxdPqp2Uqp4DqvLzzAS4H1LSJRR6ZPTE6l3bZiXV
E/Cg334PBgPOA9X7OIYsQBCpnqqCHIse4P+nk4mdGq7jpz6QtuXBp8ywuMUOo/v3VQPnXWEz93tw
6eRl+PrRV3BycwtGAzTULTYSt9pk+LyAGb3KsKiz4deiGENatgmyt2Nndnf34N69+zTOc6+dhrMn
zsrG8pIyziw7+pK+yyiv9VyxbNNTdwVB5OPn8xYrX9XpcV2Al9qZkY5s5k9NhMyOxkldHG1SJDpW
Uni2/xQebN+H02unYX24aagrHkfW6nVg93QTGoGREZ5bv5iQWLeN9dUut3c6sqDPFZQIc+fgTSBm
YAgEAzULj2KsXpfV+UIgKROymC0XcnxgKhrPmeZ6gCoKHRSwqPah+sZFIYUawc7kwsvVRZX9hiot
gJVVSQ0uVbsVlz4SO5wmWXczLB3gn0Y15KFwJzZXN8kTs39wIDlKXXWg5vcxQ9wO1FXduPjqeryU
kBk1REDtHyPBX25v08RgFPd04xAubV0mOB3DIdzIr4yv1aFlkWhbKZoFo3Ksv57vjVd2IpRfdV7S
TVc1yllzOhptbRsU6qkVPywnl1EXIkU8kgxtXQ93HsCdF9/CaGUIG8Mt2BxtCOrCvFVNts8djY6B
g+khZR/8/NJfLBjksloF97lEkTpyS03TdWSMLODMvto4vWR1FIq8bIpTvk1FM31QvHZs7I42KA1R
ODw8pNgqRVB0BB0avIdYDoY9eIrITOVL8YOZIeFlFW+p3x6mEEvXGMV0zYhRXoNgUatZMqzhh7yi
Po35hCz9pnAEU5hCf5Y9Xsu0U35sS7mLaS3RpE1zYSNoI58CgslnaQJxExwcwN/93d8TfL7y+kXo
j6d0irBVIA2NZ+Nq7NX3uIykIjnVcbDgEX3C9tKrvtyiTENjYX7yVGWG1H5pObk9s3VheebZ5gye
7z+Fp3tP4cnuQzKeU6XblTGdQlSGkeiFdHm5/5wO/lXEG9+4/KJqr2Gdb28llh2W96Q0FjdYg9Ss
ar/OtRf3/nm5b48B5Sj0uL4UVZFt6eiIvX1ob1oZwGDQN/sUZ9jMMT9EPhm7RiiKn7UcQzUlYHti
9I1eebxI1bRDXCsv4fGl9vEu7ZQPGDn41dOvw8ujZ1y+A5NLpePL4TvVUwpkVXy9zJVGb/MguKSA
11zsLNwcHQcdJY6fPXtGaAqTvg/He/DOqetcW6mQUO1p6BrgUqPhT2IMDvZn7ylsjU8lNXHWxQoi
tG+8qdXbVu89NTuejl3UfO/Ee5F9tt6SP8c+Y4I3phzhhkTUhTFV+D1+znW5Rubw0AsRPxvbP2qY
6Vvv7ep3Hrn20EFQHXBr9KdfsgDrhTi8yBFipoU+HNEqfxSSqlnHCswqBG1iUb3hWOKh+CAUfz9v
Co024D3qOYEpfKVgXBqmYf3X1UC13hCoSJhDod7yvlDmWjEsI2kxMT+UaqiKkhuJkYNePXcV/vnr
O7C9uwPrw3Xoz+pcqvZVsvHvgwC8h95yJH5MCGyooSHelVFLSDOSjt2794CkC8ZdwWhGEp9cuZLo
ahMe13gBFZdlVw2yVCPDoMw3T7+TvIR+b1YdqYcLXj6ffSz7VIc6GtS19lta7fl3qAqikf78xiXY
PnxJ9ik88AMRFzIvjLJHZIYU3j/a542bENhxmBR/3v6mEAWxUJ/bDrLqmEqyQGrH90lIlYlqpKKg
wsiudyCTQmaOP3EvYiVaRFU+AlnT3BF+s20F7qUiRrYaKMNR5qTPsCHfei8Mk8fOZ3Ei08ILae/r
3UEA/lqENXStxh+acXFXWCWZwf7+Luy93IOd8Q5MNjlkP270Y6uHpUA+dt90+n0h5RQXuc8i9+OE
htCHolt4CMTm5glYOzsk2xVG+vNNHH+ii6pUQ5IabT3M3/vU1lfJrPSzg8k+Bax2Xam9ovE4KxXj
Lh9spe2E/tQsZt7kLccGy3fEzY/ICoNS0QuI5aTvvLhNDOvU6klCvHiA7JUTV9vDWep9meKzOeE9
1bNRSw5n9aU0mYJEul7xw+Q1DGWKGeBokrJ63TB375AQFhrSx6trMBhg/l573+d8UGFkVMJbuRh/
mLqpMYEJWXG76kjg+zBRemKv9NOfc1B2hw3rFXf7Uo9JDpMNaAaD4QAunrwMu5MdSoYeihG63rhL
vPBV4VWnGlnUCTJx46hKj5mPnrZUKE0m88MffQA33r8Ov73/MVzYumSVRfUWZUZ8e6tEaXfHX0WU
4Ib13LOutjNSqNI+Wic5p6tQeVQ6WzutQODeEnPdUhnnMe8s+PAupD/WmceqFU93n1Cpm71DrhSB
tfFj3wQzZDUtCZBWf4pSQ2H5WB5fYgYhxFjNBIbyo4E8R4FTGICdNTmr7Ex2X/C2UfWECSKrKeX7
IbLC/D3un9puQ6fLKPmo8mm4hZbDESHlfuFIOfUESm5h6KeW19F7itTaVqR7a4LL3+dci26JUiGs
cDxF9vzWefj6xZdkP8hBpPrgMfhowckX9WVhM10wQm7IuKXRRgBcKNHxbEZNNE4xW6H1Lh7V/Lg5
lvmDQ48Q2gzRKD1eWSU7DlYgjSpGc1TRbt6i85yYXVu8dnTTcRhti6k5k2rd54yrSxpxT1ElxvLN
eGL1V0++gFMDrwkW76yY74Iee8R4axy6sGKOaQ6F0bpXboCHFD5AsU0Jp3rdd19PqQ43f0LGdS7h
gtrMeHWVEpWR8ZlAmnUgRl3LST3VV7gkQx6Kph29j4fCjDUleovHUINR6W1oU7MyO6Gej3wYhgAA
IABJREFUFtuwuiRVa0qOD5Crx4s/FDKePXcK9lbldOPZlNSlqphGcw9+j/4Ue63snmUvFAeh+pzW
NdGTyph62KOocjy1+frZ99kzqgsuHOldX85AOqnPMG7xfcoYe1g//iGcWD1JMUu4JDaGm2RTYw8a
xy7lVguURQvLD4Bt9slyLgVTBNteSdN2jzvWY6ewyepfY/RzGTkycazIyoekvgpUn4NCOu/KyMo+
Tegq3U6XqXfIzLQ6qFyWY0j1pWZA0VLRyI7JxpMJ/Y5lqEfjVQtczpzN4bAm2OQ6cPTfhBKZxJrV
EO5N5cHDOyTn0I6ds1djH9E8tMIeSnn2zxDWQN3JcoHg6RGcX78Id57dhFFvAOviLYzw+nsxpwX9
iJemB+nrysj1pLurS1pzoFSNTQCVW0RD7+Zoy07FcRVSPS1F15bq8/L0wf49evQYtrZOwN3n38J7
5z+gk5nRyPxs7zF50JBRbaD7f7hJpZNNbQ3QXxOxK/6q9LI/i7D4Tm67DLOSz0LYSJuhxbfPYzq5
bdzEO4fbNO4Y6pERWs6xnEvvghbxL4r8nmi982BGiDFV6ko0RlEIjxCcjGipXBcRkRFTkxdr7BaF
FA2HFbNyZCYHQwREpN8rJdxBVKu+FlcWnnefVSgrHk8FtxhEDhwlvoCxYcioVrgzxygv80NePnEG
XGczSqnA7uE/HZAfTnEMgVnC2paOVUKDuO8NNHmJDT2yO+ltsUh/0RAfECsQm0xdU7j38g68c/Y9
qp/O4y8lTjb0lxUOXC1pMS1YuFF3tnfg//m7v4ef/uwj2Bvsw6jPBvfxYEwetIubl0lFfLz7GJ7s
PqYTpPGk7tXBmkHzWUeoQ0Vq/atkxHbzshHuPi7dRPzOeWi09bmx2hq5iz3vzvNvaX662s1j6+h1
IERdDVdRe9GD0lgTGILVghIU1RMUE2MEMcWlR7XvvUKCZl0o0lJ7GB+yx/sKy5TTmQrScY0r1dy+
ZhdlTOV8azpZm0SRWflDJb72oHEtkeNBrbTP0N7dnpwfGsmUV4FxZaTosUC1hCoWziYw6LHxvXqm
YCzNKybiLctwTXz67x7kFiCudaWQiCp1G7ldT3afUBE4HFOawDQmLcXBZWjnR3a0uHWA5wU6QIn+
1VdfwaPHj+HJs6fQPye14/O6okRi/Ld7tAt3n9+mY+vPrp2HzfFmOlxVDattGrY/0OoDiTEvWG5t
O1Rr/C1GHplU94WbAe15mDSNzDm2XvGSRZVFu+SI/rnE1lJ0xTQOXEIu4Sls5KbUGT3yPWoCfNoy
/632MFfjKDBUo9a14Zhf0CQaf8jMsuyXrukgfK20kPxN4Mo9gzEMw1ZrOByWgQALfRoLHqTqHZl3
LQvZj3uJRUMGivlgmF7x5aPPYQArDM9pcjhn6fjXAhmexIQzDT+yNHpr88aLz6uKZPyszIaHHtx+
dhPeOv0u5UuqxOBm7U3xdtsYrey77vlyZhUvTLV4+uQp/Ou//hquXLkMF14/C4e9gyQpEz2gRwX9
3jnzLjzbfwL3XtyF3aMtivxeH21UCG7RzJSoJm09YWBdreRPlWbltxH2lq0tguGYnnRE6PfyiSuN
5/09Fa1q3rjwoq1pUEY/DOpRUWnUP8+sRX9DlfKIkuq5rLD+y+P3X43NSC6gvCD1Jwb3xmeZ4XQc
spIVVvc+SxOdpDFNJRv0dc+VQdjpINVmS3/qK6hW2OuVGecoTaNpVruyDLIqr3kLqfhcAZJKCnUB
q8pHaQW2aVSlicGVkj1vjIgD5/YnexTfQ2VfLVuf30HLAjPXrSSvRy77JGbGmxNMrefWi1K5wKOz
vvn6Jknha9euwoOde/DjSz+xgNGaGTrRTo5Pw4nRSfj2+U36d2nzCge8Np+tl0yJ+RQdmImlc6Xl
Cq3zr65QhrJlnbHglYMp5R7uHe7CqbUz9pgBga4t0AK3c66IeEuVMDn9oxPHPK6B5c9cyKVcwnjc
nAaaklMnp5fpiwdY9DDYZoP0lc88hIXaEoJ0zncUItJRXPsxGiAi+RZ9KcRB17s8G8mKSLIoL3Oc
64dgZrqUnfhofMdTgTGXazw9JK9VZ+5UXMu6E4rNu3Q3LJrXmY2eFsJN1Ym/tffH67fHXECs2XRh
8yKFMvAkyQLBH7Tvlbk11EAWawuo3a0OYf4iHnbx4sULeP311+H1N1+DL198Qgy0VAecsfgCw9+Q
OWGJYHQa3H5+k+xdmO6CBvqWotbsWsXcVQEJN6aYsHrMNX00O6BrqhvIKFzkKesBpexwiR1FQMVo
lkRP1YCLj/EbFBrlerbcQrOHBmakCCUIsJ6uNSsDE8eK9JC8vVDpk9/P65Iqe66wvYvrpwUVLJT3
ThRME1er9HlMwSBfqeQ6oEI1NIasp6rj2OqMlwVxWH/qK3ReFixOwMnxFtU3WsV0CbGbaCmL+U21
F4ovuGIxNZtzqROlF2/jGFDH92Z1J+vxugBf7D+DK1tXaePHfL44F67vx5XiqQ1pgxe1p1LvTZ3k
G58/fw6j4RBevtyG//yf/0e4v3eX0lOWS30KF57us36OzjT86vEXhErwbxQoXZfLjyV3fHWLs1Av
TOgpKEQRG2/YUUnNiHOujBizKw4IeW5srVFNsJ9f/pXdUbG5xBEX7Ys53ws31FNjjEHgd3YeYb8y
CWSNrUf3U0hMOPxBjwZjJleH4agnMDp60AOnzBIZW09KTUewRL1QuS32Vfs9UqrjRJ/oWMtU1INX
pf92NBi6p2bJceV1wv5sRne9XMejRUlGWdTHjyjHa4K1pLH8CRrfSx3iOFcJV7vgfAmibKUo6vBg
OZOKKvkj4gqlQQ6mB5T2QQX/jInpiPMmcFd23IBxo7ZVp3l/IvS/cvUqXLx0CfqDPjzYvgc/u/zL
FJVfN6DssdaZ0SiN5yd+8fhTOmnn3Np5OvYeZXpr1TjLKboW1YLmqnP0Xbfpqrr+zTJP64V3E0Q3
O9Yk+/Wvfw2nr5yEK29fLBj4D7v+M44thatvejU9uBDkuVCTVy8y71mj+F5AYaYeapUEy9PjeUdm
wMGanM9rkfPWv9jDuPdam0dYjKFdYbXRNiVMv57veKAqx2VhTqFXVg3Ik8MaWtsgwpI/NfPKsUuc
NjClukbfPP4ShhiTJSVYKpVvEeNqfd/FrGKPArqKRdXC0kooiiF1MGAaY+xRbBMeEc8F5LzOtXmC
ZODRXd2JJItSR/Xc5JCGvb09+Mf/75/g8qXL8OGPfwSP9x7CqbXTUkJYR1Oa9Z0xtlYA/o2xWe+e
/QBuPfuazhFEdVfjyyILosBSM9IGQgcZkKIeytVsIS3SL2H0VhZHor31yKhS9cixbf5+PFrum29u
wnA8gNnGEZ2JGCnYfb3KXnAh5MXyVHjliHFeEyGOz8jmRuhZrMIpl0aEMyIJ6rx52mJ3sGTMCsC0
JxU/mX6DolKCUqxi95XAd2GbwnScM7t3WM/ODM/q2jMHk33J3k87Dkz69mcKHI2Xb9SYkY5eQkzI
PJqhD4T/R1K898O+uv2BV2GMKoUZEGUzUfgBxWfF7AeDYDSmp3tP4J3T71n97cDLhDl5jW59Onto
4ufzBlALna+/vkmBoq+99hqFiaDR/EcXPhKDeZSf9btczjs7S633evDGqbfErvUtnFs/DydXT8JY
wgKQLk+ePKGTmjFPrbPbURUufjfGGY9Mk6DLpAKFZit1rtF7UgcfPIDeaAZvnrtGfX41L/ScK0yY
MyYPFNW38Wk0TE9SfaLAqug0DdUYYsHHwGSUQaXPo021pElxTJh95xZ2DxZlLEWioXhnY3FbbmMm
h6DGimAKuUXbmuKZpUf0O5ZjUtPIAob176EalhtGje+HcH7zEjx8cQ9GvRGs6aKqDOtFd78vQwvS
vWzbk7FbRqRKvldlk8l2ET7neQ/vEWlqrZRj0WcaqCfGQuNve/t78Plnn9NBoxjKgAXstsYnj3lY
akTa7QvtWGujDfjmyVewd7QDp9fQzrUOz54+h1//+mM4d+4cMcy1tTGsrSEzyyEgeaB5ZO6RDX/L
6SyGSBuu73kjQUP7o0cPacscDHbh2tZrRtt62mN/lt0LYbMn9U69v7Fuv1cUVXQV+5J0s1CxYRZP
d5aYqsjQnVkFR0Y8I5PaYXTFidSYliRVUuIVGC0x26hpNNFYRukxclZVxhpWty90TnAhwR70Dnsw
GrN9raMe1p/nirlJKE2wrO19mMLh7BDGMKbi9V22Em7gFV8cN5AJt1DPilaDO8J5z3kZ2LZUR2mE
5Yeloigdp8Sn5pbeMePBhUQtO2l2gQXDOZpM4IsvvoLHT57ARx/9GIZrQ/jmMRek89pXNePvFgV1
5l+80K6Fx7g/3L5PHlEMD7h18zadDvTxx7+BBw8ewLlzZ+HGjRu02TY3Ne0q7e2lrxKN+r4Ouqbd
EV41m8HTp0/h5s2bcASHcOWNi+TtjP7RSIlSBC23N7IoMYQY0GKALo0xxc+8Ra/xPvNKDj2MuXIt
QHF5WkamYloDpKrroRDxsFNtv2REymRV5aT+IMpdQYM4O8OM9kn+eunnFk6vIuNTv328yEyDSvjn
Y1B+5eL+5KrFZOGjQ1pQu3huHhVYw9Oh/wT9DRSLipJ/59ac5HKW7217hMJmqOq92H/haS1ZWEbN
Mb+8c19EdS1zt7ypAO7evQdffvkVjEYjuHDxPJ3ld/nEtQa6sm3UAdPzVaM6/wYX04UTl2BzdQtu
Pv0KjlYP4PV3X4Pd3+0StP/tb39Hp6tsv3wJv/jlLwzq56U8jy3WneH4NS5TYiVLOhAhfoohHp99
9hncuXsX1s6P4f3XftSBZlsiaAF1GqiRaKQoyr4TWqtaJyfQ2LcFE9N66maEn/F3dCBpCmbOQNXV
alGxlNFJ7iHZhshYz0UGKOA0hOIwQBP0JuiLnsO9KWE21K+VFl1i8HW3QK+ekiPEEFnhmrGxBCdC
41zCPw8DS/MtTGI6xZisc/DZziPYxyoCGuKwKPL9FVVDhe88sTmIT0VcGcKQcnHpP15/+vHuI6pm
OSBjtEcxq+QxQBl/pjHEOZkLv+w6PDygiPa11VX4i1/9Ep7tP4bpYAJnN87bxpg308vgiKZElJ+o
ur939gN4tP4Q7r+4Bz//jx/Brc/uADzuwbe3voXtnW04e+4cDFb6sLq2BpcvX8rMMgXMFq172kGl
li/qN9IeGdZ0MiNkcLRyCBdPXH4FRlT2q20eqKIpZrFumhjaxXZrbvsiAr4MP5zZGguMSr2EGhbQ
oW0TkyGvOxvZ2Wbsh/ZSXJb0gdPRXK3k+/iwYww60LEgA0sHnjaEeBh+MZaQJyidQNskzhHGYuKF
THIwHFK5ZlVXi0j3V9WpXuGqXhcNNJ5IiShrY7xBp5igAX7Yw+DLPwVTFUPh1ONkKmYSFqDOUR0H
5PWndw+34eLGJT6HzW4OqkuvTQ9Nuj7utb+/D48fPYYH9x/A9XffgfHmCA5me3D99A067CJSrURl
/uYuxSjYJlq0C43iQkQj/KnVM1Qb/eI7Z+HclTNw75v7cHbjLNnWkBaPHz+B/+Vv/idYW1+H1dUx
OVm6GUixGc3JofE8rfEUvez14OX2S3jy4gn89V/+ZeHYKLjLwqsLJsfl4pkRlMRsdiDPszMUg14x
CxatjegW4IlXYZKwy5iey02jmap1UlZGwyAIaWnUexC+hrmtljy3YYxxwvZA/BgZSgzJUQGU5K2Z
erhwoPYhqZ906AX2ix1ueG6pnRIk15/PS9hYV8mSIMmVGIeF6SCfP/qEgkixJAZ/H6Rb2VYTrRyj
M+lU53xbM+xAmGzRBEuyYG+RKKGFl7/jOIx5Bt98/Q3Zh0bjMZy7eAbubd+Gq1uvWUJvJsQiwjmD
qqRj8+31KDCU49rJ12Fv4wI83L4H4xNDWJkM4bvbj+DB3Qewvf0S/v7//Qe4eOE8XLx0Ed56601+
stexMpJaxRJ9ng8mjkmffbH9knIpr196t2NNtNm6t5Ug9YJLjeoGp2xtaVJ9TnTmd7SH1Dip1gOc
rC1DWYHpKDCzTAxdk5IK4x7EIic26gvK0CRgFDUEUhExNAKj54VpJRAcuk2IbDKFo8kRHOExYlIy
HP9pf6iY4HjcHb9WB47Om6B/v4s5uhq96RwgqtGEQZiKsrLc/wHeif+xBNPjjzlNkhBbfTkK902z
1JflB/LvrzC4O3fuwo0b78Ebb12D4ekVWB+vkwFcF0QMdm01XAJJf32ZNtPof7MlvrCu1msn34S9
oz3KYDjz+kmA0RRm/Rnsbu/AZ198AXfu3oM333yjnQwe2rUa4cXrMhqsL4y9+u7Bd3Cwvw+Dfi8w
8a5L2iqmaN479GZjPgWPiad7E5alY9s9oJjtWcUz0dogl4YARceiwiA1OehHePEWmrDqJ6WHOe1s
JqhWm/AKp9Eza7mrsm5R+9DgDK3H1ZtIfFcTiczg6PAIDg72Ld0NnzsUFRjVPj112scYHpfBYwmg
/wbCGsr3CWQOkgF1WlStvnz8OaWCUDVM5fbxrLuua4lNrxw8cp5YrMz0+7l7VCZbnscKo/ydbXsZ
Uz5pt2OJHvPqwdVrV+CzLz+H1XMjgtaXt675hjDKdis/+a2KdJnJyoFAnczU22oTaFYwLozZ2j3Y
gcHLPjEPDIXAQzHosNNCfdU38EYLQqBg8l0eVJyTe/fQEfElrG+tw6kzJxq9a1Ek/21rpHy0QYdc
rCAUqVNbljCwJkQsPHXKzPjyMI5U3SEmPhvT5N8ouNbUMI2cx3I0UoK413Z+JdNUDFqmcjV9ADx7
QTx4ZIyfshG/vAxhxWPGZFxqXEetIK0cU6D4RB0sMrl9uP3fQuBoeSl1tCIBr0IMDhgPVikdBBmB
nlb8fV7Bl09wzBafpQL/tbTtbjgi6yA1qClHWu3LxGVifPFb9b/45nGm98bbr8Po/AD2jnbhzTNv
y6k8C3s7/57STBP3dvhjcVvuOULGdXHzCpz72Xk65PTp3mNSF/CoeZxj/B6FEno1dQO0Sa/2HUZd
s8bx73gDbopPPvkUbt25DZO1A/jr639Z6y0FRVqiZOlrVjDZZEhnZkXHuwW7DjGpIAu0D65l+Nhi
J02tK9WncKyXoilERuQtJK8fM5dmAK52pEF0Uw3tbzbIq4ePbWO5j2gKWRkMYeWIzz50NZ0zFcgW
ht5QrOdl2j7TBXNWn+08hae7z2Bj48RxGda/r4qoHJ247OQILp+4CreefgWj3pCScOmeFLW9hBpV
MCtpRCQfw2Z1I+O3UgPNyr+k04u1vfpXIjYx1cB4c1mRFi3VjiAnnBiIUFWjfI93Ak8buvX0G1KZ
3znznlRjqFtfQJBuojVzyPhZH0niZgsnFulzdu0cpS5h/5/vPqHKCchosdghehwHeNBpH71EK+Ql
LlNAFNXVUdyiYokadOXKFdg72IXnwydwZu1smyJGisiA40R3rP0An/iuWBonMqtgZFfETiWLQlPp
ENSArqRfvVj0Tk5vjpHnSgc+jcZzLok5BKaC8YGswtVD4fGrUb9j10uZcKMXBbO6wykb3HkO0M6F
AaHqcFB0iLmMcclgO6j+be9vw6MXj+Dx8yewvnICzp2+UBbwm8eMXhnPvMIVMKhJoSnZrsbDNdid
7FFMFp70UiGfRd0smFU0AajahxPrG8NxMc4Pau9Wr7ra7nHD0hlG0jYGfC5Lv1gOZO4A7P7tg21K
Abr38i68hwdchFzBPLf1s8td5Qhb9acWMStnuq1AZ0RVqycuU3bDzuEO7B7uwJO9J4Se9GAM/InM
DE/PJnQgR3WtBBOBMha316GdZgU++OAGvPn26/Bv9/5Vcim1T8k4dLx1XpE0hCaoly6WXilUuRTp
rt8HFGUoMTCBni1HruRBCEkOckgVRqSCgzIe9lKiR29oYRQWdKsLbo5I0/d7aIVqDPqseCHx0AuK
zYrnE0rQJ6ba9Q8ToxoOR+RlVNJhP1GwPN17Bi92X8Dh/gTOjS7B1sYJmE0mx0FY/37Iyi9lVvz+
o8khXDpxmSqSjulklxXY3d2nSWAXqKtf9viCS0jL8TAUHMdlO+jNUUwk2F3aNtwwGfue0F8SVUmc
VP30iP9OitBv6EF9uf+CTuJZHa7DRxd/SsnIq8NVqsVeezqXQVP1+/TJ+Kku4vzdcm37s4pAsksd
7Vn4D5EQjhFtF2jfQtXx4OgAVodrhBCw3DRugiFVwxCjNqHilSovj9zxvSmsDCXfv5JyLdi8QJC3
hqs8K5y3p30z/mBopMz/k/+E6IQc+d6T3igD4zWmOXuK4DURXPNd9X60WalhPGaVWL86heocO7FG
3GvJG0r3iXYxjavj+LfhaEQqIDIpC4cQBnw4OYTne88JVT178RKunX4NLpy7AAcHe7C2vkqv/x4F
/P7UVwEtRf8fzIawOd4iw+3sYAY3v/oWTpw4AVeuXqbI7sqtmq5SiqjCrB6QRna7njgij5vqoyDQ
hGrdX5Io6Pr9/5l77y/JcuNMNNJ7U962G0tqKXFXR9r//8d33jmrfRKNOBzX0767vEtv3vkiEEAA
92ZW1cxQFMieqsq8BhcXCIT54gty4fdoE4+panzfzGfrDEhwkN9OrulscMYmFRa3oJ+L9OHmDR+T
FVp5Zl3euIfv7Dz9mzkEnPaaByWB9oQcSDQQO2Kc4aODExbOWGhi1+NrV2MPFbQLVAJfOYQWl1Kb
ucRzEWARKeODx+IxjxK0Jr6qNQFNonEsdEJl5Hg+hV7EjCEU8gU14gc/njP1Ih+eq/8nZqMbY7sR
GzM40OjFY5EBR2eGytHbeM0vkO+ZjCD+G2s0bYA6wPy7uLugq8E1VRZ1Ou48pSaqNpWImi2XPB+X
qv/v1uwyCYMLLQvc29+c/Jnev/tAL3/4ibrdHm1ubbrBSAdcJoodPH89e4zhbscu5H0B6lewfhMT
PbTqvYIC9drdWp/uJtfsixHqlfT5gsD0eAfnI4uiQuYMFJq9mw6YFBBCGzgr8KzrUV0I8+kmF5Ao
98vUqLSS/Mt0fMKz2L/WjNSKZRxM7Icv84Qvx+760ZOH4zHE7N+qNOWwZkiBgTkB3wc42qeLGYfb
1Z/En80ntua4N2V+mZkcVqT1U1rWBDlKOayC3y2K9uk11AQ0kWSTxepaPDISAVwyBbcKDsmmwG+W
CSN2NcTKvsuRZTC+42zLCKa8sQkzxlsoeUVW+ZmM0HTBEmw82HBOrk5pPJwy82utWKPNrb5EMZNX
9d9YYIWFFQC8gslazmec8nIyP6HBeEjT8xkn2nY6bcOgGHwCkRtTL2t2lrzFLC8s3WncxEnoUOQq
lFmwqCaMvLp+fSsjsKKd1DswlwmOINwf7JComzecDbgEF4Th8/5nUbl7bSi9Du3j4+0HBt2ifFp2
A8iO9kPeyEPaL9HEonSnRIBlrmo9AM6/WC3DPHQ5p/ZdI21pMeXK2/ET2esXHvlUZnMxvijFM3mj
1yYeG20ppi8KcyuQRoY7axVoUse9O99q/F7AGYiD3Z+yAij7TPkRQqMZwkfFfrPY5NarsMBUTcyM
aRrFxMZ7PRTzD1bIZnOHWp02tdtNDn5BWLkh8+fj/isE1j22+9+hBfYEiRiiht7r9mvqbXfp8uM1
vfrpFXU7HWo0G5lAngx4ns9Cvgufyd8xNMYWdwwvLpRQMnSQyV2BL4LpxqHsaEOPNTHXw3jfdDsh
tAJoUvgHxzqEz3HvGWsY9vh0LiKiirLrH2/f037nMAcomepN+VdKe5l/t/Ds+TNmlQMkueeqw1ae
nvdOA34v7zCfJ+fHXFYpJxlbMkm3SFfT1qjG5K5j2EL19uqnShOaM1fyDviwQr0JaSZOQUI5QXPj
D0KQKDt/U/MtG73Ljmg+5xxDDMYC/ATQk90vUTTUXiSYv95X5iIt0KqGkyGd353TycUpzWdLerr5
jLY6m1QuaxK4FVbxprJCYN03wf6rWqpXmt1sMaPPn3xB3Xab/vT//if9n3/7/2hjc4M+e/HCE+z7
BZSaXLlPmDfo8nlmkrmLqsNTQ9GqgtvoSPBZhGWS2dUiKhvRpiCgYP5Cq4LTGT6ZvfY+M3vez/0k
z/28/zm9vPyBWU/3O0dULWX9B3kmUZiEqfZpfy/c83vaVnynj80Wgykea5g5V5++zF1okemfIDKU
L9xX4DMSOWhIAlBNtef4joH/l13OxrQKQkqLkrhrGySmdTZHe57XnoIGHjjN0YyXSe9jOcK4Jb7f
eJCz+6UdW/e5v5sZS/zKNRBnM1qgkAWYHny6mjtYtbkEGoHvgam6vLukT5cnNBgOaaO6Rds729Ro
Io90tSTVZ8V1/s5FKB7aYtMQfYOWtdXYoovBGR2+OKDTT2f03Xff087ONvV6vUQBdVdJw7Km5FZ4
wYYbKLOHu5fN8tBMaK95x4PO0W2X4R6Kgtly4eGacDzihSIqBmE1mNyxfQ+Nar99QE1XQj2/Bb+I
fWIcD7Px5cX3dMHMERsMH0jPjce58MiNq/ALNrukbpQ5VTYBpZKOgaB5ffC7fPJ+o3665N3MVuU0
AS9orIrmJkfurQ1xXninwbQLCnVSjTXJfLD+UiNz7IsMnFfLMIetGcZYJrNZxapxvFHnLm1rOtrP
zD3gI0OED1rWdDqjGpPqRWn/idYvv8OviMK8t5MbOr25oOlgQS+2v6BOq0m1umDr0o08DkiFTv33
9WH5AUwlb0gcnc8mtN89osXBnI6eHdCbH95y/b2vf/NVSKJMFACbEhfvlsYbabaXcNfYYRjRgOgx
Oapwu9ph4QOTrGTQ2DhmPJ/QHCwUixlHvhC6x+8Iy8NHddBpO6xZ3uBoC9ulrAu/n/s+Pd/4jF5f
/USfbt+zf0vMw+y4BrNu1WYVGzzxZ+tabFjef3QASCrWZ/Xd3LXdI9s3lt6WLShFfXshY7Rbft9h
gfgNwkaOdSE5f5EXME4j84IqEVIpKZ56tQFxiD6Ptr2wydnHJN8td4aleOHj1Jo34066AAAgAElE
QVRIzaq0uVzAufRBAZyKWmcz17OQSjAKUAQkL0NhWCyB6QoUNfzDFJ0QpPqYbie3NJgPed59sfsV
TbsTajYQAVTNNI5W+g0np8v/fQWWXz/xVJVMcZnMMJ3alRbVa03aO96ls4/n9Kc//ZmFFRJpbea3
mjcZM1CdlV7Dl8ls0ynckfGkTZwBmpMlLCJyNNYazLifrl5St95n5+LMpRZBMKHA6ng6Zmdws9Jg
IYUipVzvL5poWV0v/SzV7mzDpEKhBZiHcMQjEpP6wOxVrKH18JaqSg85P+ysujR1wnvSuoS6Jx77
5Hntata/ow06RPLiXM7YF5nRqnN6HUxXvW7Ok63SiCNzMJ+b3d/ddHPptQ4rAAN1cTQc0fTIZiMw
SHMxD2R5hQLVa3UWfhBGoCoCMl3WkPSD+akgsGYzwU1Np4yBFD6uWIBP1Z0xG7AZjlqWrUqL6aLq
wMLlDWp2iH65wNIBhgTm8kD3+FMefuGHbtYKhpJ+zGZjOuwe08v5j1RtV2hwMWQCu1YLXOaHEU+1
TCL/IFKZdkXmrJHzRmNyQNAEM8TAOR+Clt1Kw+soVXY9uuLIHqY1nOj4hwsCX9RuddnsE9yQ6avX
loyanzccGRHltK3kcwgt+LReXf3Ipb426lt8/4e/P2vG5AnRcMyKVRMJ4BhG4c7V3dbDRWw6S0jm
ze0bk+IlCHyzYEVLKnJK1930ljrwBXozRlNg4n1ScU7W5PN9s0IwQpivXm2qQAT2jqCpqunLV3TP
Yd0Ugc2hkNH2rOCLEOhGwHklzSREj0dwoktSNL4E+SOQ51PN+YuSq+UwrHk43JXTajqZUKlcoiJo
YhSq4LSq0XxEnXqPMYIYz9l0vMJqss2+hV8osDRRERIW2A90HBGDX0Vo5V1ixbpQc0uxNxiq37z4
B3bAv/zTK/r07oTpSsBs2WjAZ6NTM764jxL7RWL2IAfIgxYHweNfHFRgrV6iZoab9DgW/eFzFlMm
HcTv0JiuRpfUrfeoV+tzHT9xgAcTctWQpAZb2iKdJrtSk3Er0NP+CzYN4YiHptc1jKj594ht6jzt
K92981t8/fg6Oed5VLjRhqJNJb5aOoZ2Surv2BBgEn+4eU/trW5iLzpR566DbafI2jbSW+Ix9M/K
3nk9x/TTQA8iXdMsVmeBBiGYGYAQweT+uOyLooPHsKDhCeysjflc8INaozGCHJgCqO6+MOuwjoW9
IaTv4D74jlNpynIvrwGyMCw6gLZoWNPZxDE/lDiPFQEi+KtAW3PUf0a1QpVm84nJh1z71uMJkGrP
wel+/+lo6CAeRhs/cAnsgKXHaUmPbd40jC+ufo7ZbEp73X0aLQY0/QxMDiU6Oz2ji4tzqlT2eOBj
BHyydKBpucohk5mYaHB+A3wI9XiuFUZY/ZZnxWK3ADjMHZynl2XKlGqLk5APuodUBoeX9WO4XUu5
tnMrlqzdi9YP9GqNrMBMCQCUgg0Ujv5OrcOFa8M102vnvVirY9g7rp5Lq4Ra2E7U9snvivU/ek3M
VIXOM3Hte4aW2aq26NXlSyfkbMBEhIOydoReqgmlWmF4ztSk83c0vsrQFdNzV/XGamxWEMYmqdkm
CsFetf41EXyO8YBr+CUTxxdQce+LFQ9UpHHPVUTaTtmj0HU9l0uYs2JVxA51+Q3nlMuyNuBQR44v
Csb0Gpu0UeuzUjNdjmOlynUqfspYS4winstfoGGlmhRHDCDZ9QZ/C2GVuWZQob2PAwjn6ZiOuk9p
vDeiyXBC5+8v6Ifvf6TxaEKHR4dUq9mQ/jL6AdUVqi0wU/ArTVlIQSAV2VyDv0eBn76CszP98Oo4
850kKZcZGvzlswDTVcLJ//TvyS7vxwkQesA3MAchVN9cvWQw6sZ8yilPzDW28irrPl+n5qe9yBcs
QYC4wpueUFHPjxNHwmLWsTKLym9ycRe09Dl8LJGv0Jhjgmsyp0VIfPer0mnbJ+NfNM3GCLHIKo5Z
O9j/U/T2WvDhWTPUkfWh+e8hmDyqXDVMB/kxyqjHQZnGAqpc5ufEXKxWKyx8NGujVq87ChpbnFbH
h8IneNQy0XA6pNFsTPVqi/abx4Tc59lsYu+4djIGq02eB8VJlFk40m4fm0sIhxtjMExkAzdiX1YO
VcXfuqnQEgf8jCqlMm20tmmyP6bR3ZjevHzLhUS7vS7VqpuZgYLqCo0KPg0IK3wPk22z0aJauWZK
YkV3Nb8HgcTEcpikxmqRnU79EbYIRdCg7CXjd5kaUPcJhOwV7mswS19sfMHob/i1AKeAptWuAkKh
kzVPMOb9fl+f7jNqcz71p+TzQeWe6RZ+Og4qdPBOwcKKkmTIAkjvGqAqwl3uLxurYuH+CR2M0t/5
74zP1QpFz9xgX74do1hirvCLFbwgpxz8mgqrdOZwTl+lykJKeLEEnS6P6+hewERqNFe/LThhiw0d
6wZpYhCA2+19apWbXE905qL49j1lHQ5hA4e2B1Cq+vGy+Z5hU3yUhqWcNovpxPsWfLWN/5KWZ04E
Wx1Sfbe1R9fDS6p1q1QsF2gwGNDd3R1t9PvSV5eiAajB1eiKTSLUPzzoHlGtVI8r8kQTNFcN8mBH
MQXsrpZ0OcnIj/QnCwqEeerPN8UK9LXn5kTGaRKPabge/DpIdXp384YjOxDeYEtAgdS1ZlakXD3m
3rFAWWXQeb/V2utk5bRPzzKLWE06BDd2mrv0l5M/0m7rwGwg4g8FlTDcHD6B2I253MYCW42j3piD
2hcjilynzJI14NDkSTLwB3XN88wtJBPL7Y4pJ1xAupthsS5AF1AoWx4qd070Vtxndq5ywjmSz+cj
9tG26h3arG+yL0+0KhVEoS/xOCSPwBpmmcoVV3bMuphyXvejo4TQsnQC4PdfNVL4c5qTFOI4BKBt
RE83PqPxdETXFzf06dUJXV9f03h7m+qNOquv1+MruhlfszYB2EG1XM1J/k1KSq3Z6DIgN9+1EDX0
WfKJ1uAxNj4HLKy+woM0qPvGfrXWZcUwmD6fb3zOSdUfbj6w87Q9GzlfXIBABK0rAX3+jHbf6dH3
unhsqTRdTemmwrQq4cp6jkIXsCnhuRC9RSBE57P4dVxlGCc8fPBOI3dWo05dRRlVJn4W7VvijPN9
lK9VG03GxrM6kDs+CE3pY6DC9lHGhJpZO6eakgpW27X0hegmCPMR1gjnsy5GnLMJDGSlAJjDNLOR
Z17kmjcNH3O51FgxTXXTcMfSI1ta2eK/Q/MoZYeAr5YqtNPdp6uDa+o2YQ7W6MeffqTOZpvmFZmU
R91j5pDK7ITpAo/MglU9yEWjJtqUiW7a7S/ZCZf3CCab9qOf5y/8HHV+hWbjTVsC1KJPrWqHo5pn
gxMmSmzP2mwiA20P6paox+s49TPqZubLNZ88wLz1tzZObutIV6eyKXEl0bQiF5ZFYvpvqr+j5Rz1
+iRML9VfgsZiaV0sIDKqemO7FIrjmBY74UNajl5Zj5L/Br+TjoEx+Sj2OYSgjRVo+m6yGlIYpLTv
ySZk/K7IwrgaXtH5zQUVSkV6tvecms78QzQ8rwXFzZjBBiqS6zGIzrQ+k/D8fz/g6APm48ObSnaJ
vkDL2m3t0uDwlmabE/r+P3+kP/7pj/Tl7z6n3//D72mnu8vRPkUlr+tjvFnq27TLf72eEC1ARVVn
SnkHLcvSn2Sr5+Zd2SOJkk/jn2lv1jWYTcDO9Ot9J7hOGfrQro3YbG5Vm1QqyNSx6yO/iznqRiZt
O3/8gjCKx0yfOtdiTNasFVgcip9Nhbm2VOOFOBjfShWmQoExSCWOjMWbQ4gQKqtmIqyiEHTO5qWC
U06So6y67iEzQY+NNbdUiFHYiFBgQh3khq+NfzotMN5D3YyKbpAz9k57g8vk7OaUPpx9otKyQocb
R1Qv1hj/eP9yFMGO6Ds2C2wEER9W+up1KbhnjbjwOcCxkq1hxTz7Nduvel0tj2QmposafjP8E51P
T6lSq1CLulScoNIHVmUcCZLLWPyMFU7p201HOXkue0riJM4sT/5wFSjSMwtmWnx0+tvqlyfnpT3J
K2ohzJ0bLLg22VQ8HZxQoXBNo1nbwzaiQhdr50z8ZTREscViznfvY2kmb6L8RsPsCvBKEFZr5AWh
APcF/CRSF29JW7Utenf9hp72nlOlXHXaVbDYVXO397WmW/Bzhaco5D2cnUE2dScVXOnzGYGrnyxN
/qrMj1CSywsirSGgg+RO8EDYaJfJ183hz7sb39DZ3TkNJyPqlPq0u7lHtZqQIq5uKtQFQcARwDlw
jOJOqjBqMpkgkZYlf4TNQj7jmoaz6a+oYf0sAbdeO3lsC/4gAdZBK9jvHdHb3be0uC7QycdT6nf7
1O12qQTgpnOqGkq16FHyVVZ7tzRVJLuoVgsNnayxBhVpECsEiW62slM7EeQXmAjZPL/i/VpN/raL
awFgCtTy3fiWPt69ZyRzazpgsxoEhTbnEZPr46dPtOVJFfPbMtOdFdt9hBmN7ByP/rZnB2yUY73U
WnpILykVaTwasWbSKrfp/e07FmRlR7HtNbpC3gQwWKEcgr5YuIQXlWK8PExBHeaJUPPatSH440+X
epxir9xfjtU0C/cJQFj9LrlR3ttgx/r18Irenr0jyKbP9r6g2jZKxhcdJCert6uyAAHF2MUZkqTF
zBacF/jbKw8SEGo+qumN58V1ORXoV5MlP0v2/FxhlVGN/Ky2qju0LDA6fPnsK5pf/4XapQ4dHh4w
/7t9mdnFbRZOlBMdaFdWaTir+7jqkFVpN1ZVU0MhO1VCj/JaVpPKXiRWCde9RtwNuY6tWpsFF6AQ
cM5D2wJerVWRZG0UdP33//gD/fM//897hFa252lP/E6b+54c4tv1TZJ1SxLtY01mIeqW2a05d246
9ewD2+1duppe0V69GW1ecrx711G5eOsYd597Shk3Tolj3WtROezCsV+zEGvd0b0spsoUsXA5flqI
VD5PgaVGkGY02PizyWxKF3fn9OnqhGbjJT3ZfMIRymrVrRndQpMcSOacRLrPWDYDNO4XBFW5TEVA
KDLvT1OqYtOeNTwHbuUUQK7wI5vPr+vD+luZj/fcJGgl1oyTh55Mhpz4O/5qRN1qh7qNjlPltYKw
DwPlqFbhfjZj3vsIMiDB5O3nNOuNWaWOh28Trcoc4+/mbxk/u5fh5pphHaR9tHv7/U0FV7vW5qgr
SnOdDe5oWBkyHOK7H7+jTrtN33/3A717946++Pxz6nQ7a3fnpJfmYWPgZGqOQ5vDxMYBniJY02sw
2R2eCu8HJsV0IlVbsJDqtQYd1I/or6d/oe3WLoN+vYXmJJAwIbjbKdaOa+9pD3y4Ln4mk/PHyzfx
YfnFap81YrA18y58SQFQqkJZGBWgYXFqjcvxg3lbcqj3DIMFd2fhMldm1Ggi+ATn+pxOrk/p/dl7
1qgPN7eo3+tQqSxjyJTTOrYcqIAwkcISzs5l4bIsIEla4Al51aDDelEcY5xapdoU5yvivqUFa2d4
pvLfXwA9tuXvyraJyizVb2ZA7pYqdLz5nN5dvaL6rE6NMmhY5Vjxd2SvoLtPqDqik8cMtDXtkt3w
YS1nx8n2wpgIyU5k75vI26wRqcJstWEY/k60stwm30Ozgg8I9Dif7j5yZHHjsEuFRYn+z//zf2k8
mNL11Q199fWXrNluboJZspxjgqa9Dua6YpDU8apajzqr2QQBEyYgN2ZBiObjRnCxpMkEdD4SJYSD
Hf8Kizl1qh1OTt9u7sRP5zWagLmKfZIGtW6GLH0P9lJWDOm79ZCXzMuzLzw4B5y95ASvCCt+bji3
VWhBMLpxjvMsA7bv8vKKXr96Tc+eP6f+ZpeL2sLUR2L8s/2nRAWMqctdXM5pMp546IcvOQ8hgnEs
oGBIkVHyaIzeN2asDoI393S/1zFk5lRh5sU9NJ9R3h2eSTSt8r3z8r9lyxNR4XcMgoZ78cxIvoQ2
0G1sMFgU+X0oEcVXsurySjXGfWRwL37wM9Ve1mtYeS1PcIR1G9giI5pnuxNHrAYx0JSPcbQ3fJpd
hMm9Vxm2601WmXS1ckM0WVA5Vy7o/PaMnv32mEY3Y3p38k7SQAoF+qff/yObiXpHWxY9W2ZKnkMe
TQC91gwJycNZs10EWsC2ISNjNpV0EVCiVKs1x7KxZArp7y++ZQ5+xmBZrdk4xVVDkuG30smm4QSB
65dW9FjO1DXmn6Xzz5hs6Xgs/ajwvTRlDIBXXvBqTiEDxWleUp8wzBkUM0UNhMvLS/r+hx/ZDPz8
H17Q6c0Z7fUOqF/vUqmMTqQBlTh3UogDTQV2V+V5VdMgiETGAzOrasmzmaT5QQhzn006my8NtnpG
Jl88fh3+7VoiZOMF7j5z+Vb8EfuzRszc+f34hhM1u9UeU9uGc12Sp+PEsoLI8jGJ5huERHaiPnyQ
Mkc6AejTbK1GseZs3eG9P0RNFIt5iUzGh5uA+d/nSHP3E4Jrv9OgzeY2bXW26eT6hLb3t2hwM+Sy
bIAVrBmB7FMaASBCyhrL4v8LnEzyDpnllcP9gWsfCxhjAnQ3hBUWmjBrgJdszIIWm9lGYyN+ap1j
uHdeZNBHeGPwSeTPMsOm0ewA2LKjbEHEdl6rkKPwDg0tsvjsYFFIbqAgxZUCSuESoR8QVn/5yzf0
6dMJ9fs9KjdL9P7sAzXLHeaXgwmYvmnmwqpUpF9FKYrKtDKWwM9OCeOSyLxmHyhaskkKWhtvaroM
Gph/MN91+Ji7a6E+rPvmzUMcG/8Vbbk+MijvMbz84ItwDzyf0nH/Ob2++JEqMyl3r5NHqGWEYsYK
ojRNJwpHm13j8Q8Sa3U671VgzucCdMRk5AVpnzN3SEKum0ziwKedO25GPc+fVdn+xpfK28GC9oBK
zUj5ASzisntBn24+0OBqSOV2gTcMZBkEvcXMcrUVcrqgoXyrWUkxThehNKkykjompgnkFqd9OOct
TEEIqqvhJY0XYxZYAMu+vX7F5iHXd0wVHVWIvL9KGD4CYaPKnqxmpZpapCC7d64wCqsBBTPRHK0a
DlleLi2iKndHVoX4CStswgV8lu+ICO/5nO5u7+jm5oYOnh5QpVMhAA4ONgBbSBlunTbIdDOSJC0V
fJLpkTkjx2pJTUQHn1B2Ux1frFUILCkbFvi6cEh5pbH9MLvgv6alAE6rg65szjwy1wDbYbVap83W
Np3dfuSIVrVYk4OilMhgMrkrre/fz9U8ze4pm7VzQLK/ZcxaAXcNan0OS6M1ysKKct/ZcHjqu4oW
TpY2Jb16ONbcIPPw+RMEY7zT2qHN1hbd9K/ZQV+Z3nKiNdKB2hUEQcy1CvfId16kQvWDptExv7U4
gadFVVnzgonkTBgIrJvpDQ0nA7qb3LI2ggKtQPL/dPkjV9FGRaaQk2OeVAGodpTglF8YjTXKL8w+
TCSY0mLhfmOwxIHiIOdNd+l8V0rkF2ln7kzMFWAMeZOGa4SoaMy525tburm+YUbeVq9Fo+KIhdXz
3efUatnKStn3H+6ZtIy4WLEg3OVChejwDq2fjd0HiyVDTaYTEWZS3R2CNbd/Obvn38kczOAFE4Gq
O5X8nl00FqODxlCH5jZdjy/panzFiZuM2oYT0e1GIQPL7vjp1LK+k8dK9HzNRH/HTskmjPtmMp04
u76UuZM1kKLPU2bKPKXFILjDs2aOWvPyV32XNRkBMO03Njh3Dzl8LLhKNRpXRizUoO16apucpE0V
rDb5OzVs7Ztj346LBsPRfje5o8liwosFwhJawn7nwCd447rHABqf/Jk2GpssTGNclRlPr7k7weLu
o2qAFM+IBjoRVMmStmpHuhkb+pilwYCp5mT9PDrkIvKKTlKFc+DH+/DxI/31m79Sf6tP3f0u0WxJ
z3ZeBGG1cg7EI766mUCBs3hsDiRzZE3hvJeIo2LIoEl55AXM+cKcapU6FWtSA5FzlnPZGnyH/852
oNWqCut39AwhsIeXuP8anxN+4QTp/mf0/ek3dAN/Vg3+LMXJGFUrfXl5gPRfLMhj8zBQ2AeYNV4y
Jlu1KtqEdROsbUZZUsEambhp/+NVlN/H3P4nv9usk+QSQu8iggsazsngE485Ss6D7gYBEUAjpEBs
zGlur5s1ZdW+ws4t4zfR6kOTId2Ob2lZJE50h6mKexi9jBsE51Zzh2s5Puu/CN84AeUsryCvfJKx
m2sRmDceFSxCCEyOdLlUIC9scl+Bmr4S7dagSpGjbzGdshdkvKEp8FX9oNBGFww14FSkuzveABfl
BTV7Tfqi9QXVq4GVN+q3u79CJx40HcxT4L7iSxS2VAgdONcBWYhdK5ILaVOeVCBDq9JRAsvKA3FY
yQ78GIH7c5rdQTMmat4yTT4LVpZxJOhuJWFTpJ0c95/RG/izsMOXm5zhLzuC263tvf3jBzBjNnn0
4c3vCTmngUxQb+ITUKfTqHhliAbm3dstRQ9UtGNgdj6vBaXXyOpw94tH60jOanzpo0JwdWpdJg0E
lutieEIXwxsWVIOpIOeh+WKB47NqseqIEhW9HpYFO28XUiYNRT5Yq1oKeyyujUXbrLeo39iiBsqc
eeVFfUEF36ft1g59e/YNDaZDJm7UzltoS1CIjDlm5Wb03ODxn7LfDn3sVNtUKcJ5rcLd/Eyi1XgO
ZYWQ/hXEr5NwcCnjLQRCxmB3ghE0SwD0vnnzlirNKh0836eD3gE1fYHdeMNnceO0IQgrCI6VxJM5
Gx3cGhyZZdQ7qJiLVK3VxI+YmIAisEricC8WhHrdJ6EXmHsLlDYg2iyrY05vbPOzMj3LdOxXlli5
W819C2lFy+laAN0Jd0+j1qB+a5sub0+p0oQ/C1zVCypiK86VAbaW4EM0jhUdsR/HNq2v+xYdiqiM
Y2BMT4nvG0wNgADxnJ5J0nQtYouwj5e9XFYzW9eMDRodnVM4wcpQaDvNylNe2MBzXQwv2IRDahU2
FggSOPGloCh0YasbuU0IOKH5mJ3p7O+hpdR07BxSrYxzyyupfvkqLgAhPrddenfzmj7b+MqH4f3c
8VcJCcvWpAuromCog4dcMQlVY2BqhoODsJJ3GvxfuIaF5kh5+KL8w/xwqicCNOzjBB6L+dnTd1Lg
Cjhg33379h1V6hUqdUrUbnVYeEZzzSxpzENoYuqagACq1Wv3Mwsrwd9izn7YEP0TrngEPPAsWsTC
Cq5qTb5TnB7eJZhMx8sxb0asgQNMB4mmQmvdzp/t3PrjIl/D2oc0v+eaf/edlLZ1wsyZDbSg6WRE
e619TvK8Gl87f5ayOMRVXKLzs3bJz2/aVQeiw+TyoDxn49dqDQbweYzRygtJ46KsYxRlXRCYoUXY
Wb+SNtWccio851jFloPKWV2Ribr6Ad2Vcg8K/YE52K6Wubo1MwWwz0lgB6PpkG5nA74GNC7l2Nfd
GfmMnVqPKsUyazA4RgWcjmUmRcWPvxEMJAnfl6MLuhpf8O9px9MInupewQmxZME7mA5oNB9TrdKg
w94eFVA1GYnA0iGvIMRjbLrn5p/kG9oyYE4kOkEGuIUPPriom0xTOQeazsXFJX/24qtntGwQHXYO
XQQuSfZ3xSi49qAKKxe5Cy89mLJW4EOoQVBBo80mh0vNhKK7p//c1T4ERALCDA39vR7cMPfWZDmh
ZrPJaxMMG2V0as5lp4OWtXr26ba4avKFJv2Jtumcg/Ivnz3gHgGUe7E1t3Max8IQ/v1w9lfxZ1W7
bHbYpFo1O6z5ENvHq/qQCgfjoTA4m1ViL2C8XB6cc0xq5ZS8a/PuhrQJFw7GLscTgtlWc4Rvng/K
6jAWye0imQz887IuR4TmbUBBiUyOzh8/FtSlGhVKNWaFoIYdM1eANKJdkfMVduCFiHtvYqoFPJJd
e6npDIF32Dnm4rMwW5n73YollzsXIAYavYQPe0Y3kytm48S2s9MBdTDq8ckGIuwTLv8QUTz4mICX
ggnk54ZeM1S9DlHfQgZ6I9zrsplgjmDTY03FlZOHj/DFi2d0cnlGpUaJtjd2c7VCt0361Bjti/qS
vB9Ll7W6JRYiZPAP92e8G0Ce5TL3JUasCwBUhaocJ/3EeRi3s+szenvynsqVEh1uH9Jea9dvrmVB
ms5pkQqt3GYm1yqTSO19P/fXaCFmvcdMCenCf4A5krnoqm/0O2cagvCvWKKj/lN6dfYDk//Bn7Vw
pqHuErpQ8vuT7pGP17w0YRVq8Wg4NJ8v2aeFnCxsLpg0NRS8zIx/EDaBe1/My8l4RPVGw2sb+Xt6
+KqQJ5zcovcLN3eYdYRtMQgDYLWbWG6LL2qxrv4sP/2CmevBhWZ/M1Z27F3wF/EGZbI5iS8L/iuY
lOC7P+gc5QjW+OHV/EM1b2C7wBvf58oxcDKPoutzJgZMJCxw1mJCik26ofi8V5NHWDDXUiG2VES4
K8Gn/zD8P/zwIy/+5188o8vJJWsrwCQmr91vjOr0VnwUF4WoqktCBXdwE4iQHMXjwedK8rMmQ3P/
FguqVItURwqP0xDRpvM53Y5u6GZ8w8WFN7obtNPepm67E401G4sMe+ewbF7RBXqY8DD+kThdImdy
Juvl8cDLn9lyFhkngc7G1Kq1qN/apOvhNVWKVTYtUuBd9nSrZd0nVFc/o70uI4hLZUnodROSdzvH
MLDEu0J5JU/VkRWezERQrcokcpPEpxRl+rJG57FCKxYl4UinZcXPY0urW5/RqjumLe8II0lz8jxD
fxKEv25S0cbpxsK9tlTzwq+sZXWf0A/n31K31mVgqb+WerOcpgR+8wEKmizgZ6nRcecplZZFruQU
mdAmbUaTe1U4cFaDIDEiYeAFkmFnWEYQB5OIzY5uuaZoWwv69PGE/vCHP9L+8R71jnsM6dG5JSe5
DAIjiLhYaq3mN0gkladzzY67sGRIFR9tokHNeS5P50L2x/AEZ7pyfQVOuQHv1h19uPrIlDadepeO
No6o7dgzrI6AtVqWbPQC5/MUi/k8Sve2iIY14tnIP974PpLLrGj3mV7rWnXvRjkAACAASURBVLpr
x3Y1Xw2q6GTEO+mP0xFdjS9po77B/owY9b5KUVhrR+c8ZWKWGRMbPzBZRsPgfBehGXY8+B2xc2Wi
NqaJ2l3hSSfFbh+yGQXVJEoNcQ9sgw12AUWZnAasGspl6Xxgeyp/GNTUcXxRogEnzKSRcMxW6848
jeFxj/ER4cFiPi1rQUhVoZ3WHr25ek1fbf/GJJk7zWK5oJvJNdfjWxSWXAClUQJ18IRrWnqZiPfm
4AjQqlAhhpO6i4oedwVQjbCXaGQQIiqotCnwcllYeJCsQAjmQeO7HdB3333PQ75zuENTmlK/1vPn
grOK02C0GIV/TVKnULFPcr8YqsJwCVNmDMdO55ZM0D03c42JdgaaGVwXB6F/o8mILgegXj6n05sT
atQbdNw/pla9GV/HsbzCr1aG9JSomVB0SDjxkULLzB2hRTWUrymQxg9JWAzrl/oK0+XB+3X26gF8
6HZL5x8CqPRJ/zl9e/Jnqk5uvfM3BhCGjvu8w0xfH94XvU74KTsuHJCgQ9GQMgQOTEUx88TcyxdY
oQ/MSIC0njWCLdtna7ok7JTeyjPQjowQcLLFzgO9npFb2aGKKVooZanQ86My7iHqmzfySmGi+WmF
FcLKAhvtdRgzVt+gi+EZXYzOmTZaBTF4wIALGi8m1Kp1+LglJ/COAySF/UGiUWkuHr6TiJ8IK+mX
gk1Ddob3xemm5YVaIX4GRrPP+R3rBoefN7e39P79Ry47//t//ifaOthgK0KFFVdtBh6KACMAdYuU
mtdLa1K9+tACyNhZJc4pr0KUqWQYrhDMPzSuN+iYMtCQ+I7+XY9u6PTqlIaTIfsqf3v0O5oWxzQp
jqhdaMZao2NvYEsQF7QXD8mTj23JhIuhvvFESs5crZ88RnA+1DTTo9UHoio+fAoTqpXKtN89pk9X
b1m9B4e5NQ39LqzKSCQv9Y/7++1FuBec8fPCZ4DUBBZg7r7wb2F3DhuBwVrl3NKH3X92ixT/8Ijq
71jxnAoRCA5x6av6SHINPj8EqTadavBRN5K/Q7Kz3VTyxiD0MQhZSY2Kbw+HOzvgr39iWiIIMS7H
Ph9y5ZiDziGVqegTeC0gMjBvgo0AQkWSepWNgE1K5dxygGULgvaCwiTxF7S7/AuCQ87cd1oOFI6r
qyuGMUBo7ezs0O7hLg2Xt3RUO/LCBn5R1lzYulhS3cFf7LuWYZB1zbm4xgRN4Tf4HfdGkEdfI/pz
fXNLb9+844RrzOdWr8njx/UMC0RHvWNqN1rs07qd3dHZ3SfO50S0HsKeKaJmU38vdrr7mzrsTvbt
Rs+R27xlb85fpalFcyhSRfX71QtBk02LpZTUrfDofouFopEkmdxwkGK3REgVeKCdxg4jk6UM+Gr+
7bU3iu+44vO445ZCRY9RMJ1USJGo3yph9es0s+g5hqS+HrkhT+bCekGQpqiE68Z3EZNHj8uz3qwp
GA7Kmvg5Gp2yFcQ2rtlb3Gc5yjzOBaMqch5fXn5Pm61dPnuzucPMBnBeT+cSAVREuLAQTMVqcRoJ
m0ELNd9cVI9hFAF35YWuiXR6rcsh+Jdct9JWgta+w4wrUq1Yp/nFJb3/8Ika9Tpt721RoUbUo55z
9Adhpf44EZhpc2av0xCh5WiET9guXBDIItZd1E+vPZ3OaDgY0qtXr6jaqFJ/r0/nowv+DqwYzbYA
c4VocEF1jgi3uehJdVqj05Mzarfb1O93fa8ipLv3S6zo/L0rI50gD23JOk4NSMV4LOYFWs7hbyMq
15bC2bPOUjRX9PqXqUrL/WQ/QLgIXiqEFsqAfTP+M11Pr6lfgz9Ls/7TSE5604cJraxyH3dcozXe
wesWp/gV8vxov26zQkTTJ/gPC6lIFrYcElQw1lj0mZSj2ytRhv0ydZxHP3MtRYNJMLl8kQsqySw2
Vq1GExW1zmZ96iI1zu3RfEiVSo2m00suVrFd32b+KWjkqqX4XD7XNFdONx+Yg2oCav9ljL3K5OSy
oe7GfxxLa+CCL2QZQ+xjFgrU6/Xot7/9moXH9uEOnQ9P6EXvhfcDBZQ9mEkrXLZPfGy6dwtVjUbR
fVVm91z4h6yDtB+qdQFVD+oaPNHewR71dntUaVXo4Ok+J5lz4VXDu683RqALIOI3N2d09+EjXZ5c
0vHxMbU7LSfUXNUci/vIn/+rjTZ/fjKrVlsiDxdl4mwjFlL4R3Mo3yUWMnOEikuS1Ll21SZSQUWA
XN8aLPaeUOWnjM/66ew7RsADpayDLCZaKlYf21bFz+K/nTGVt/mvedif2+KNKUSrbOQ3X0pajFSu
s8pxd4cNMYdpU0+KNGf7jZE6mZYV+/Juw8j530y/8jIG1BcLx/kAzBKLCa+N3+3+nsoEzQIalbJ+
iuaTAsDhd5ywjwh86FWpJu1uHkUAjRPf59K54zw7hBvcoolY64YW4dCcvxFAy3/8x9/RcDqi88kZ
bdT6bsNzldudPwkCDRAZ9YWqc1uq3YgDPbWSxN+NNLEany++b/kcLBDv3n+gy4tLev3mDR09O6TN
Z5v0/LfPqcKulgMqo8qS8YFK+S9NOZozALgHos3qJW1s9rkIMvxf+/ugvqkiQi4hdIHEC29yBFwL
I5g3S6IJkjlvVSvc/5GEfwu0mCEVATlkwcbGj8W8Qgs4pSsPcdNI1nIwAYPvikmNIpXFYZ9mE6pX
m7Td2afT6/fsz+LUHURGsBvl2bR+JFZ3SAXQQwYnP01Ku5qutF9L1TL3V4d2hLL2PVhziSDw7GcB
ZW5Zy1bNr3QDdJxSCWLPyrD4jJTxIQW4mjP0hxMOHGFjQSWaBZK1m6WGsGI6nimvdeqTugo92les
o7rTQmDCmyODfNE558bDjrW+Y11TcSRwIcquGzcWzCk2q1igwXLALCT9lpASMs7PFQTBdTk/0Pmr
IXgBiQArq6bNwLzl6u4O16f34LW5mDN0BtcZTyZ0dzegVz+95vSfUrVE7e02dXY7DPXY6Wyz+Rze
gwhGLQEGq0WzbaAMbLT6NNnfp1ffvaLv/vgjC2AEDz578RyaKlRVIcvyap3rMNTYdaHz3Al2j7UU
fx3U+uQwQWtPK1RcIg8s24dSsSLVT8D9U4p9XJFNbuWHiX5IyVU5AA5PQQ8btZgWNJmOmOf7boLU
nSvaqm8yCp5Bpb/YNHzYkf57u4lGvqNf2yYMZgZMutgRu05QxYsuXMn9Zq7lj9Ozci+bPJcXcsmI
mY0m8m3ZAcsVtoqPCjfHe0WyNBzqgCngHSN1awHcFPLiVOM16HaZa8F3pY2plh2uKqWPEVM0QAIU
C2UFj41Os0NeI25zMckUShCSkgMcAnALFMBFkdiD9kEIMLnrwwQMUT/RdrRKDe5hkekcmQMu0KTp
iMCZU7VSZT8VsF4476dXr6jRq9Pu8S5t724x+BNVq/xrcWPMgkqLTLASAWEpQkt9Wf3WFl3uXdGL
4XP68PYjnZ2dcWGTskYEFXWrgyHRCewO1bXuLFXzxdeKaMUqv5KVWDr58xcAPoUDceGSBfIaT5JF
hRZzhP5FUC2gkc2JSpUlFcuh9ptc0/SNd2sVlqpp2SXpngdQh8mIjnvP6IfTb+hyfMno5ZLjCl+/
mFeYTiueNxrUvGMerVH9cgdXxFDwEKFlo26+D/Z386RGk7DRr/B7tu+Fh4yfV0sdjmvFEKSYJiQn
X0+uabqc8dTYa+zxe56OR5L/Z6wHxcWxmRcFF4KGlbjRzROE9SImoCLY3fMxN3vQSPUfcJJjRIhN
v7FmNVFYdVoIhMvxBQeNthvbXNU6b+zU3FzMBLvF0A/vIDHjBF9WUVJtoA0J+LPEQgwN8uL65gbh
O2rvtWhrb4s+f/4ZbTW3qORwjP7ZXDACUcp4/MXMRD4hY9IWC2bV2N8+oPKyxJRAH95/oL9889fg
dNeohpXwqvpGC1PLbvv7eX3aD4R5gyva8t6ZyKHc8oyWU0mWzJvA0LLmUwhYSKsi0bzCzvHZFKRw
igXL3l2j/Rpi1y6EfujOA7TwlEoLpO6I0AJmhP1ZTPiXmkrrntOo7PcbVdzGoyEvDrxMTAyUY7q7
vaF2p5eTT/jw6z6mr/LNA696r3x0S9M6mo1cDbX/UkHjww7uzyh/KGevkECKLuLMM3pzLjAqTMD2
sJwyg0G30mWNauaAmF5YYQN32pSagMHPpI+Ub6PKgkVVG7mvX1fGl+O1Q9yHC2So68EC0cgIT8EP
ChiTGBeGTRXJ4pt1UOk0k2GBdiPgY8wrwVJJ4VNcQGARpUQOiObFickIHvAxwPbJ9412k9o7Lfpw
9pH+4Z9+S7vdXWpX2isUEmdyJ5TI+koEvC4ummqxwnmc4/6IqoUqXV9d0/v374PAirif3cBD6mZB
k2EKFfJ2/xxHnR/djCqfneT2PaPSLGzXwlJKjGcuif8tK7ScLggFgDTikPFv6TxNi6L6WaarRhNL
wzPi/wCUNmst2m7v0eXgnP1ZXOmYeYisuepHJPv8mb7ff9T52UdBRju65O3dA3r/9iV98fU/MoMD
rff6rPh2lQakPVr1/a/UUgCnI7PXvaWYo3VpV8L7c+/K6SdeU073tcgvYBeH/BwvRiys5gVEqCp0
2Dyk5WzGGwVX2HGJ5ro2oFEJQDJkQOSh0PUekRbhfD8QWAqyRJPkZ7fpchUcmJlOczNrCQKsXK4w
3ov/dnhJYa6YMwDzbjZkqwRQnBr8reaNClhUKgdxcdNKxcMbtIechI0K2DnUL8CO1SsNv7HDpQI2
CpjP3e0u7ezusPlnx9v72pQJxjn9iwwmddaTFoJ1rKOwPCVLY06NUp36zU06nX2k518+5T44gQUn
YcWHLFcNunbEaic2tGpzsu5ryZ65QssCVgX8RlBr831pTG+c69+aOf8WJHYg8be0tlEUJlIK3avW
ZyyA9WBI+50jZsaEyo2XoyrvwzIDYmGQJwrsWDBVB0LKE6WbWdL15TlX0H187mX6Dgv3CKlfyS9m
8zlW9CsAZ51ZFCHjE2MqCsfFTnS9jJpmeh0FHY5GI8b04CCYf2DmgFIOpDr8VIj+wfxDsjJHvsCN
hSCUSWtSrUrcBYFS20bJLVzMO8xdiTJ0DlfiIhfMXSV+MtCveQ56ZRQ1aH7+b1Eij5wI7ZzhrCXN
p3Q5vKAZLdh02mvuQ+1y/VVZjnzZWQTAnDuBF7F/Omc4rs35q8BVlcqOw6pk/HwjFlRgVgBn2V5z
j9eCPrzURlywCYn7wzel4FeYk7geIn8cG3Cof47KYs3O57xpQbBBIWiVmzRrbdHF4pR+9/vfUhm8
SVdX19RqtQztg6iMkOjS0aw04RfFmIOUyzjffMs6UZMVmlx/wVVjIGug7j7U8R/7t+bMlhjv1N6X
5QQi3GQaulcHbQRG1MgRwVE4ZqjDNx//yAUnO6CiMQ7Y8FB5HozVwipvtE5PTqjX36JaHdEp4RiC
Obizd+h5gx4zIquF1qqe/Era1b3yz/lO/HGxOSgUv85F4Muwq3EZPGtyJfzthMhiSZdXV3R+dk6D
4YAXyP/6X/9Ton/zMfuquqUu7dS3GcIC8CcWtG5AiIAhp5NpY5xm5FOEFOaB+V+We/kkYhM95LJb
kZ8LfTOjjbmGMlx2M85RhNUaLKFadUM0azVlb6d3NKcFbbV2qFNpObBqXLVGhMHU81QJCn/OAlDB
rXxrZ65pJBHrg4UV0yvP6ebulq4mlzRcDKjb6lGv2qN21Zl/bp3ARFVfuJp+6lDXZ1a/G3OaMRrA
VJQGDhIZN863jnv3agCOLmgIUsfvfvyeXr98Q1//5it6+uQJTwyEYVXiR5NGo2x+gxahJTgRkx+4
oiUautF4YgccBDMc6MBdAbehUZLHNJDBTZEWUUbJoGz2vtcGk8Tj1NMkO7eYfijICiqaw/4Tenf5
mtkj6yVXrMBv70FbSJ76wQ3XGwzuqLehwkmuUW+0csu9//rS5Fe4vk6YFZeKUpJyzTgnuJQFwGvy
CXot2i9dnUnwUs1mjAv605/+TKPxmHYPd5haBX4qLILD1hEzX6iQUkAxmywF1WCgNagZm32jjG5f
uI3bzRdFvEu/tDK0/E/52OM5Fv8me6kFsmY9iBNoVaNzhlgA0HrU3qfiomAoY5y26vdPMTVB4RKt
acdIizHw/VDSyHrd9xTUzue3F/Tm03saLwfU6jVoq77F0Tw1xQVwDV+rMffcXNbggDA0uBqHzJU1
ivxlejwLPPBkcf7kgkqFItddwPOWz29P6fbulhkJ9/b2GM4fMvLFScchTQe718otbkrxwLDjDy+X
icTSNWBcn7kTM0w8/4ATotKyxvS4v6SVqErzKRzXEvG0u1fY0A1ZnfYjqqBsQswEqpcRMzncNm44
IXansSsEb940tNrM/cIqMsrMPY+ePJUimKathpisU2PW6XOrTMFV/q9HtNzuqJmdjNHK7jvfluKS
9CoBpeo2nPCePp0IwhoO2qdPn1Kn16F6uU6Hnx+w+bdR36R6ocpQBQV/asOuLjUgzVzwD2P0OKdF
KSbKkwS6PojPS85jDYKsfypvjCOeiPBcSVss56xRIRdvTnPRqqpdjpSDSsYoVUntQ0m8hsllx5CZ
PNgVJJ+rIOF+IniF+oXjO7ocXtJoOqZ2u0lPmk+o2CjQxfCcIRN6MxFYk+wb1zxE4K1KwTIQxz9w
H7ELih8dBSlAIgiBynIFCkiJdpo7VN473iWalej2FkLrgqp7u2y3orOaQ6QZ4wXLqa3RQn14sAcw
q2WeEzp5iLwP3Rxm1b84pyXb4b9MYOGSswkgDnjgYKf7+n/+DUsaSUiCWWYr1xju+4mDOvz15M90
PbmS1B2H4FXk/UMja3aiBjS5o/x4kOmmfz/E9/RLfF+/QMvygiorPFf3KAgNBY1a5gARZkFQXVxc
MZDy3//9D3zsG/CXd6t0+MUhFasF2u3vUg/UKkhPgSaiFaSNVgwojRZIsDgome7OmtANTHtu0o08
NYyPHjuwK0yfOdt0PKMFv+VPN0+cbibhS0QAL0bnNIVWVarSQevYRcSBDwtnRCan97ir0z5EAINZ
KKYvDiqXJHUIgnw4uqNPVycssDAXd3u7tNneYAEyWk7o0+SW/YDz4ZyVnV63S41GQxhGjEtF08n0
3fnYrTMNNUcRH8uGIQEJjl5OAXUQHxoaslzKi8KCyq0iDU6H9OnTJ+p2u9TptKUcD1TFBPchUrHA
Ago30t3El/MBc+JKP1a6a2XmLw8y+MJAQL9cSqLoz2monrKgKRVKkOAyCSV3cIWfhl+sLi5bb86Y
q66qB+8Ws4mnVgZvUquMSsZF4zheLxyyvdBFmANiX9ke4jDP+gfzr7Pq/F/Q/JqONc5swvJ6szGC
yhgAqfJlTadz+o//+AO1Wy368YcfaXt/m46/PqZZaUabGxsM/oVTXTmc1HoPeWziHxK4QtCU4keR
UvUqOLWCTdrhkPcpZ8kjIOIui1JQ8GEjDu87f2OCiSnsBrdMv7zZ2Ga/EQNItRaiv38y9om/DNqU
ZWdhBQP+OldZHIJqNJnQ1fCKzq/P6W50R71Wj442j6nVkOIZEL6AHKBM2/vz9zT+NKXXr17T4eEh
ff31l2FTgQnsNDvBkUEnRE4lnOnk7w/fFjQz9ZnjWJiW6ltD8Izfl/OBlXc6OzQeTujucsAlgJA4
2Ww2+AXah0NjNY29+7JoNaKATizB0eQF2ArNKEMTko+TwgtlqtcZUnJcmfZHttliTMUqavmFsLTe
Mpvyov63gHa3LzpEQgOgFiyltWqLObs5dadVY7xI0CpWN28eWzppn/xqRcxDNaf7Wp6QztvNf0Vh
pbdyWpA1vIMmec+5ibDypqB7BESibm6u6fz8gt68fkPdXpeq/So9/c1T2j/aYxMCfhZdQHxFD3/Q
Uu+y0WZgPVGNg9iEtTl29ht2vjtWi+hRTOqNdd/qBWIPWWjwHV2MLzinEWbaYfMJMmk5kiknPOB9
mRxP1mAQaQR8Aay17FcKOY6ARny4/EiD8R3DPD7f+5w6rTYT79kG0hKUB0Mi+E3xluXF6ekpPX/x
jBr1muPAcg5+TuORMS5XQFhgghBL0bJ4s3CBEkTF40CApAFx0APJzxuNbRpvT2lwO6LJYEq3t3c0
Hk9YvSsVpwyes0LL0qsyDgSRxcKS5gWpoVacq8kY7Pjk7QUVes14Q+YtZnMqcpRQK+uaXdG+EdN0
oKAJVspQR7M3Ub9m2rXUCS/3S7QsZgWQZ5xMh7TT3KXb0TWdD8/Yn8U2tzcN15u/fvqqJpL7RPe1
xwiayBNkOmN/5h37+K5YiFtwIWT7a3zLiQwN25SN2OryHg4H9PLlazo9OaVPJ59o79keVwn+xy9+
R/1WnzbqfRe8CkLPAqHVFFTLQNk1Q1Kx0bS8h8A8h+tv8MepVhXmpzUt5XwHBjVatWZfhGeVnyhZ
djo8ZXByr9ZnMOYSCzeTHhSEnbXA814fhDLSctT1ooIKzuyb8TXDFRBV32nv0EZnk6rAZLlzdewU
2AmBtt3docubS17/0ASBOED6DNYeYCRqdmo/lcce0cnwmsNYc4QxgVWp6SjQjAXhN9pq7dL5xiUL
GyBKP378RMfHR4LNcsA2dtxBIiNXScv4lAtMuD9i4rsqVRclcWQyhN+VVk85270/Md/ZCqHHLK8z
YWbABSbTMZ2cvufBRnY5AgEKNMPfw9HAAenKdHd3TeWKFN1cDMbU7bcEB5JIx9XGVNbhqULL76bC
M8NhbaTuwDT866c/sT8Lk6vkC33mC8soQuY/XdUeIoyWP/OYwq/ouzL4KNWOxAaKricCIfIUru+1
ZbtEjb3RmOfn6dkpffvt99Tb6NJgMaL//T//lYXBQeeAi4f4qjp2NzB+qSBMgnYVp9mokhcEQxyd
TLeXoP2pNim0M0k148SMzJHTNJlNuCI2gljHnWOeb8ulW/huTDS9RcgAnRVhXsWqwVVoBVtJBOZU
1E0ccbI/gJr7O3uR31C0o5C/CLNNBU6FUMuzRpPyhFrFFgc6cMzOznYOYn4pUVnQHCurcTL91OmP
Z9N8XcBL8FNBrmWuXVeq0P7WHn17cUOv37+h27s7ardbtL29RcsFkLTIHSo59VHq2zPr4hTI2jkX
bUClGVFXIYmFooKdfQaHQnkCYWmBkgpnKLFmpdoUkOZv3r2kVrtF1Yqo+NgRcY/dnSP68OkNh4zh
nLu+ueRBrdcadDu4pheV5x4DEr24nGkTvWOrsvv+S0oSQq3yUlEQEgnYJXqy8Zx+Ovue+X6aoHh1
eKDU2Iodzw/xL61r4ao//9xf5/paoUdyzKQSE1dIcRTNmuzrLxcs9BVdMSYcEZ2cnPA439zc0B/+
449UqVWptdOk518/pyfTJ7TV2mJGBXVyW5MtvmLYufE3b6roHwtYZdRUfi2vWoU++3mx7t2FpOZo
NDOsF9qfICTZDBxd0KJA9Kz3nDd/SefRi2ixCUnXYpQ4I95FaMnfloEkOtXfCBFTYNKwhsHuuQ/w
JyP4RS1mIcVpO3ivASeFHyJwwHlf4XH/1PpEd+cDOv3hlFkbOp0OVSpCPePNcaftMjjd1RlImxZP
QU9hyam5CAydZxzFBKjXarTR2KTeZo96O126+HjBE6Tf7/kLS0Z6gUt4o2Q0aCPQECbmNACnOsME
Wyxxw7kvlRWnxIRoiO5gKNYLcj5QyUBQccQtctgW6OjwGUdxMIiMlXG0ss1Ghzb7O1IPjRAGlYeU
cO2c03r8hFir1Fhfiy1vFSab1RzkRQjqGAK1VW3RZnuHzpG606xyJMfjvVITMOrAr+E3WidYdKU9
RrhZu0LPXX8enKNME1zFhiIZ+Qp4BabHktJFPcpYoskowWSZzujf/u3/spuCuc2rREdfHlKpVqSt
zU3abm47dIMpx5ZqdrJiop09pIwIOwg+D/Ubw1BYn+O9I+edznYkXckrBxcIfYqFKs4bTUesqX+2
/TUWRTY4sZQTtHqyxy2RUERBAGsFZT1c74H1O1suOMkblZRhOYErCxxUUb9cgQqpKZi+HmfWVQEq
L1Cv2aW9jX16P39H02GFN5SXL1/S4dEh1aqyBjlY5YIcqh1yERVT8UebUs0sSfjvtbqQtvJ//vkv
dHR8RIcHB3S0c0h3N7d0/umCPnz4RIeHBxw1ZM/9Ykp3owGbgLgpQsScXJnDUqo+JJXMltXTo4Wd
RsXkfOC8WgpINE+Q3A2u5eEA86/VOPyKhTCdz+ji8pTK5SpViwW6ub3i+9ZrLcasNJttur68pXqj
xv/CG88318x8CG85ea7gNBX0c9HlwU2nQ+b3BhoXCahIPmV8FsqcO8jEqvZL9az4Gg8VSA+9Yurr
WmVriF8ETlPrJ8LfMgHvH1/53hjnxnTDez29OKeNwz4df3lEW7sbtNfWlBB3Oa+1yYaJuckFSj0J
nvQJpqOgrN1OxrU5EeE2fit3QS9gYxm2WrcySPdgOSxY40j9r+k4QLuCMIGLplao0GwxSbyOS/98
HiZgJIqiy3EvZio17hfMQ2C4hihHNhuzNtqHoM9zWxgfn3bO5hwCigBCABYulSptdTbpdnRL1YMq
3Xy4pZcvf2Kz8bPPXrhiFxKo0ybMpzMWrObhwv0dZhKCUQu66kHlk9NT2tjY4E50613aP9in009n
1Kw3aTya0HXhmiaFCXP7IKyKkCqnpNjk4ehNGsHkJGpEu+ZM/dkUmlWRiosKa1Sr8/GWdHt3TTe3
l6xFYYAaDVT/EMcrfoL9EIvi3fs3XCoIhF9o+rDdfodq9WqSWLte67CpH+nL1POtw5arSE/G9GTj
BX1/8hcOQyPbHAItBB7z7/fzhVXGA/II39iqu6/za62+nvKqTScyQdUsk7EJ3PO62DJcq8Yhr/4T
ndhg7tx/vkf1uzo9+/wJc+53q50wt/zccZq9q/2HxnQlfrMMUIQiCD6c2SfaoJggdn54FIMZ2mRr
jkPOOW4treyszupIICfDDaUAZcOebX7OAOV1yI+i8/dkGFVMcVL3WdLSgAAAIABJREFU0Oyov5ne
0GByx3xuyP1j5WDl25W6gUrc578tWLQAWEerrJH2230ajIb0evKKys0yTe8mHLl99uwZC09Lz6Mb
kFhEyTixhRT3S3Fh6vstf/HF59Tf6HEaA24CsvgnL55QcVKkH9++ZMnZ2+7Rk8Nj2mvtsdbAk8mH
gxO73JDk6cSTATXS2gms0hLCKpu8nA5kt9ujerNKi+WMSgWYnwWq15o0aY1ZrCA4AN8J53IXlsxk
oNWP4YivFltsdjpqII9iz41iRuI1XwDo5iPCCxMGY4AqH1OqIBm0d0TvL19x6g5YSnG4khBmDaNf
0qx5YT/L1Wcy58R/x562dffiIzLVekRzgQ+CNWsGIkoU2TqzI1rkCOYSR+bk/RTp8u6GPl1+pElx
Sl9++TnPQcu0EfL7HEWS85HoxsJpIVx9SGMCHoQVHSOpM2oiBg0maBjutFRopTZuROEmQle1T/t5
1ovK9W+oVqkzct1KK12spDfj0vFVn7yM6Jz2iv1L5l5sUi+ndD445Sg2qJEiv54T2OoXZuAsnycF
VCWP0hXYcPTOWsxCfE7ghBcfOATiq5ufqLaos/kOkxICTVkm9J3hffD6ZHC48NVLojQyzqse+oDz
0NgsdMD08vPnz+jjx490fX1DZ6dntLu7R8uNOX379gc6+3BBi8mC/rX7r7RR3WCpHDifHRl9WUoL
Bamug+qqBjvfgd0FeAGXwdsiUnWVeQbwKMCfnV6bqARsWIFm4yJ9fP/B5RfK4BWLZYIVD4kPab7R
26F6TYFucq3pdMD3ZLpa9f3aAgTR4lslAMxnzEKLSKVlHIDNPWKSv9u6gzo0d6lcwM6twNXYs/Lr
+LAe21Y5/m1/4ueWv+K/9RT/KY+J5KGxGWejpd4XpMIqvpcHWnIZKplb58Nzuhvf0nQ5pee7z2gT
VL+avpG+Kyd4bG0+3Z31fqI9CU4q7Nqa5ycRaXlO0QAzo7RKaOUMK872+CPOT1z/nrFgwWq709yL
KzMnRvnSfcLZEAgYVF00z/l5UsgAgBDX42tmPbDCyjvAnXYppmRVYA9JkjIA5LaiVhD0XNiU/65W
KtRvbtBrekOldpEjhX/967dUr9cIShH73Bx3FywimOBwF3hyAZNNA8GkzBUMPGVOOCgfJSpDeiGt
AXXDrge3ND2fUbvYomlpQr1Oj2rTOlVI+Gkkk1oKKKoqyhoGHtZxMnsdAg/l3mysW8lEKFcC11UK
NIX/ab4MSHUcWyqJSTefjWk0uWMoAyPsWWgKTez19SU16k3a3jqItSE2AQxHlnnxUXVh39FYbV8a
4RYYxeWnCMDgt8DkBxXNUe8pfQ+W0tEFlzQCX1e+5+whQmvVMTmS9me1VOPL72V8rP089qVoeose
HbGw22IVieBT5suL20s6uT6h0WRIB3u7dNg5ZHBiTC8T95EXWKVC49GI/8bOruBIvryjWTGWkxdQ
zEriFkn+02eHa5XQCvneAQpjzZpYeLtH58o8IxrPRtQuw/+aw7Sr/V7GglSwVXUWBqIlWYtFfM9X
wwt63n3hPw2JyhIB1MZ1FOcStOLZwHUUYTnMuCZhJklZlRbmCSvSVneTvnz6FV3PLuhiAD/4BxY0
CN7t7e2yAAfcAQ3CLk18lj7INT2TqhOcipMrA8vSaDXpYnhJlW6FWhst2mpt0+7mHieSnvx0Qmfn
53Q42GcJrNQR6phTr3+oUGwsYRZaZkc1jjyOmJRmtAS1hPA4Ct8zHI2FGS1LUOVDdVx9S9VamTY2
N6lMdR95kXsVqctgtypDH3LZGyaOA754n9kUf+5dr5y1k61hE405YGjLORWnYzruP6PvTv9C9TJY
SpG6ww4G8Y49ynH1WIGUpxU+7rqxoJbJbBeDdfBHWKfkCp7dI2NZ65gqIwbRYDiid5dv6WZwR+Vq
gZ7tPKWt9qbbWHTB297F/VeOc94Qne9Msi+gdQRWEaDG7UsLTua8cbNBgPCRP0qpwb3pGDZsxkeV
RMtibYTNNbc5m67DN3wJ7aq1x5t17E2KR3mZSkrnmtAFnmmekysWNnmJyirItJQcrq2+slBjMd6s
ADmAdsVlzCol2t3YpuqoQu/P39HBk326Pr/2+C3uoXPHMEuEif6lidLp86hcKf/nd3+h5189ZzjD
Ye2AKU7hcMfNx/MRvX/zngngUb4HXDwIR3JF1oj/B3ARUdkkaVcnaxzmjT0u2BGFZ2exkAq2C5rQ
sjijUlUEldBxhDeHW+H+mzubRJMalQpx2k63jeogq5qwkwoH/JrDVskvTw3tNEezdFRrVLMQDTXr
qrUm7Xb26fzmxFXdEU4nz0AQSa2/h3kY+MTzfCqs9TCeyhUmqUjaVEYwBXkeXcUKMvGLmHN0xFiI
FOlycEmvT9/Q9c017fZ36MX+C4EYRBgkW0Q16oHXliCwIKgwH5WczqO6077ph+69pC3K68wTVl6o
J9qH+6kJ7JobJ4JR6JW1SYWeO9b+OhUEEnQRx55UP9TLYJzr56xdGTZT1pAc5REwVq1qm7mzECyT
5yp4WpkwD0ONwPQ9Ms5LHfBO6RAlAhbPjBDa4rSfUok6rRaffEInNKA7+vq3X9P+3l50Qc2nLM1D
MVYdQ+F1zxe+7HQHvWm316HDrSPqNjpUrYoNjAE82jqk2W9mdPLqjJkc7u52aaPfp0IN2BihtGCh
5MBrmUifK1Sqd0sd3ayGl5GVDS1rzj6mSiUWenkTqFIp0oSdeFlzcl0TLWsm9QwfJLTSgqfxzhf1
zfRW/CfEKPjd5h6NpkM6U38WUo0YVCrX8+SBv2r7pYIwnI9x1ipKi8WYAcKhhfxH+SsMRKRYe2EV
r3rN8Ht7/oau7m5oMBrQVwdf0dbGRkBa84YmvkdmofSPlG5/2iXUsJyLsFLThbUb1f6V2TSMvw3Z
x02FgyEZXDNk4hf31Wf5d8YbKQgT5AFMExx0ReQJXo4umaoF2kWeq8t6KpYRXEJMOvaVqeO8XOZI
uZqkoGXp1Lv06fo9tasdh6dUrSkUg8BnwDBqnrAWmVAtC/5h6GRsXfmgR4iWQx7AN4XWajTps8PP
6dPtB1o2Yy1KGzvsEeV0XPbsn6oIin4VuBat/C//9C+0099mkJdONnVUAmsFtPvV+Q0jWeGcB2QA
/7g4gjMFPU9WXiKTmbkadbF+BGhZhaKk/lg/gr0GBpLDs2xvi9O0WFnQchLMyYe1ApcNWyBnijn1
Td5X8pvJZLOOiXubOnZZGyxAxR7Tce85fXv6Zw5ZY0y5xza85Ufjby2UMnZZ8tzphhObAIp+FjbI
4P5d14fY3WTJEuGUntFPZ6/o/PKK9jZ26bB9RP0+GCy17JRodpyKBYHFvhWFRFhWV72JbIg4TtKx
JNVLIAU5KPMoim37bGsHxnfxslIf1/F7aVK1D9/LycJjXgI5QKjnV1wIbzv4C4A2B3CzXqzFiPY1
qUtLNnVnnPNrK5nzuJlgGF9lSVQr1qhebbFTv1VqM7gTYwHuO3W4axRbaJTnVGqIzygyt8H2APaE
ZBh9NNb5kjE+vVaXGq06fbh5x7Q4m57vnSItr1qVTQvCS1lGsw8cfi0fbO05dK86PiW1Ro9BEmm9
XaWb8xuaTef8sFD9APrSLGuV5hwe1kRSA3eIAJfmTXNFQBzHBHhZR6PkSMnAsYDUsuCs+pdoDJV2
8TgtC8JvCvxXGUDB1cvcYrXW+psS/5U8b0hFgU+iMJ/RYe8pvbn4kavuNCpNWiKB2uGRgpaVc7GV
PbQLKU/fC9fI0VXTp135eFj4o+EwAoIqTa9GAtVEsVczdT38h5bSGH6+H89+ZGH12dYXtLWB6sQi
DDCPIg3e0RcJREE21sh5nj49h/0DhsVGoCx0QoIoYUwyG1/AlToBksxiJ71E+5F0Le+QM/dhrQpZ
GuDEYj8N/KhLxxx6Sc9RRv7B7oGl/69oZIkpvxTGg3qp4U2tSqHMGSkvT7+nym2VLs4uqL+xwcDO
2bRIIy5lhmuFCKtPUra6B28aeI4QvFBNC4Lds16I7crg1L3OAZ3efqTK+JpxiaGfQWgxiDfHtDaP
61u5VA7VO7TkjzjJBM/RKDXoyeERNestKo1LnLIzGo5ob3+PQ5YYWMkPgp3u8skcHaqtDqIqfvo+
rPPWDww70x0pPydbYxcQJ6akADkGx8qCFmNEGmNqkPsatKz5TDLTFVuS10Kibk7LuZ32QaJkTlPl
xTKhVqVJG60dOrs7o4NSLeBd/MXyhNa6tmqCWyFmtajwuRdgnjkjK9K0TzANmJHDmYVaBFPNs3xw
bdJTz3gg441Kwa+uX9HZ5SV9sfkVbfR7XjuSIQPJnhQjsA24Hp+DlpHVZm6F7ouWYzqVRrrs065q
ea6AyFfHc0j9YG5EjJDUhWjdJlySa3LJfOUyxbLBnFV9KygAdsWzSNK1yxBwtQYqhRI1yi36y7v/
pOkFInd9Nps5Rzjx4bFTfjLhd59GfzH+87lkM2R8d1bosmCesQtht3tI48kgbM7L0E84/1lYAsIA
Dc0V6EjpfnQcyhZXpcmKimEpu0W11dim6caMy0YvBwsa9UccqmQ6Zd5chDheHcoSHiValMsctfO0
sBmhYieZmIqQuKh6g4aagBJJkIfUrPS5I/3nwACT60MLWw9ATbWsybRIy/KCEfxrm5UFflc3z2Gd
ze4/8iPgxNBgGu639hlXBKgDVGROK3FVqlPTI3ec3NWzelO0fJJz4u+8V8b4lkRQePsmSknBL9Cy
AHtRnxAETtMAQuMxMYLBAYxt5AzXfn/zgdNsXvS+oG6n5TeF+cxxH5kaffwkbgf2WD9NQBcjP3ov
i7zRsRQsOYvMa17Be7FCc8sKRH+c2/gsqDX9yaR/zL5JNJ5PmH9qv/dCCCEdEv7+DavgBb8ylkjq
kkt8djTMnOXB/l4x0wD43u3t0Zut10xw8OrVa+7L1tYm5xIzJsoNrsqA8WQsfHcJxGBREXmhwQzB
v7liqCoA1TxezLlMPVhMZrMx88iZwffwKOCyRO4IBQ/7sxxw1K6Ksk9aTTLC1YzHp3hY3HRjt09n
r8/objCIQpLcSWYhjQskMpUEsDDOgZdJ5fFD5Oqsucx5ubHjyw5TjZHkwGNBddVroTzgYixJzo/R
spjvfTZivvf7CPdWRpfSxzGTWcu8w/TRDQBC60n/Gb08/475h0Csj+Rwmway2jTMv+X9zfkNvYPZ
ddEsDkt3w+8iuYIkk0uUiN+TQyJb7UFPxm9S2BOJ6hNTwESeEylL09KUvtr+mtrNJpv26k5gTd1x
pOM6+v41tC7MmE5Y+YFwtSE9vMAJZM+jp6yf5vmcv0bTQzSSaDb/rLvPS3jzikxmTiEVWu6ekv4j
F5QxE98V8k2hCMAyCbdRjTjebLJ7ZkGQ6Fz1Ru7ro4NOO5XrytFSml5YWT47+oLOTy7ozU9vmbPq
f/zuH+jo6IhKrGSI4NH5oZV2gusnOOAF9yXoAD1e4RvqfJchwGcTKlYwh2ryjpezHCeGK9yBdW/M
+LSxhpVNXg6VbeWmSHbu09buLU2GU6ovaoy90BFU0Joey5PY1T2zeU2rmBUhqDQyiAFAp1ENRDLS
nankaJmLRTgIS0waplrWhJG4YM/KUlas92WVaV6aURpFtQswHtlYs8r51HwiM5lNP8cphAYqnt3O
Ib06/Y4qhSo1a4i6FR4YNXy4YM32Ju1w/rWySrisYkzSmSkmGvx7bpNyCcpaN5FTt5x2ZefSh7sP
9HTjOdVAxeaQ4Jrkqs5v9W8AZMg+mKqkXunOz+wHSnsN8wFQEx/UsdqozamT/6ig1TzCiBY5HZ5l
niqlgko2ZPZHgdBOy1hFw2f6BX8Z1ydc0GA24PujLJeHCri5lvUGJlctyA/oNrinbh6aPxmzBEvK
SxlgUMAFqMi4ti+//JJ+nP9Iw/MRffjwkY6PjwUOwj6oWAPNJd3DmnbCCdpwpKTMAPpcuPoOeg1E
bUdUgnYRDVDCnW8+zwo0aWXGVzgcRzhecCxMyu8jaQWuQ3a7MaDjrWPqtfveUS67Iyaui4o4NZL9
YOlgq9WhwoCxVSIgIYl1RxI1GYmrbpfyLwBANaR+BCQxQIYzJN1yPhKYHxyp2T188BBwcxRvhFIX
pXpZRHXcjDKSGczoY28FixnEIEZXAAFkZ5PBgt7N39KzrRdcRTobNUzbCnN6pRAL9o3gxu453CxM
ywqgOkvgKnIaiROuWpQE2QbuZH5HCDZIUDjk7Z0OPlGz1qFWqSGmAdesCxn5wbRxdL4OiiBCzJiX
LGgCnk3PDU/iNCb3VFoeXvuuDl7t1yrNPEzRrMYrzm3laRI4gWzOAQYvqViC29PAEXjYETXbbwHG
4LRPXwrsAW1p3piLiKogl+Kk8bNwovJ0QqVSg+8APvajrWO6Orqk8/EFffvtd+zP+vyzF1FlaX1G
gYXEAouv6wRkBv2+mDMUBpFJ+x380Faxkf6LUpM2r/HmrKmylLsuRlTIunjghEeRCpGWBQaedbrX
XIjZegqEwlTpTAX4tWoS5K1J0Zwkl0tnCR5QfVbAnGjfNDQM1VrKymOyoH9Qg5EmBEEGUwz2fVnA
pSv6Ak1tNiuxTV6yINVHtuU9T8q7uNrqEFqLEfWKW/T68gfqNftMgqYm7SqWiJ/dq8J9byDrpI/d
9AGJHsxhp6HAc1gSgO/Sp1UI/ikcqhzo0K7e0+8P/4Vm7C8RVSqK2jEJo1RalrEQgw5FdbWogc5N
nZPBRApjx856wwhRgPBMfWLrQr/5inQ0fuG+Ie0Hm2VuEMKtKWZNmN1SrVSnGkqN6Ubs/QEWyJu+
o1gLjK7vKHPyHOBaYZo1LWdKNCp1Otw5orP3Z2wWQmg9f/bUY7PsdTVX2DvxnUbK7hvnp7X3Qj8Z
7mTMVM1U8XUanWbNCfIVCeroJJM9TiEsmddBZVwLDi6mJnZUyAxJcJoTLlEhgTCgbdY36XJ0Rc1K
kyOIiARAMjMtRMTOKeA2nYixgzaeDZJDJrUNNT9Rne7ss/KmhcInJlStNliTAuAUjVVeh8LWPKfJ
aM40y4U15cLKBa1d+JAC0xkb8Z4WhAMWNcxboaMpU6/ToevRJv108pI6tQ41KrID6jJ9mLcqHtPs
RLfHLH/Gs2lqjfN9ua+HwxHXuMNc2ehj4ck7iaNEtgcFqZTd6DOoU98lpqxGk9kc0TJbxiz3TAJa
2NT4i4wKFBaF415jd7A6fn21JJMKZE3/vBGN6l3kv3cNVqhvMPI9eb9XwPAhQR8Bl2fd5xHUgu9g
OLse3gpejAlFuLA36HXVMS+pOFMnZIgjhtvdbdp/tk/zwYKW0wXd3d1Rf6PPa3kyBQuKbB7gn1Nt
UtEDmtuH79lZr8Ey9x4hsBBlnLO/U3zY8l5hRmtVaHmvcDVwmTE7xMvsjFXXFbyjfLMKAFxL4ddR
TiFtTMXqsqcRprweX3FNskq9wvzlYteFUu3KAa2ef/VB5K1FZTHADoCIovitAh5EfVZQq9W3IX2U
F4D6hal/hjU9MCTU5mthD5y7uJRqtWVKzNdf1FI3qfxt/VmtVp0OF4f0/acBvbl4Qy+2Xwh1j8Yc
Hqlk+YV1n6W49svEwe9t97CO7u5GNJlMaXAHn0SROp2mbHR6jBEiXgsvEL2/e0/PNz731YntnTj/
z9MWKyuolIZiAe8mfVTwwV2a373x/6XMmdJ3b59HT69+uPj5g4BZ+wqMy8BGBvUSPjLJC01yAOFo
73OgRcxU0QT1HA1g5N/V+PkpPUIFvEYIeUhY6TAYNAgtOMQrwoRbLVToeOcJXZ5d0Ye/fKLXr9/w
e2g08T4FZ8XYR+cXU1gLbx4OcqRmIis9ZaREibDS8WYEAszm0tw74sV9FNdGxJpYVc5P1oIGZbBO
XVPuGUjMyJ/l8gQxuCVwVxWItprb9HHwkZqVFmeXL+H15ys7n4Sho+CXMJPBlErOYesKERn5TBNs
lYOH7z2fcTkhAC05MdQNBmOBasLiGPKvwhvEtQPsoRxpWTwAiwmzQVBRkqwjebZyl3uoQMt3GcpC
FPArtIlut0VPp8/p5eX31KmfEkqulVaahukun+PTylUEcqf3+u7nBBtGowm1mg369PGMWWhrtSrV
6wbwa3B23HdmWg2LdzgbUaNU4/xUmRsw64KJJsZfiCaiE6x1a3TQRwKjNS6/qIbFN0+wdSaPMd60
8n9foUvljmcMb3HmnHNT6FnqnRrTlLFXz/qfMZuHIuMVlhEAmImQvadnS2/6OxMMhWCw4SeU3DZq
z9pYoUT1Yp2tkuYGynSdsbbzm9/+hqOKAk0KUVtteHfqhPdVeNR/NY3LAvrPHSdYANBql11aDxd0
zQosfVr0Q4IyqJqTDARzoTMANEjUEIFxxxQqbA4iNA8+d/Bk8aRDaNMVoLADz3Q0bqCye0SQXsqX
g0jTci5RI61LpqBRCCeekBylmDA9spieGseOg8LlKtF8JFoWP7yjrVmWkGKCWmlC4P/L/EbrhED8
nfqzFBXc67Zp426b3py9Zd9Gr9lz7Lar/Vk5LuDsF/f2V0+w7yPWyVVwIPJzfnbJC6HRqFG1VqJa
tU6VqjHRrONbI4hOJwKv1X7nwPtHfERw7p6RK6QACCyLAI0XnbIQeByVW9SRsEiDI8kgeHU1/jxE
I/W6sfb1sGYFXeCAsxFIsZcKbArutw7F51eTOgBsRkfUPLHAimh5MjNhmekNm9cLbPiIXsYQIz57
4awlZw2BXHK3u8e1HZF6B2zWk6dPqNVs0mwmWk3Gie+ig7Ca7NRWHGdeE7SAMEBYiIT2jZ36UJhy
Bl+sKUEOoJlsUnkBirNZIE+PQ9aCgYGfyxPbL5cM9X9z+4Zuyw1Wc7XYJJe5Bz2M0XqUyEwrJ0ev
O+j23BBFK5eqtHDpLfiCzb9KXSaAlvgqKFBN0LHg6wnPEUYSzzJDfcUZAspz1qh8kjUAqmomWBPm
kX6exzUXLXLmTr1epXatTcO7Af10+hP99ui3XJBVNeSYD17uv/zZ9477kW4csbgXwYJ0rNPTC0Go
j0e0u7tpZEQwtZSaBA2QF/ue39++pX86/Feaju74b0+yN1Ow4NJpUYb5wcEkBBW24p3kFBdJQb3r
Xuc6d9GDRtY/vjEJnYDUZwS98+3iloUDNvfxeMCQnVqtyedNpiNzDdNpYwP6ublc7+PStcr3HY8T
0KrmCqIEH4IlZapVKsyM8f7kPV3Vrmh7e4fTsFBKrdvt5Drx1VcWqbru+zy/HO4FM1Qb3mnKFKGB
NB8xTCwwIcmUv3Lh4YgaTtlhV+JQtq8jptqWi8T0ql26GcMB3+CXoZWfIelZKppUVZG+EBRaI9Dt
lFpSx40N273wW3mNSjqqUQ42Fx1YEA5/7FTsgDdg0nhncrCHwpSKBZgYkowa7RxGhV8xFR7otLbH
5/0ePsM46Yvq9drUajXp/3v9b/Tp5iMd9g6pUJBSSvo8qdDK1VIf1Pf7dYjZfMEmAqimwSGGjWNr
WwprqolnrwYNTAnZPM0LCk8sdZMAVko1kHiB61xi/Babfa7ElmMv5Xs4kynzhEbJWiWcYp+W3STv
G7f7G/qH/NaoGepsKInXgxv66eIl/ctn/8JWi5TnmlKt3mKhJcVDJbIqvdG56+akEvYlvFuhubOc
wPNc73PRTPRdBZ/RDJliVKwL2Lvf6dHXz7+ml60fuCz9u3fvPb1Lq9WIikCoLPDBMU0sV/YF8OW5
ZGptWl2a9BVxCk4pYorg75KAjVeh2Fcm/cFYcSFVy0yGycdgNjjXKpVIhcNF2B51rVvtcXQBEaBK
XShBOFTpwqAcCWBgnVLfOo3NVJTNa8yNXq7RMnLAz2nhkqG12gmbmzxA8LEJYZuq5nYeQkgJauK+
PJx87NXfoomvRkK89QaEeJGeb35GrxA1rHZ58kSGjy5y4wgPbd2iWyWssiscn4B+B1rr1eUtbe/U
uW+bW92QIB+Zi1rZRPBIgosLeCkc8+HuI7NVYGPx/iQEH7QMnOMFV9I4iwHTjc3qc6acbc4jrhBA
HgicMG9E46gCNG8CpCazAluFLBANOXlypHyC8bi+vaF3l++oXULRFg1KOf7y8YCK9Q7Vqk0ajW4k
ST5JnYr6nuvXSoWW/M4RvGqFlmNlBY4FAvuEQLzHBAZF2uz26Wq4Rd++/Std/XRDT54cUbvTol6v
64GoWLPwV2mAgZ3xTolgKBPWZg3rVQqoKsmnKCjWDeYwdgi0cGRYoA8Wj6VKkSIWQAslWhlAsOxU
k2fmXX+uaFmR0CJ8HLWIyzlUtRAd2qht0OnwjBkIAAgEfkodezyZ3Q6tHWHHukPn8memXLftMK7D
ktwRkwVB5hzwwIfpPaZjqtVasQM+NRXSl23X66NCyQ9wWt/TtGs83i7fEHz1T/aP6HZ8Q6/OXtEX
5a+oAYemajTL/KrU6++yrs9Z3wSEFOAKvX6XDg532bFerZYzWp6eyeFrRnuLpihFU8XcYI2BwaIn
9MXu/6C7uwt/LzaJPaFdYJXVsDcva4S8dRJHJt8qoaLakzWtjFZihvCXtWCvsG9GqXacR8Jmegzn
Y5otJ/Q/jn7HAQZNe0HDOphMBlSrtakKoTW+NbAGK6jVmX+f/h8RIokQKJeZMjqqosNju3BgUsFY
1ao12u5u0buTt1RqFuny8pJL/DFND2ANIDRw3O3KwyUwB/FXA+8oTngRRAxGd551rYJjl6M66y2u
S5vmJMo9ZSNTrZUrM6mti0uyxIU66dDEXLTSRRcgTdWZvtAkSyKqlxtUm1bZNKw2AHOQ9APYzD6h
00w4ySRXIRFcqenrYKR7QTUqjTgKJEDMRYesd+T2kmdYzsIc7t8s/4Yt35kdFpwyUGjV5CJ9tv8Z
/cerf6fXp6/pswOg4JU9MuV/WtfWC6e0Qau6vLyhwWDIBI6T8YjhCrF+Ez8L5oRic7TUmRTXxAST
hXc5PKfN9q7kFBqQKFfzVRPR22iiheOa+BMTV8gkk7eZDsLDjZ8VAAAIyElEQVRKazc7WqodrNZU
7mtrfJjOd6WgyLvhkG7mV/T5/hfUqAmUwHZSsFETKhYx5jANIcCGQnipQkvN4NyIYdYq9r946pY4
NQ5Ng1PYWCQqj2MK1G936dneM1FCipvsosDvtmo6zMygTQclRJldqxqESSmbfXd188irkOT8oBO4
FjTgRlxkQ5+BOeExQfQDqIewU4X8TBIsZRcNoECWim4MFWuyVd+it7dviaZFapexYwBE5pKZnZDy
2AwWenhYSenQF5nnTxQNT/Ad1pcFznb2dzgtC5MbWpb4prDAYdJGIxWam1j3Syw74VeJicd+br9X
Myf4s/CctXqFc+3++O4/aKe/Rf1m36Uq5MYUVvT7Ac2xLoxHUxoM4Pgt0OZWj4nUyoZyCCFnXNGW
Fg87rBNWzMoRyNv0Xb65eU3/9OR/M/Oq7RXmhQASJZKlc0mdq2IOrnieJK0vMxTr3HVKMbxy/Nab
XJkhTP6WdwjIzJxen7xhkkgANFnoJjQ3ugHD6Y6qT7AcGO7AlmqyGBT8Svn3Taeq/hnAnZJu47MA
3AahcAEGb1aqdLhzwIWS8S56vZhuHJoVlxRz14oc6yaV5r4mUcEAHEXD/EFf1b1g1/9sFmpFMB2O
rypi9gANQcrvorJZG1g+C59DE2qXO1w/blSZ0N7GtteuBBAm/gpenMoquqIKSDQBoHksnZZlkls1
z5B9ILgOgodz4L8mYjKCIz6k62df8b077EMWfV6vV02p1Ofi7Ac3eRiN7PA7GJvtzS06uDukk+EJ
1Ut1LlkmCknhHrPwYcIKSHUI/dvbERfLBTyh3+/6iiY6PBNHpIfGVL8u9UJ9Ihh/mAoABaoJKCuu
QB9vP1C/tU2NUp1u58MQjXXheq4GncBltPCu+h3Vj6UL0Ooo6sqzI55NmXR5g7+qQp2OvS5c9Rct
ufrU9eyK/tfxP4sAZ1NQcVf2QWT9jFHgFPTE9jmNkEqd7QWnKXpDZUVTc1uzBaxgUxYNjrRzOl2J
E/GPto7or+++oZefXtJXx19kGCTSgAm+5gIUvjpRoIxRuhu9L5t7jt/eV+sB8t5x0auLwCpHWv8Q
1x8OBlTmwpcuxB7Us/CKxSEGBDwmriwoLsMDgaCDvFxSv96ns/IZ3YyuqDtuU7nScrw2UpNPTUyN
MmQ1mMJ6BzxDFzRlRwQWrgMyBzZCEbGZjgXngmMtm2QCoksn20MNrfXH37MkHIeTTF6ZadaFppoi
BztKRfr6+Gv65uQb+v79D/Sbp19zwVlb/OLR93edEOFPdHs7YEdxrddibJUII6MJu+RWRSNjkql5
gAleAdW0q8QdmVgFYg57JNb+/vh/cxjfm35G4tjiLz7X3JkSjKY2uWTh+WTTW9n8Pdw4qXmUHKPB
i4gqaLXL/kEasyzUJV3f3rKjfa+7T21XoTxjwCWVb9Q/nHmy4HkXSp1CcaWlkM4MzUmEgqDpNRBS
IEGMfUamUk6BqFNv05Otp3Q2OKXzuwuuZQi+LKwpRbYLjfLCzwW1yLwmNhGaZUHeF4UE0lHfAFQu
yPagobEyg3cPOVNe+NQgNNECJzQcjej07JzKmj6jAC7k/xSYhjakP0DosHrmHGk8GFhcLmNeRf1B
74AX2Pn1BZP7IQwuRSSDtqVqcYgqyXCLeSkmhRUM4oAXv5WYhousuchspAgYzJkFAGwOFuagpkBW
aK0SAJFHPvk7z+bI23XDZzpZYlBguJdPpfWZtKDXKdJufZf+dPoHOr3c5vJJwUGZ9un+Jj4NqTLU
aNRpOr3hir1SuTsco4IK/gILGsakEdVcnk9CzZq06l0uvLBgCj7b+oJKS2hpgZfJCmnbr/C7cDcp
gFjHLuNzypEs6WKNPl/n27L9zx05VUmSSxjh6DX/5YLeX3ygcq1ET7efOu1KT457qH/qnFAgcfpQ
3strCESWSe+sZpl6TdWXhQZTLA9bZbVcbJY7vW32R7789BNtNbfo+f7TiAtLgl1TSfFBOp2tjeCB
nkoFRLSsyAbkHzt5nxLUM35vN1zW3Lw4OaNXP72isq0yq7spS9uSUItgMJQalW/ueKQFBStQe71r
u9pmXAcKmm5NN6WwhZPCquUohF8fShtHGZCqwRHD+AVDyyo6fizN3PfmIucZysNCA2FUPfh4gNPi
LH2dIJzQdb+5du/neS1HcLjJLAI1cAVEQkfXsfsdH6sfB/8Qbv7/K7vanoSBGFyVtwHT8ZJASPzE
v/GzP18T0ZBIAiYDlBEcmLZrr3dbAPkGGbvubr17+vZ0FE9gns5hkAw4MK486uXOxGWp+Rsm4spG
w+t9hHa7SaFtRObka7xDvnbukCMRHi+DmlCxPEVonDkUO0vf4KEzgGE0hCzbFuHpso9SzB5CAaZr
OCHAcEMx/izrmgyV8+rzyDsuzm37fNBwY09Dr6LjuLXCddtkW8gbB5gOpxC1GNWU5kkPJ92HCh4r
1DsuFrZKHRx9oHaDugjMb1XXmTGp1buhkBFTi8w5AaUYjavViNIbS3eW30uI0iaMkrGya6Cuok4j
eKAGMeYjNEqa/xVsnpI07YtbdHDXjs9Yc8sghSKD9Tp04y7x0HujyQlLtW7B2oiNigemFEhzGY1H
JAX9Th9W6y845Bjt8RIwSHSGoC5vRz5UjR9Mu/9MTC9yvMlVKFQuRlku8iCUz/SCIan+v6qIww3t
HILxT/GqUZw9X9Djqu+PMKVngvl/5L0VUcx9I4HVbqHUHc735SvOOVmFvgOduq5G09V6ki8QbmkD
CxENzTuaFQb2h0M6w/4EH+t3eHp8huxnrUXRvO6skKGcbJ65vLriR3bIm8xn9UldWE/Pr1OCIsXt
zGt5CaMy7zhz2IfP70AWz+Nmt4V2J4K4FbvrLLoPlkn8NezT4eg2jqM+rCKaJ26X0xURzvIbbO1v
biKx3zOaQ50m/2PFPVt13KRG8LJ4hc90AePeRJlR8F58yDjKahbZ90mKvNrXoUpeYxriBcKH9pvj
XHDiOkUuewm9x3+2Ia6QXmS8+AAAAABJRU5ErkJggg==