20211109 14453000 FALSE 20250502 11364900 20250508 14432200 1.0 Server=MAPS-SQL; Service=sde:sqlserver:MAPS-SQL; Database=mapssde; User=GISOWNER; Version=sde.DEFAULT ArcSDE Connection GISOWNER.NHD_Flowline_STP 002 NHDFlowlineToMeta Relationship 11.532 -90.257673 -89.526848 30.150789 30.712847 1 Projected GCS_North_American_1983 Linear Unit: Foot_US (0.304801) <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/3.3.0'><WKT>PROJCS[&quot;NAD_1983_StatePlane_Louisiana_South_FIPS_1702_Feet&quot;,GEOGCS[&quot;GCS_North_American_1983&quot;,DATUM[&quot;D_North_American_1983&quot;,SPHEROID[&quot;GRS_1980&quot;,6378137.0,298.257222101]],PRIMEM[&quot;Greenwich&quot;,0.0],UNIT[&quot;Degree&quot;,0.0174532925199433]],PROJECTION[&quot;Lambert_Conformal_Conic&quot;],PARAMETER[&quot;False_Easting&quot;,3280833.333333333],PARAMETER[&quot;False_Northing&quot;,0.0],PARAMETER[&quot;Central_Meridian&quot;,-91.33333333333333],PARAMETER[&quot;Standard_Parallel_1&quot;,29.3],PARAMETER[&quot;Standard_Parallel_2&quot;,30.7],PARAMETER[&quot;Latitude_Of_Origin&quot;,28.5],UNIT[&quot;Foot_US&quot;,0.3048006096012192],AUTHORITY[&quot;EPSG&quot;,3452]]</WKT><XOrigin>-124791100</XOrigin><YOrigin>-91255500</YOrigin><XYScale>3048.0060960121928</XYScale><ZOrigin>0</ZOrigin><ZScale>1</ZScale><MOrigin>-1023.7418235</MOrigin><MScale>10000</MScale><XYTolerance>0.0032808333333333331</XYTolerance><ZTolerance>2</ZTolerance><MTolerance>0.001</MTolerance><HighPrecision>true</HighPrecision><WKID>102682</WKID><LatestWKID>3452</LatestWKID></ProjectedCoordinateSystem> NAD_1983_StatePlane_Louisiana_South_FIPS_1702_Feet CopyFeatures NHDFlowline "H:\source\Workspace\PRobinson\MAP + DATA REQUESTS\2021\OCTOBER\National Hydrography Dataset 2020-06-16\NHDFlowline_STP_Clip.shp" # # # # AddField "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/2.1.0'><WorkspaceConnectionString>DATABASE=H:\source\Workspace\Christine\ArcPro_Projects\STP Hydrography Clean Up</WorkspaceConnectionString><WorkspaceFactory>Shapefile</WorkspaceFactory><Dataset>NHDFlowline_STP_Clip.shp</Dataset><DatasetType>esriDTAny</DatasetType></CIMStandardDataConnection>" Name Text # # 255 # NON_NULLABLE NON_REQUIRED # AddField "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/2.1.0'><WorkspaceConnectionString>DATABASE=H:\source\Workspace\Christine\ArcPro_Projects\STP Hydrography Clean Up</WorkspaceConnectionString><WorkspaceFactory>Shapefile</WorkspaceFactory><Dataset>NHDFlowline_STP_Clip.shp</Dataset><DatasetType>esriDTAny</DatasetType></CIMStandardDataConnection>" NameSource Text # # 255 # NON_NULLABLE NON_REQUIRED # AddField "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/2.1.0'><WorkspaceConnectionString>DATABASE=H:\source\Workspace\Christine\ArcPro_Projects\STP Hydrography Clean Up</WorkspaceConnectionString><WorkspaceFactory>Shapefile</WorkspaceFactory><Dataset>NHDFlowline_STP_Clip.shp</Dataset><DatasetType>esriDTAny</DatasetType></CIMStandardDataConnection>" Priority Text # # 255 # NON_NULLABLE NON_REQUIRED # CalculateField NHDFlowline_STP_Clip Name !GNIS_Name! "Python 3" # DeleteField "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/2.1.0'><WorkspaceConnectionString>DATABASE=H:\source\Workspace\Christine\ArcPro_Projects\STP Hydrography Clean Up</WorkspaceConnectionString><WorkspaceFactory>Shapefile</WorkspaceFactory><Dataset>NHDFlowline_STP_Clip.shp</Dataset><DatasetType>esriDTAny</DatasetType></CIMStandardDataConnection>" GNIS_Name CalculateField NHDFlowline_STP_Clip NameSource "U.S. Geological Survey, 2019, National Hydrography Dataset (published 20191002), accessed October 14, 2021 at URL https://www.usgs.gov/core-science-systems/ngp/national-hydrography/access-national-hydrography-products" "Python 3" # CalculateField NHDFlowline_STP_Clip Priority 1 "Python 3" # CalculateField NHDFlowline_STP_Clip Name "Foster Bayou" "Python 3" # CalculateField NHDFlowline_STP_Clip NameSource "Esri, DeLorme, HERE, TomTom, Intermap, increment P Corp., GEBCO, USGS, FAO, NPS, NRCAN, GeoBase, IGN, Kadaster NL, Ordnance Survey, Esri Japan, METI, Esri China (Hong Kong), swisstopo, MapmyIndia, and the GIS User Community; 08/2021" "Python 3" # CalculateField NHDFlowline_STP_Clip Name "John Cane Bayou" "Python 3" # CalculateField NHDFlowline_STP_Clip NameSource "USGS, US Topo, English Lookout Quadrangle 7.5 Min Series, 2015" "Python 3" # CalculateField NHDFlowline_STP_Clip Name "Jug Bayou" "Python 3" # CalculateField NHDFlowline_STP_Clip NameSource "Esri, DeLorme, HERE, TomTom, Intermap, increment P Corp., GEBCO, USGS, FAO, NPS, NRCAN, GeoBase, IGN, Kadaster NL, Ordnance Survey, Esri Japan, METI, Esri China (Hong Kong), swisstopo, MapmyIndia, and the GIS User Community; 08/2021" "Python 3" # CalculateField NHDFlowline_STP_Clip Priority 1 "Python 3" # Text NO_ENFORCE_DOMAINS CalculateField NHDFlowline_STP_Clip NameSource "Google Maps; Retrieved 11/23/2021, https://www.google.com/maps/@30.394228,-90.195963,17z" "Python 3" # Text NO_ENFORCE_DOMAINS CalculateField NHDFlowline_STP_Clip Name "Tchefuncte River " "Python 3" # Text NO_ENFORCE_DOMAINS CalculateField NHDFlowline_STP_Clip Priority 1 "Python 3" # Text NO_ENFORCE_DOMAINS CalculateField NHDFlowline_STP_Clip Name "Tchefuncte River" "Python 3" # Text NO_ENFORCE_DOMAINS CalculateField NHDFlowline_STP_Clip NameSource "Google Maps; Retrieved 11/23/2021, https://www.google.com/maps/@30.394228,-90.195963,17z" "Python 3" # Text NO_ENFORCE_DOMAINS CalculateField NHDFlowline_STP_Clip Priority 1 "Python 3" # Text NO_ENFORCE_DOMAINS CalculateField NHDFlowline_STP_Clip Name "Toumer Mill Pond " "Python 3" # Text NO_ENFORCE_DOMAINS CalculateField NHDFlowline_STP_Clip NameSource "USGS, US Topo, Rigolets Quadrangle 7.5 Min Series, 2015" "Python 3" # Text NO_ENFORCE_DOMAINS CalculateField NHDFlowline_STP_Clip Priority 1 "Python 3" # Text NO_ENFORCE_DOMAINS CalculateField NHDFlowline_STP_Clip Name "Toumer Mill Pond" "Python 3" # Text NO_ENFORCE_DOMAINS CalculateField NHDFlowline_STP_Clip NameSource "USGS, US Topo, Rigolets Quadrangle 7.5 Min Series, 2015" "Python 3" # Text NO_ENFORCE_DOMAINS CalculateField NHDFlowline_STP_Clip Priority 1 "Python 3" # Text NO_ENFORCE_DOMAINS CalculateField NHDFlowline_STP_Clip Name "Toumer Mill Pond" "Python 3" # Text NO_ENFORCE_DOMAINS CalculateField NHDFlowline_STP_Clip Name "W-14 Canal" "Python 3" # Text NO_ENFORCE_DOMAINS CalculateField NHDFlowline_STP_Clip NameSource "https://www.anyplaceamerica.com/search/results.php?lat=30.2751945&lng=-89.7811745&distance=60&title=Slidell%2C+LA; https://nwis.waterdata.usgs.gov/la/nwis/nwismap/?site_no=07374570&agency_cd=USGS Retrieved 11/23/2021." "Python 3" # Text NO_ENFORCE_DOMAINS CalculateField NHDFlowline_STP_Clip Priority 1 "Python 3" # Text NO_ENFORCE_DOMAINS CalculateField NHDFlowline_STP_Clip Name "W-14 Canal" "Python 3" # Text NO_ENFORCE_DOMAINS CalculateField NHDFlowline_STP_Clip NameSource "https://www.anyplaceamerica.com/search/results.php?lat=30.2751945&lng=-89.7811745&distance=60&title=Slidell%2C+LA; https://nwis.waterdata.usgs.gov/la/nwis/nwismap/?site_no=07374570&agency_cd=USGS Retrieved 11/23/2021." "Python 3" # Text NO_ENFORCE_DOMAINS CalculateField NHDFlowline_STP_Clip Priority 1 "Python 3" # Text NO_ENFORCE_DOMAINS CalculateField NHDFlowline_STP_Clip NameSource "USGS, US Topo, Rigolets Quadrangle 7.5 Min Series, 2015" "Python 3" # Text NO_ENFORCE_DOMAINS CalculateField NHDFlowline_STP_Clip Priority 3 "Python 3" # Text NO_ENFORCE_DOMAINS CalculateField NHDFlowline_STP_Clip NameSource "USGS, US Topo, Rigolets Quadrangle 7.5 Min Series, 2015" "Python 3" # Text NO_ENFORCE_DOMAINS CalculateField NHDFlowline_STP_Clip Priority 2 "Python 3" # Text NO_ENFORCE_DOMAINS CalculateField NHDFlowline_STP_Clip Name "West Double Bayou" "Python 3" # Text NO_ENFORCE_DOMAINS CalculateField NHDFlowline_STP_Clip NameSource "USGS, US Topo, Rigolets Quadrangle 7.5 Min Series, 2015" "Python 3" # Text NO_ENFORCE_DOMAINS CalculateField NHDFlowline_STP_Clip Priority 2 "Python 3" # Text NO_ENFORCE_DOMAINS CalculateField NHDFlowline_STP_Clip Name "East Double Bayou" "Python 3" # Text NO_ENFORCE_DOMAINS CalculateField NHDFlowline_STP_Clip Name "Fritchie Marsh" "Python 3" # Text NO_ENFORCE_DOMAINS CalculateField NHDFlowline_STP_Clip NameSource "Esri, DeLorme, HERE, TomTom, Intermap, increment P Corp., GEBCO, USGS, FAO, NPS, NRCAN, GeoBase, IGN, Kadaster NL, Ordnance Survey, Esri Japan, METI, Esri China (Hong Kong), swisstopo, MapmyIndia, and the GIS User Community; 08/2021" "Python 3" # Text NO_ENFORCE_DOMAINS CalculateField NHDFlowline_STP_Clip Priority 3 "Python 3" # Text NO_ENFORCE_DOMAINS CalculateField NHDFlowline_STP_Clip NameSource "USGS, US Topo, Lacombe Quadrangle 7.5 Min Series, 2015" "Python 3" # Text NO_ENFORCE_DOMAINS CalculateField NHDFlowline_STP_Clip Priority 3 "Python 3" # Text NO_ENFORCE_DOMAINS CalculateField NHDFlowline_STP_Clip Name "Bayou Des Mats" "Python 3" # Text NO_ENFORCE_DOMAINS CalculateField NHDFlowline_STP_Clip Priority 3 "Python 3" # Text NO_ENFORCE_DOMAINS CalculateField NHDFlowline_STP_Clip Name "Bayou Des Mats" "Python 3" # Text NO_ENFORCE_DOMAINS CalculateField NHDFlowline_STP_Clip Priority 2 "Python 3" # Text NO_ENFORCE_DOMAINS CalculateField NHDFlowline_STP_Clip Name ""Facianes' Canal"" "Python 3" # Text NO_ENFORCE_DOMAINS CalculateField NHDFlowline_STP_Clip Priority 2 "Python 3" # Text NO_ENFORCE_DOMAINS CalculateField NHDFlowline_STP_Clip NameSource "North Shore Beach Subdivision Plat. J.C. Gandolfo, Jr., Surevyor. Dated: 9/23/1954" "Python 3" # Text NO_ENFORCE_DOMAINS CalculateField NHDFlowline_STP_Clip Name "Bayou Dubuisson" "Python 3" # Text NO_ENFORCE_DOMAINS CalculateField Waterways Name "" "Python 3" # Text NO_ENFORCE_DOMAINS CalculateField Waterways Name "" "Python 3" # Text NO_ENFORCE_DOMAINS CalculateField Waterways Name "" "Python 3" # Text NO_ENFORCE_DOMAINS CalculateField Waterways Name "" "Python 3" # Text NO_ENFORCE_DOMAINS CalculateField Waterways NameSource "" "Python 3" # Text NO_ENFORCE_DOMAINS CalculateField Waterways Priority 3 "Python 3" # Text NO_ENFORCE_DOMAINS CalculateField Waterways Priority 3 "Python 3" # Text NO_ENFORCE_DOMAINS CalculateField Waterways Priority 3 "Python 3" # Text NO_ENFORCE_DOMAINS CalculateField Waterways NameSource "" "Python 3" # Text NO_ENFORCE_DOMAINS CalculateField Waterways Priority 2 "Python 3" # Text NO_ENFORCE_DOMAINS CalculateField Waterways Priority 2 "Python 3" # Text NO_ENFORCE_DOMAINS CalculateField Waterways Priority 2 "Python 3" # Text NO_ENFORCE_DOMAINS CalculateField Waterways Priority 2 "Python 3" # Text NO_ENFORCE_DOMAINS CalculateField Waterways Priority 2 "Python 3" # Text NO_ENFORCE_DOMAINS CalculateField Waterways Priority 2 "Python 3" # Text NO_ENFORCE_DOMAINS CalculateField Waterways Priority 2 "Python 3" # Text NO_ENFORCE_DOMAINS CalculateField Waterways Priority 2 "Python 3" # Text NO_ENFORCE_DOMAINS CalculateField Waterways Priority 2 "Python 3" # Text NO_ENFORCE_DOMAINS CalculateField Waterways Priority 2 "Python 3" # Text NO_ENFORCE_DOMAINS CalculateField Waterways Priority 2 "Python 3" # Text NO_ENFORCE_DOMAINS CalculateField Waterways Priority 2 "Python 3" # Text NO_ENFORCE_DOMAINS CalculateField Waterways Priority 2 "Python 3" # Text NO_ENFORCE_DOMAINS CalculateField Waterways Priority 2 "Python 3" # Text NO_ENFORCE_DOMAINS CalculateField Waterways Priority 2 "Python 3" # Text NO_ENFORCE_DOMAINS CalculateField Waterways Priority 2 "Python 3" # Text NO_ENFORCE_DOMAINS CalculateField Waterways Priority 2 "Python 3" # Text NO_ENFORCE_DOMAINS CalculateField Waterways Priority 2 "Python 3" # Text NO_ENFORCE_DOMAINS CalculateField Waterways Priority 2 "Python 3" # Text NO_ENFORCE_DOMAINS CalculateField Waterways Priority 2 "Python 3" # Text NO_ENFORCE_DOMAINS CalculateField Waterways Priority 8 "Python 3" # Text NO_ENFORCE_DOMAINS CalculateField Waterways Priority 2 "Python 3" # Text NO_ENFORCE_DOMAINS CalculateField Waterways Priority 2 "Python 3" # Text NO_ENFORCE_DOMAINS CalculateField Waterways Priority 2 "Python 3" # Text NO_ENFORCE_DOMAINS CalculateField Waterways Priority 2 "Python 3" # Text NO_ENFORCE_DOMAINS CalculateField Waterways Priority 2 "Python 3" # Text NO_ENFORCE_DOMAINS CalculateField Waterways Priority 2 "Python 3" # Text NO_ENFORCE_DOMAINS CalculateField Waterways Priority 2 "Python 3" # Text NO_ENFORCE_DOMAINS CalculateField Waterways Priority 2 "Python 3" # Text NO_ENFORCE_DOMAINS CalculateField Waterways Priority 2 "Python 3" # Text NO_ENFORCE_DOMAINS CalculateField Waterways Priority 2 "Python 3" # Text NO_ENFORCE_DOMAINS CalculateField Waterways Priority 2 "Python 3" # Text NO_ENFORCE_DOMAINS CalculateField Waterways Priority 2 "Python 3" # Text NO_ENFORCE_DOMAINS CalculateField Waterways Priority 2 "Python 3" # Text NO_ENFORCE_DOMAINS CalculateField Waterways Priority 2 "Python 3" # Text NO_ENFORCE_DOMAINS CalculateField Waterways Priority 2 "Python 3" # Text NO_ENFORCE_DOMAINS CalculateField Waterways Priority 2 "Python 3" # Text NO_ENFORCE_DOMAINS CalculateField Waterways Priority 2 "Python 3" # Text NO_ENFORCE_DOMAINS CalculateField Waterways Priority 2 "Python 3" # Text NO_ENFORCE_DOMAINS CalculateField Waterways Priority 2 "Python 3" # Text NO_ENFORCE_DOMAINS CalculateField Waterways Priority 2 "Python 3" # Text NO_ENFORCE_DOMAINS CalculateField Waterways Priority 2 "Python 3" # Text NO_ENFORCE_DOMAINS CalculateField Waterways Priority 2 "Python 3" # Text NO_ENFORCE_DOMAINS CalculateField Waterways Priority 2 "Python 3" # Text NO_ENFORCE_DOMAINS CalculateField Waterways Priority 2 "Python 3" # Text NO_ENFORCE_DOMAINS CalculateField Waterways Priority 2 "Python 3" # Text NO_ENFORCE_DOMAINS CalculateField Waterways Priority 2 "Python 3" # Text NO_ENFORCE_DOMAINS CalculateField Waterways Priority 2 "Python 3" # Text NO_ENFORCE_DOMAINS CalculateField Waterways Priority 2 "Python 3" # Text NO_ENFORCE_DOMAINS CalculateField Waterways Priority 2 "Python 3" # Text NO_ENFORCE_DOMAINS CalculateField Waterways Priority 2 "Python 3" # Text NO_ENFORCE_DOMAINS CalculateField Waterways Priority 2 "Python 3" # Text NO_ENFORCE_DOMAINS CalculateField Waterways Priority 2 "Python 3" # Text NO_ENFORCE_DOMAINS CalculateField Waterways Priority 2 "Python 3" # Text NO_ENFORCE_DOMAINS CalculateField Waterways Priority 2 "Python 3" # Text NO_ENFORCE_DOMAINS CalculateField Waterways Priority 2 "Python 3" # Text NO_ENFORCE_DOMAINS CalculateField Waterways Priority 2 "Python 3" # Text NO_ENFORCE_DOMAINS CalculateField Waterways Priority 2 "Python 3" # Text NO_ENFORCE_DOMAINS CalculateField Waterways Priority 2 "Python 3" # Text NO_ENFORCE_DOMAINS CalculateField Waterways Priority 2 "Python 3" # Text NO_ENFORCE_DOMAINS CalculateField Waterways Priority 2 "Python 3" # Text NO_ENFORCE_DOMAINS CalculateField Waterways Priority 2 "Python 3" # Text NO_ENFORCE_DOMAINS CalculateField Waterways Priority 2 "Python 3" # Text NO_ENFORCE_DOMAINS CalculateField Waterways Priority 2 "Python 3" # Text NO_ENFORCE_DOMAINS CalculateField Waterways Priority 2 "Python 3" # Text NO_ENFORCE_DOMAINS CalculateField Waterways Priority 2 "Python 3" # Text NO_ENFORCE_DOMAINS CalculateField Waterways Priority 2 "Python 3" # Text NO_ENFORCE_DOMAINS CalculateField Waterways Priority 2 "Python 3" # Text NO_ENFORCE_DOMAINS CalculateField Waterways Priority 2 "Python 3" # Text NO_ENFORCE_DOMAINS CalculateField Waterways Priority 2 "Python 3" # Text NO_ENFORCE_DOMAINS CalculateField Waterways Priority 2 "Python 3" # Text NO_ENFORCE_DOMAINS CalculateField Waterways Priority 2 "Python 3" # Text NO_ENFORCE_DOMAINS CalculateField Waterways Priority 2 "Python 3" # Text NO_ENFORCE_DOMAINS CalculateField Waterways Priority 2 "Python 3" # Text NO_ENFORCE_DOMAINS CalculateField Waterways Priority 2 "Python 3" # Text NO_ENFORCE_DOMAINS FeatureClassToFeatureClass NHDFlowline_STP_Clip X:\Vertex\PROJECTS\_GISOWNER\GISOWNER\esri-sql.sde\GIS_Prod_Data.GISOWNER.Basemap NHD_Flowline_STP # "Permanent_ "Permanent_" true true false 40 Text 0 0,First,#,NHDFlowline_STP_Clip,Permanent_,0,40;FDate "FDate" true true false 8 Date 0 0,First,#,NHDFlowline_STP_Clip,FDate,-1,-1;Resolution "Resolution" true true false 10 Long 0 10,First,#,NHDFlowline_STP_Clip,Resolution,-1,-1;GNIS_ID "GNIS_ID" true true false 10 Text 0 0,First,#,NHDFlowline_STP_Clip,GNIS_ID,0,10;LengthKM "LengthKM" true true false 19 Double 0 0,First,#,NHDFlowline_STP_Clip,LengthKM,-1,-1;ReachCode "ReachCode" true true false 14 Text 0 0,First,#,NHDFlowline_STP_Clip,ReachCode,0,14;FlowDir "FlowDir" true true false 10 Long 0 10,First,#,NHDFlowline_STP_Clip,FlowDir,-1,-1;WBArea_Per "WBArea_Per" true true false 40 Text 0 0,First,#,NHDFlowline_STP_Clip,WBArea_Per,0,40;FType "FType" true true false 10 Long 0 10,First,#,NHDFlowline_STP_Clip,FType,-1,-1;FCode "FCode" true true false 10 Long 0 10,First,#,NHDFlowline_STP_Clip,FCode,-1,-1;MainPath "MainPath" true true false 10 Long 0 10,First,#,NHDFlowline_STP_Clip,MainPath,-1,-1;InNetwork "InNetwork" true true false 10 Long 0 10,First,#,NHDFlowline_STP_Clip,InNetwork,-1,-1;Visibility "Visibility" true true false 10 Long 0 10,First,#,NHDFlowline_STP_Clip,Visibility,-1,-1;Shape_Leng "Shape_Leng" true true false 19 Double 0 0,First,#,NHDFlowline_STP_Clip,Shape_Leng,-1,-1;Name "Name" true true false 254 Text 0 0,First,#,NHDFlowline_STP_Clip,Name,0,254;NameSource "NameSource" true true false 254 Text 0 0,First,#,NHDFlowline_STP_Clip,NameSource,0,254;Priority "Priority" true true false 254 Text 0 0,First,#,NHDFlowline_STP_Clip,Priority,0,254" # FeatureClassToFeatureClass GIS_Prod_Data.GISOWNER.NHD_Flowline_STP X:\Vertex\PROJECTS\_GISOWNER\GISOWNER\atlas-sql.sde\atlassde.GISOWNER.Basemap NHD_Flowline_STP # "Permanent_ "Permanent_" true true false 40 Text 0 0,First,#,GIS_Prod_Data.GISOWNER.NHD_Flowline_STP,Permanent_,0,40;FDate "FDate" true true false 8 Date 0 0,First,#,GIS_Prod_Data.GISOWNER.NHD_Flowline_STP,FDate,-1,-1;Resolution "Resolution" true true false 4 Long 0 10,First,#,GIS_Prod_Data.GISOWNER.NHD_Flowline_STP,Resolution,-1,-1;GNIS_ID "GNIS_ID" true true false 10 Text 0 0,First,#,GIS_Prod_Data.GISOWNER.NHD_Flowline_STP,GNIS_ID,0,10;LengthKM "LengthKM" true true false 8 Double 8 38,First,#,GIS_Prod_Data.GISOWNER.NHD_Flowline_STP,LengthKM,-1,-1;ReachCode "ReachCode" true true false 14 Text 0 0,First,#,GIS_Prod_Data.GISOWNER.NHD_Flowline_STP,ReachCode,0,14;FlowDir "FlowDir" true true false 4 Long 0 10,First,#,GIS_Prod_Data.GISOWNER.NHD_Flowline_STP,FlowDir,-1,-1;WBArea_Per "WBArea_Per" true true false 40 Text 0 0,First,#,GIS_Prod_Data.GISOWNER.NHD_Flowline_STP,WBArea_Per,0,40;FType "FType" true true false 4 Long 0 10,First,#,GIS_Prod_Data.GISOWNER.NHD_Flowline_STP,FType,-1,-1;FCode "FCode" true true false 4 Long 0 10,First,#,GIS_Prod_Data.GISOWNER.NHD_Flowline_STP,FCode,-1,-1;MainPath "MainPath" true true false 4 Long 0 10,First,#,GIS_Prod_Data.GISOWNER.NHD_Flowline_STP,MainPath,-1,-1;InNetwork "InNetwork" true true false 4 Long 0 10,First,#,GIS_Prod_Data.GISOWNER.NHD_Flowline_STP,InNetwork,-1,-1;Visibility "Visibility" true true false 4 Long 0 10,First,#,GIS_Prod_Data.GISOWNER.NHD_Flowline_STP,Visibility,-1,-1;Shape_Leng "Shape_Leng" true true false 8 Double 8 38,First,#,GIS_Prod_Data.GISOWNER.NHD_Flowline_STP,Shape_Leng,-1,-1;Name "Name" true true false 254 Text 0 0,First,#,GIS_Prod_Data.GISOWNER.NHD_Flowline_STP,Name,0,254;NameSource "NameSource" true true false 254 Text 0 0,First,#,GIS_Prod_Data.GISOWNER.NHD_Flowline_STP,NameSource,0,254;Priority "Priority" true true false 254 Text 0 0,First,#,GIS_Prod_Data.GISOWNER.NHD_Flowline_STP,Priority,0,254" # DeleteField "Hydrology Flowlines" Permanent_;FDate;Resolution;GNIS_ID;LengthKM;ReachCode;WBArea_Per;MainPath;InNetwork;Visibility;Shape_Leng "Delete Fields" ExportFeatures "Hydrology Flowlines" X:\Vertex\PROJECTS\PORTAL\EXTERNAL_maps\mapssde(GISOWNER).sde\GISOWNER.Basemap\GISOWNER.NHD_Flowline_STP # NOT_USE_ALIAS "FlowDir "FlowDir" true true false 4 Long 0 10,First,#,Hydrology Flowlines,FlowDir,-1,-1;FType "FType" true true false 4 Long 0 10,First,#,Hydrology Flowlines,FType,-1,-1;FCode "FCode" true true false 4 Long 0 10,First,#,Hydrology Flowlines,FCode,-1,-1;Name "Name" true true false 254 Text 0 0,First,#,Hydrology Flowlines,Name,0,253;NameSource "NameSource" true true false 254 Text 0 0,First,#,Hydrology Flowlines,NameSource,0,253;Priority "Priority" true true false 254 Text 0 0,First,#,Hydrology Flowlines,Priority,0,253" # 150000000 5000 ItemDescription Microsoft Windows XP Version 5.1 (Build 2600) Service Pack 2; ESRI ArcCatalog 9.3.1.1850 en The National Hydrography Dataset (NHD) is a feature-based database that interconnects and uniquely identifies the stream segments or reaches that make up the nation's surface water drainage system. NHD data was originally developed at 1:100,000-scale and exists at that scale for the whole country. This high-resolution NHD, generally developed at 1:24,000/1:12,000 scale, adds detail to the original 1:100,000-scale NHD. (Data for Alaska, Puerto Rico and the Virgin Islands was developed at high-resolution, not 1:100,000 scale.) Local resolution NHD is being developed where partners and data exist. The NHD contains reach codes for networked features, flow direction, names, and centerline representations for areal water bodies. Reaches are also defined on waterbodies and the approximate shorelines of the Great Lakes, the Atlantic and Pacific Oceans and the Gulf of Mexico. The NHD also incorporates the National Spatial Data Infrastructure framework criteria established by the Federal Geographic Data Committee.Complete FCode list for NHD Hydrography Features can be found here: https://nhd.usgs.gov/userGuide/Robohelpfiles/NHD_User_Guide/Feature_Catalog/Hydrography_Dataset/Complete_FCode_List.htm The NHD is a national framework for assigning reach addresses to water-related entities, such as industrial discharges, drinking water supplies, fish habitat areas, wild and scenic rivers. Reach addresses establish the locations of these entities relative to one another within the NHD surface water drainage network, much like addresses on streets. Once linked to the NHD by their reach addresses, the upstream/downstream relationships of these water-related entities--and any associated information about them--can be analyzed using software tools ranging from spreadsheets to geographic information systems (GIS). GIS can also be used to combine NHD-based network analysis with other data layers, such as soils, land use and population, to help understand and display their respective effects upon one another. Furthermore, because the NHD provides a nationally consistent framework for addressing and analysis, water-related information linked to reach addresses by one organization (national, state, local) can be shared with other organizations and easily integrated into many different types of applications to the benefit of all. U.S. Geological Survey in cooperation with U.S. Environmental Protection Agency, USDA Forest Service, and other Federal, State and local partners (see dataset specific metadata under Data_Set_Credit for details). See dataset specific metadata. NHDFlowline_STP_Clip NHDFlowline vector digital data \\igskbthisusy01\nhdgeo\oracle_export\GDBExtractServer\Template\NHD_File_Template_High_92v210.gdb Unknown Reston, Virginia U.S. Geological Survey See dataset specific metadata. REQUIRED: The year (and optionally month, or month and day) for which the data set corresponds to the ground. In work Irregular -200 -56.8344239 143.165576 0 U.S. Department of the Interior, U.S. Geological Survey, 1999, Standards for National Hydrography Dataset (http://mapping.usgs.gov/standards/) FWHydrography Hydrography Stream / River Lake / Pond Canal / Ditch Reservoir Spring / Seep Swamp / Marsh Artificial Path Reach Code US U.S. Department of Commerce, 1977, Countries, dependencies, areas of special sovereignty, and their principal administrative divisions (Federal Information Processing Standards 10-3): Washington, D.C., National Institute of Standards and Technology. None. None. Acknowledgment of the originating agencies would be appreciated in products derived from these data. Personal GeoDatabase Feature Class Earth Science Information Center, U.S. Geological Survey 1 888 ASK USGS ask@usgs.gov 0800-1600 Eastern Time In addition to the address above there are other ESIC offices throughout the country. A full list of these offices is at URL: http://mapping.usgs.gov/esic/esic_index.html See dataset specific metadata. Microsoft Windows 10 Version 10.0 (Build 26100) ; Esri ArcGIS 13.3.0.52636 NHD Flowlines 0.000000 0.000000 1 -90.257673 -89.526848 30.712847 30.150789 The NHD is a national framework for assigning reach addresses to water-related entities, such as industrial discharges, drinking water supplies, fish habitat areas, wild and scenic rivers. Reach addresses establish the locations of these entities relative to one another within the NHD surface water drainage network, much like addresses on streets. Once linked to the NHD by their reach addresses, the upstream/downstream relationships of these water-related entities--and any associated information about them--can be analyzed using software tools ranging from spreadsheets to geographic information systems (GIS). GIS can also be used to combine NHD-based network analysis with other data layers, such as soils, land use and population, to help understand and display their respective effects upon one another. Furthermore, because the NHD provides a nationally consistent framework for addressing and analysis, water-related information linked to reach addresses by one organization (national, state, local) can be shared with other organizations and easily integrated into many different types of applications to the benefit of all. <div style='text-align:Left;'><div><div><p style='text-align:Center;'><span style='font-weight:bold;font-size:16pt'>USGS NHD STREAM FLOWLINES</span></p><p style='text-align:Center;'><span>The National Hydrography Dataset (NHD) is a feature-based database that interconnects and uniquely identifies the stream segments or reaches that make up the nation's surface water drainage system. NHD data was originally developed at 1:100,000-scale and exists at that scale for the whole country. This high-resolution NHD, generally developed at 1:24,000/1:12,000 scale, adds detail to the original 1:100,000-scale NHD. (Data for Alaska, Puerto Rico and the Virgin Islands was developed at high-resolution, not 1:100,000 scale.) Local resolution NHD is being developed where partners and data exist. The NHD contains reach codes for networked features, flow direction, names, and centerline representations for areal water bodies. Reaches are also defined on waterbodies and the approximate shorelines of the Great Lakes, the Atlantic and Pacific Oceans and the Gulf of Mexico. The NHD also incorporates the National Spatial Data Infrastructure framework criteria established by the Federal Geographic Data Committee.</span></p><p style='text-align:Center;'><a href='https://www.usgs.gov/national-hydrography/national-hydrography-dataset' target='_blank' style='text-decoration:underline;'><span>https://www.usgs.gov/national-hydrography/national-hydrography-dataset</span></a></p><p style='text-align:Center;'><span>Complete FCode list for NHD Hydrography Features can be found here:</span></p><p style='text-align:Center;'><a href='https://nhd.usgs.gov/userGuide/Robohelpfiles/NHD_User_Guide/Feature_Catalog/Hydrography_Dataset/Complete_FCode_List.htm' style='text-decoration:underline;'><span>https://nhd.usgs.gov/userGuide/Robohelpfiles/NHD_User_Guide/Feature_Catalog/Hydrography_Dataset/Complete_FCode_List.htm</span></a></p><p><span /></p></div></div></div> ©2025 U.S. Geological Survey ©2025 St. Tammany Parish Government - GIS Division of the Department of Technology Last Updated: Hydrography Stream River Lake Pond Canal Ditch Reservoir Spring Seep Swamp Marsh Artificial Path Reach Code flowlines <div style='text-align:Left;'><div><div><p style='text-align:Center;'><span style='font-weight:bold;font-size:8pt'>None. Acknowledgment of the originating agencies would be appreciated in products derived from these data.</span></p><p style='text-align:Center;'><span style='font-weight:bold;font-size:8pt'>For planning purposes only. It is not a legally recorded plan, survey, official tax map or engineering schematic, and it is not intended to be used as such.</span></p><p style='text-align:Center;'><span style='font-size:8pt'>©2025 St. Tammany Parish Government - GIS Division of the Department of Technology</span></p></div></div></div> en FGDC Content Standards for Digital Geospatial Metadata FGDC-STD-001-1998 local time REQUIRED: The person responsible for the metadata information. Earth Science Information Center, U.S. Geological Survey mailing address Reston VA 20192
507 National Center
USA 1 888 ASK USGS. nhd@usgs.gov In addition to the address above there are other ESIC offices throughout the country. A full list of these offices is at URL: http://mapping.usgs.gov/esic/esic_index.html 20100520 ISO 19115 Geographic Information - Metadata DIS_ESRI1.0 dataset Downloadable Data ArcGIS Geodatabase 8.3 tar and uncompress 002 file://\\igskbthisusy01\nhdgeo\oracle_export\GDBExtractServer\Template\NHD_File_Template_High_92v210.gdb Local Area Network Personal GeoDatabase Feature Class Enterprise Geodatabase Feature Class 11.532 Vector Simple FALSE 0 TRUE TRUE GCS_North_American_1983 North American Datum of 1983 Geodetic Reference System 80 6378137.000000 298.257222 Explicit elevation coordinate included with horizontal coordinates 0.000025 National Geodetic Vertical Datum of 1929 meters GCS_North_American_1983 EPSG 8.9.3(10.0.0) 0 GISOWNER.NHD_Flowline_STP Feature Class 0 Shape Shape Geometry 8 0 0 Feature geometry. ESRI Coordinates defining the features. FlowDir FlowDir Integer 4 10 0 OBJECTID OBJECTID OID 4 10 0 Internal feature number. Esri Sequential unique whole numbers that are automatically generated. FType FType Integer 4 10 0 FCode FCode Integer 4 10 0 ArtificialPath 558 Resolution 0 Resolution Coded Value Default value Duplicate Integer FlowDir HydroFlowDirections Coded Value Default value Duplicate Integer 0 FType 558 HydroFlowDirections Coded Value Default value Duplicate Integer FCode 55800 ArtificialPath FCode Coded Value Default value Duplicate Integer MainPath 0 MainPath Domain Coded Value Default value Duplicate Integer InNetwork NoYes Domain Coded Value Default value Default value Integer 1 VisibilityFilter 0 VisibilityFilter Domain Coded Value Default value Duplicate Integer CanalDitch 336 Resolution 0 Resolution Coded Value Default value Duplicate Integer FlowDir HydroFlowDirections Coded Value Default value Duplicate Integer 0 FType 336 HydroFlowDirections Coded Value Default value Duplicate Integer FCode 33600 CanalDitch FCode Coded Value Default value Duplicate Integer MainPath 0 MainPath Domain Coded Value Default value Duplicate Integer InNetwork NoYes Domain Coded Value Default value Default value Integer 1 VisibilityFilter 0 VisibilityFilter Domain Coded Value Default value Duplicate Integer Pipeline 428 Resolution 0 Resolution Coded Value Default value Duplicate Integer FlowDir HydroFlowDirections Coded Value Default value Duplicate Integer 0 FType 428 HydroFlowDirections Coded Value Default value Duplicate Integer FCode 42805 Pipeline FCode Coded Value Default value Duplicate Integer MainPath 0 MainPath Domain Coded Value Default value Duplicate Integer InNetwork NoYes Domain Coded Value Default value Default value Integer 1 VisibilityFilter 0 VisibilityFilter Domain Coded Value Default value Duplicate Integer Underground Conduit 420 Resolution 0 Resolution Coded Value Default value Duplicate Integer FlowDir HydroFlowDirections Coded Value Default value Duplicate Integer 0 FType 420 HydroFlowDirections Coded Value Default value Duplicate Integer FCode 42000 Underground Conduit FCode Coded Value Default value Duplicate Integer MainPath 0 MainPath Domain Coded Value Default value Duplicate Integer InNetwork NoYes Domain Coded Value Default value Default value Integer 1 VisibilityFilter 0 VisibilityFilter Domain Coded Value Default value Duplicate Integer StreamRiver 460 Resolution 0 Resolution Coded Value Default value Duplicate Integer FlowDir HydroFlowDirections Coded Value Default value Duplicate Integer 0 FType 460 HydroFlowDirections Coded Value Default value Duplicate Integer FCode 46006 StreamRiver FCode Coded Value Default value Duplicate Integer MainPath 0 MainPath Domain Coded Value Default value Duplicate Integer InNetwork NoYes Domain Coded Value Default value Default value Integer 1 VisibilityFilter 0 VisibilityFilter Domain Coded Value Default value Duplicate Integer Connector 334 Resolution 0 Resolution Coded Value Default value Duplicate Integer FlowDir HydroFlowDirections Coded Value Default value Duplicate Integer 0 FType 334 HydroFlowDirections Coded Value Default value Duplicate Integer FCode 33400 Connector FCode Coded Value Default value Duplicate Integer MainPath 0 MainPath Domain Coded Value Default value Duplicate Integer InNetwork NoYes Domain Coded Value Default value Default value Integer 1 VisibilityFilter 0 VisibilityFilter Domain Coded Value Default value Duplicate Integer Coastline 566 Resolution 0 Resolution Coded Value Default value Duplicate Integer FlowDir HydroFlowDirections Coded Value Default value Duplicate Integer 0 FType 566 HydroFlowDirections Coded Value Default value Duplicate Integer FCode 56600 Coastline FCode Coded Value Default value Duplicate Integer MainPath 0 MainPath Domain Coded Value Default value Duplicate Integer InNetwork NoYes Domain Coded Value Default value Default value Integer 1 VisibilityFilter 0 VisibilityFilter Domain Coded Value Default value Duplicate Integer Name Name String 254 0 0 NameSource NameSource String 254 0 0 Priority Priority String 254 0 0 Shape.STLength() Shape.STLength() Double 0 0 0 NHDFlowlineToMeta Relationship The National Hydrography Dataset is a comprehensive set of digital spatial data that encodes information about naturally occurring and constructed bodies of water, paths through which water flows, and related entities. The information encoded about features includes a feature date, classification by type, other characteristics, a unique common identifier, the feature length or area, and (rarely) elevation of the surface of water pools and a description of the stage of the elevation. For reaches, encoded information includes a reach code. Names and their identifiers in the Geographic Names Information System, are assigned to most feature types. The direction of flow is encoded for networked features. The data also contains relations that encode metadata, and information that supports the exchange of future updates and improvements to the data. The names and definitions of all feature types, characteristics, and values are in the Standards for National Hydrography Dataset: Reston, Virginia, U.S. Geological Survey, 1999. The document is available online through http://mapping.usgs.gov/standards/. The names and definitions of all feature types, characteristics, and values are in U.S. Geological Survey, 1999, Standards for National Hydrography Dataset High Resolution: Reston, Virginia, U.S. Geological Survey. The document is available online through http://mapping.usgs.gov/standards/. Information about tables and fields in the data are available from the user documentation for the National Hydrography Dataset at http://nhd.usgs.gov. The National Map - Hydrography Fact Sheet is also available at: http://erg.usgs.gov/isb/pubs/factsheets/fs06002.html. 20250508 Statements of attribute accuracy are based on accuracy statements made for U.S. Geological Survey Digital Line Graph (DLG) data, which is estimated to be 98.5 percent. One or more of the following methods were used to test attribute accuracy: manual comparison of the source with hardcopy plots; symbolized display of the DLG on an interactive computer graphic system; selected attributes that could not be visually verified on plots or on screen were interactively queried and verified on screen. In addition, software validated feature types and characteristics against a master set of types and characteristics, checked that combinations of types and characteristics were valid, and that types and characteristics were valid for the delineation of the feature. Feature types, characteristics, and other attributes conform to the Standards for National Hydrography Dataset (USGS, 1999) as of the date they were loaded into the database. All names were validated against a current extract from the Geographic Names Information System (GNIS). The entry and identifier for the names match those in the GNIS. The association of each name to reaches has been interactively checked, however, operator error could in some cases apply a name to a wrong reach. This statement is generally true for the most common sources of NHD data. Other sources and methods may have been used to create or update NHD data. In some cases, additional information may be found in the NHDMetadata table. Points, nodes, lines, and areas conform to topological rules. Lines intersect only at nodes, and all nodes anchor the ends of lines. Lines do not overshoot or undershoot other lines where they are supposed to meet. There are no duplicate lines. Lines bound areas and lines identify the areas to the left and right of the lines. Gaps and overlaps among areas do not exist. All areas close. The completeness of the data reflects the content of the sources, which most often are the published USGS topographic quadrangle and/or the USDA Forest Service Primary Base Series (PBS) map. The USGS topographic quadrangle is usually supplemented by Digital Orthophoto Quadrangles (DOQs). Features found on the ground may have been eliminated or generalized on the source map because of scale and legibility constraints. In general, streams longer than one mile (approximately 1.6 kilometers) were collected. Most streams that flow from a lake were collected regardless of their length. Only definite channels were collected so not all swamp/marsh features have stream/rivers delineated through them. Lake/ponds having an area greater than 6 acres were collected. Note, however, that these general rules were applied unevenly among maps during compilation. Reaches codes are defined on all features of type stream/river, canal/ditch, artificial path, coastline, and connector. Waterbody reach codes are defined on all lake/pond and most reservoir features. Names were applied from the GNIS database. Detailed capture conditions are provided for every feature type in the Standards for National Hydrography Dataset available online through http://mapping.usgs.gov/standards/. This statement is generally true for the most common sources of NHD data. Other sources and methods may have been used to create or update NHD data. In some cases, additional information may be found in the NHDMetadata table. Statements of horizontal positional accuracy are based on accuracy statements made for U.S. Geological Survey topographic quadrangle maps. These maps were compiled to meet National Map Accuracy Standards. For horizontal accuracy, this standard is met if at least 90 percent of points tested are within 0.02 inch (at map scale) of the true position. Additional offsets to positions may have been introduced where feature density is high to improve the legibility of map symbols. In addition, the digitizing of maps is estimated to contain a horizontal positional error of less than or equal to 0.003 inch standard error (at map scale) in the two component directions relative to the source maps. Visual comparison between the map graphic (including digital scans of the graphic) and plots or digital displays of points, lines, and areas, is used as control to assess the positional accuracy of digital data. Digital map elements along the adjoining edges of data sets are aligned if they are within a 0.02 inch tolerance (at map scale). Features with like dimensionality (for example, features that all are delineated with lines), with or without like characteristics, that are within the tolerance are aligned by moving the features equally to a common point. Features outside the tolerance are not moved; instead, a feature of type connector is added to join the features. This statement is generally true for the most common sources of NHD data. Other sources and methods may have been used to create or update NHD data. In some cases, additional information may be found in the NHDMetadata table. Statements of vertical positional accuracy for elevation of water surfaces are based on accuracy statements made for U.S. Geological Survey topographic quadrangle maps. These maps were compiled to meet National Map Accuracy Standards. For vertical accuracy, this standard is met if at least 90 percent of well-defined points tested are within one-half contour interval of the correct value. Elevations of water surface printed on the published map meet this standard; the contour intervals of the maps vary. These elevations were transcribed into the digital data; the accuracy of this transcription was checked by visual comparison between the data and the map. This statement is generally true for the most common sources of NHD data. Other sources and methods may have been used to create or update NHD data. In some cases, additional information may be found in the NHDMetadata table. The processes used to create and maintain high-resolution NHD data can be found in the table called "NHDMetadata". Because NHD data can be downloaded using several user-defined areas, the process descriptions can vary for each download. The NHDMetadata table contains a list of all the process descriptions that apply to a particular download. These process descriptions are linked using the DuuID to the NHDFeatureToMetadata table which contains the com_ids of all the features within the download. In addition, another table, the NHDSourceCitation, can also be linked through the DuuID to determine the sources used to create or update NHD data. Unknown Dataset copied. \\F880\oracle_export\GDBExtractServer\Template\NHD_Template_High.mdb 20071130 Metadata imported. D:\Workspace\v107\Metadata\nhdflowline.xml 20100421 16520900 Dataset copied. \\IGSKBTHIWS531\D\ExtractTest\oracle_export\GDBExtractServer\Template\NHD_File_Template_High_92v200.gdb 20100520 16121900 Dataset copied. \\igskbthisusy01\nhdgeo\oracle_export\GDBExtractServer\Template\NHD_Template_High_92v210.mdb 20120221 13582500 iVBORw0KGgoAAAANSUhEUgAAASwAAADICAYAAABS39xVAAAAAXNSR0IB2cksfwAAAAlwSFlzAAAu IwAALiMBeKU/dgAAIABJREFUeJztnQnYVeMa95+TTMdxnM4xHVNligaziKRjTopQMlaSoURRKolU MpY0ijQoNKDBUCEyZAoRIUdCZY6ETIe+63d/3/N+z7taz1p773eP77r/17Wv/b57zdN/3cP/ue+q 69evX28UCoWiBFC10DugUCgUqUIJS6FQlAyUsBQKRclACauIQDjxL3/5i3caqMh037Sw9bhgueDy 7nxh09NBVBg1bJ3BbWe6jVwflyL7UMIqErz++utm1qxZ3um77LKLadeunffhGTdunPnkk0+8y590 0knmoIMOSunh+/33380zzzxj5s2bZxYtWmRWrVplvvvuO/l9s802M1tuuaXZeuutzR577GHq1atn Dj30UHPggQeajTfeOO2HG0JYvXq1eeqpp8wrr7xi3nnnHfP555+bNWvWmJ9//tlUrVpVtvfPf/7T 1KxZ0+y5555mv/32M/Xr1zc77bRTWtvK53EpcgMlrCLB4sWLTb9+/bzTGzVqZNq3b++dPmHCBPP8 8897rZUdd9zRHHzwwd7lWe6PP/4wY8aMMQMHDjQrVqyI3ecXXnih7O9TTz3VPPTQQ7HLsB27j08+ +aQZOnSoeeKJJ8z//vc/7zJfffWVWbZsmVm4cGG535cuXSoEFre9fByXIj9QwlIIvv76a9OqVatI 0osCpJCq+/T++++bjh07yrZALpU1+TwuRe6hhJVw8DCuXbvWHHPMMWbJkiXmzz//zGg9PNBRD7Ul iylTppgLLrjA/PTTTxnvs91eMRyXIr9QwlKY7t27y0Oda4wdO9ZcdNFFObWoCnFcivxBCSvh+Pjj j8348eO9FkiVKlXK/rauUZBwUrGs5s+fL24gLlZFLadiOC5FYaCElXCQmYwjkf33399cf/31kjHb aKONJC5ENg8SmjlzpmT1ovDjjz9KhjMqsO5iu+22k23usMMO8j+uHcFyAu9su1iOS5F/KGEVEcLe 8rnG22+/HbtNHn5LHmCbbbYxtWvXlmA2Wb4ZM2aYt956yxucvv322yMlF9bigUDI5B199NFCIEGw fjKDjz32mGRFo/Y7H8elyD+UsIoEYQ+oizhrIVN8++23kdN5WF33KWy/TzvtNPmEPdi//PKLGTZs WOx+tG7dWmJcm2yyiXce1l2rVi35dO3aNTKQnuvjUhQGSlhFhHQV39nA3/72t8jpbPecc84RYaoV arr74vvbAmsIYWjU+hGBWrKKO047ne8owsn1cSkKAyWshANVd5wrijp87733Nm3btjWdO3eWZaLI wsXs2bNj57n55psjLatiPC5FYaCElXA0bdrU9O3b1zvdul3opkaMGGFGjRplmjRpYnr06GEaNmwY a4UE1elB1KhRQ1T8dl4yieniueeeM3/961/zelyKwkAJK+Eg0H388cenZAlZPP744zI/pDBkyBAZ 4+eLu33wwQeR6zrssMPkG0vohx9+kDGV6cBnReXyuBSFgxJWwsEDf+edd5oGDRqYL774IlYRbqdD Eo888oh59tlnJf7UokWLDVThyBl+/fXXyPVtv/32Zctl05rJ5XEpCgclrISDB3TnnXc2c+fONc2b NzfLly9Pa3lIiQzfxIkTzRlnnFFu2m+//Ra7PNUYSu24FIWDElYRISpInCt9lrUc6tSpIzGknj17 SubMtTiiwHx8OnToYA455JBybpSb9fOtB1FoLmQDuTwuReGghFUkiMuSxVkrcSpy6j3FEQM1p0aP Hi0aJ2I4DFSGUFLBunXrJNuHG2ZBfSmOK2rfUZbnGtk+LkXhoIRVJNhqq60ipzM0hTd+MO1uLQVq RlVk/a6+CbU3D/htt91m7rvvPlGqMywG+GJB7AfK8JEjR5btI9+77767effdd73bffXVV80333wj hfOwhh588MFyGitcszZt2lSo2kK2j0tROChhFQlI70cBQsIa2WeffTaY9umnn5qPPvoocvnq1aun 7XZhIV188cWiU6IkzOTJk2P3EZEoQ1wsDjjggEjCwvrC6hkwYIAsh7I8HcV6JsjGcSkKAyWsIsGu u+5qNt98c3FBfLjhhhvMAw88sEEN8kGDBkVWJaDEL8NZwrBgwQLz/fffmxNOOKFcNszdBvuFSzR1 6tRISwRQ1tgF6500aVLksQ8ePNg0btxYalcF3Vb2P5P4Xa6PS1EYKGEVCYj1oEmitrnvwaFUL5ZB 7969JQNGuv6OO+4ww4cPj1w3QWNiWD7r4fTTTxfR5DXXXCN1zH1IxUILup4nn3yyqVatWqSlhPSB +a699lrTqVMnGVZT0SB8ro9LURgoYRURqB/+9NNPl6t7HqxNfvfdd8snHZxyyineh9JmJhnzx2ff ffeV/YA8scogUsSfVFGIGoCNJYSVGHywUaBffvnlUsbFd1zWgunVq5dYkbiR1kX+7LPPMqpikevj UhQGSlhFhLPPPtv06dMnq3Eb4jUErdNphkFpFmAJJlXhZMuWLUN/79atm8SJqOUeB1ximkDYeu/Z KrmTi+NS5B9KWEUCHpy///3vpn///ubSSy+t8ENqM1q4j7hkqcJnBfn2xz7w//jHP8SSCpuOlTVt 2jQZM0hbLbvOMARjSdnSn2X7uBSFgRJWkYGa5wwLQStUUTAmrkuXLjmv54RanXLE2267rXceJAVz 5syRWBWxt1JAKselyC+UsIoMEAvVNLFK+I6zBHyWFVUz77nnHskQprLNTGJEgNgOCvJmzZrFzk9f RHRXkDLkBSyZpqqzCmYNEYX69FH5OC5FfqGEVYQgIAzZ0K2ZmBaxn1QfPOo7kW0jQ5YK0GfVrVtX YjzpAEkAMTcycGQsUwUNXR999FHJhiLc5DvVWu+A80DGE/cSzRbj/MIyoPk+LkV+oIRVZHBdN7Ja uFAvv/yylD557bXXRCRKUB7BJQ8XCnEyajRSQHOEFZOOIpsyLNQtJ2NGQTvKu7z33nsiCyDexHYg BCwZmkPQwp1MG3IBYm7pupp2/mOPPVY+X375pXSApk09AlPbpp7SyhA3lg7bhoj32msvOT4kChx7 MR2XIj9QwipyQD48SLZuFIgaUJzpg0bLdypu+tZnt5XtRhnEhyhVjFVj1x0Uxgb/L4XjUuQGSlhF jigCylWFg7hp2a5bFfbt21Ym2y7EcSlyAyUshUJRMlDCUigUJQMlLIVCUTJQwlIoFCUDJSyFQlEy UMJSKBQlAyUshUJRMlDCUigUJQMlLIVCUTJQwlIoFCUDJSyFQlEyUMJSKBQlAyUshUJRMlDCUigU JQMlLIVCUTLIOWFRqzuqnZJbQC0KcfNlYzofX7XOuOWzdZzFjuBxBAvgBQvhlfrxKhJGWNTrpsec 78al4mSdOnVi18NDsHTpUimhG4ZNN920XFXOIGh+8NNPP3mn02iTcrlRoJwvZXx9oJwvpYoz3Ycg KOG7zTbbSAlfyvYWGlyDJUuWSMlmyg1/8803cjwbbbSRNM2gJdZOO+1UVspYu80oSo6wfvjhB6nd 7Ss/S1tyHmRucuAjNiyfIUOGmLvuuit0Ot15ly1b5t2PDh06mHfeece7H0888YTspw/sF12ZKeXr Q+PGjaV+uG/5Cy64QPYhE+ywww7SEfnoo4+W5gs0c0i1EWhFwPmilTzdpkeMGCEvjVTAfnFNH3nk Ebk2qe5n0EpTC01RVDEs3tBnnnmmefHFF2MbCyQZWJY0ouDTo0cPaVBB09Xdd989p9ulW/JZZ50l lmU65MG8dPtZu3ZtWtuz24AYP/nkE3P88cenvc+KyouCExZvUrqbdO/e3QwfPtyUKtLprZcJ3N6E dHyZOnWqtMsaNGiQWI/ZtkTY1sKFC4UwIJ10eiMC91yE7VtwXd9//71Yp3PnzhVr9+OPP5YuQEpY iqIiLIs777zTHHXUUeLuKOLBA79u3Tpz8cUXm9WrV5tevXpl9bRBIC1btkzbQko3XHDHHXcIQREW IN6pnWsUJUFY3KhYCsRpatasWejdKXq4Fs/VV18tiQsar6bTkzAKEMnKlSu9VmNYtxmXbOKIh2Vo WU/T17j1KxRFR1jcoLzVCWrPnz9fmmgqUkfHjh3FQiWJkQ3ce++9sdfryCOPlA7TZDFpfErSg2av XD+sJ4Wi0hKWfZPTAZg24TfffHOi3rRIA6ZMmSIkwLmgQzFu0oQJE8wLL7xQZrH4LJfPPvtM2ttf fvnlFdoP1v/111+bjz76KHK+E0880cyYMUP2O8xVffjhhyWray1Bex2tXi3qWMKue1TWkHX6LEt3 e+667f0Wp7tz990uZ5fJJJPpy4IGz1MQ2dIXrg+cczvNt56gpu6PP/7Y4Jzl8xktGsJycfvtt5v/ /Oc/EnRNCrgx0FrReh6gv8LNa9u2rRk7dqy59NJLze+//x75kENuFSUs66rFoXbt2t6HfYsttpBu zmQXiUsFiRV5BNsh9uYDx0mbeTc2hzyCsIGLoUOHerV5oGvXrnIuIeFRo0ZJvIxW9VjyuNJRQM4B KSPNWLRokSQCsCTR69WoUcM0aNBALMwjjjgiZVec88G6yIqTgUXmwv5zziEDtGxIWDi/PAPEEeP0 gT///LNkjH3gvrLnkYTNfffdZ+6//37ZD84F54dQzHnnnWfOOOOMcsfC8U6cONE89NBDkhzjRbrl lluaevXqyTls3759Xr2hoiMs3mB82rVrZ15//XXRG0W9ebK97bg3bi637cJ9q6Pf4mbG7fOB/eMG hBC44TMF66latWqsFcRNzzWqVavWBvtrv7G+ghYYYlOs57jzyXRczJtuuqlsfejcgoQ1btw4eZB8 62vTpo1Yiy1atJCHzZ5nyNCXveTDAw2hrVixYoN5IFo+3J+QYMOGDSVpxLmIsnSuu+46M3r0aCFP 3/5+++238oHIyAQjYenTp48Qb5UqVUKtRYjVnqcgmP7vf//b9OzZU84TLxJEv+79xnmZM2eOfLDy H3jgAREtY+EzP+fPnZ9EzIIFC+TDeSJbjWg6kYTlnkQYnzQ3D1Cu8eabb27wcLngBotSuecaPKg8 nLjMUSCG1KxZs4wJnuV23nnnWJkGVgGqfvYLq65YEyWQQ6tWreR+SuWlgwXCMUHIqYB1Pvfcc+bQ Qw81s2bNMo0aNfLOi7XG/qSDH3/8UUgL4hwyZIjJFIQVmjZtKuuLujewJjt37mwuvPBCc8wxx4h7 HzU/luIll1wixJUIwtp4441D09n8j7J84MCB8obJtYV11VVXmUIijiB4u2JpxRGWz3JIB5j8PIAM wfHtE79zM+OSYWWQobziiivKhkcVS+yR+4chValYdIBzzMPns3jt33a6/cbqQJLzxhtvyPCkMEso TMsWFTNy1z9s2DB5EUEi6YD1Q1KIs/mO09OxPWKhCJS5vnHaQqZjkfH8MLwt19e94ISFm8PF8J3E G264QQLRfCozUnmgUjkHWBLZQKdOncxLL72U0rzE1rAeZs6cKUOHbrvtNolxFAOIWQUHZPsAUWFZ +R46iBz36sMPP9xgmo3JESsiw5rqg4v3wJhLLDvc5SgMGjQobcLiuCGqdLO2xNTSIZ9p06YJYeUa BSes+vXri/lpxwgGGZ2HgTgEb64ol63UEXdzMD2V2BRB0myA4OukSZPEJQe+N20we/nUU0/JNSVe w1s3GBO089nfo3ReQaLJJI5o1x93fokRognzWSAE1iFlYjXECiFmOwLA3Q5xJ2J0xF5d2DgsHgXy E2JquI8MreI3pi9fvtx06dJFYkJhltj8+fOFfEhqpDM202YCGfrGPeTGpOLOKYkO5EYE593jDCLO 8q80hEXA8JZbbpGLETawlguD/84bn2yGIhrZEo6yHkz95s2bS/wjVfAAYC0QsObBIMjsPlz77LOP XHObBYyyxBiMTkzFrrcix0Yma++99xaL5r///W+oJQZh+IDbSwaP/SCjxksUzyAIwhuzZ88W19IF y5FR43ySYbRwy/IQB5w8ebKQCiQRXP7XX3+VwPnhhx+e9vFjmUGmWIm4+hAu18lHWJwvCJqhURgN 7HtUXG/VqlUmEYQFY3MSeZvzFiNFG5wOONnc7ElGnMsAePtmAzxAWBNkjtDFMc7TShSi4iDuNCo8 cM1w+y3ZuJnDuHQ4y2B9VASs49xzzxV3CnkAx8UDyAPmZp85zjAwHSsDmYH9H5Bw8LmaJHDC9oPk hJ0fi47B4bykyYZ++umn4mryHVaCyC63Kk1isPs7ePDgskwecUasPN8xAwbXQ1Ysz3W68sorIwkr LjhfaQiLCwd4axEgJX0bBi7Y4sWLTVLB8ZNGjwMPVzZBepuYFG9YUucPPvhgmYWUCnCzsEZ4KRUC 1OUiiOwKJyHB6tWrl5uPkENUXPCggw4q95t1kcLAkCYf2A6JCizHNWvWbDA9zpL8IYMRBFxDrEuX oHfbbbfIa7j//vuX+3+XXXaJ3EZQb1dpCcuCE8kbiBH7XMywrGEutVCYzHExIlwGihEWCqjHfbAx n7p162Z1m/YGx8IgmAx58Y2rh8sXp8DnoSTdH1VHLJeAaH36JRdkEsPAcUESqbwsLMIGjPNixlK9 9dZbxWvwnS9XdR71gk8HDNcKkmCcex2Mk2Ur1FBpCAtwgnAjeCtiGucT3bp1M8cdd1ykWUsWqVCE hdgP6yYKmPxYqrkU2hJHxD3g5YKb1bt379gXCQ97oQgrlWq22UxW+NCvXz+J1cadK9wvSAm3VVHk hAVI8SKQZFgOFy6XNaYyydTlGxw/7gc6mrib+JRTTqlwzMcCSxdledBNseeA7aCeJnDOkKCoBzEY QE4V2bj2kHgq181XPDI4Bi8VKz+Y2SRpZMfGBpentDfDrnhZ4rYhm8CaDUsMFBLFUvan6AiLm5Qx VOhZ0GAVE/JtFnOTzJs3T27oMO1PEGRSswVEoFhTXINg/CYYM4u7mTOtJBsW48kVtt9++9BzzLEx vjNVlTnzB2vZT58+XTJyYUD60bdv3zJSJRaULS1dNqEuYcyJwdXgLU9KPdfVPFNFLi0s1k0mDvEl N70dqxZXNcHuE8NPcAezCTRVECbZWwYyY/UybMeC8W7jx4+PFWbaev1BRA25Yp2k8LE00CoFKyVk G4QhwuQbtnoFMR0kCVHjD0FYJQOsUN/5IZjtjttEEhFVNPGPDGJY2UBcbC2xFpYFLgdSBx5CBoNW dnAzPPbYY+XKfKRCkMzDG520da72i7FyxO74G2kA9a9IY1NzPW4fudGbNGkSOi2qCoHVHVERgRQ8 gW/cJ7RBuQBpfKqE+NC6dWuJ2xGLg4DtkDKkJsgYIHZeLlQ1CDsOH9By4VEwnAct4kUXXRT5Aviz CF7chUTREhYXjbcPKWlUwZUd6WZFLaHRXothERWp0JDKftlvW6nAt9/B/WN8nU9qgRCT9DrZ1+CD 6G6P47PVGnIFiJGqC1QgAMH9IShPHMrGorC4+M1aPOwfVloYqlWr5t0uUh23kUicBfmXIhmjWSgU LWFZYIYjPKSGUjHoQIoF3LjEVsgcZqJ8zgcIIEdZLdaVtSRQ6PM5cuRIEVWm0jsyHaEkLjVykFRg xbJBAbWiRAgLkA4mvkDBs6SaxK6LiPVBdQQesOCYtWxvM924hY11YB2jp4uz/Ajuo+uijhcoVJzE ath4AVCUz5ZhiRpDmeq+ohjfc889JagfN3aSlzMKdOJeSYhJVUrCQqnLuDYG1XIjJRHczMRwKE1M LAX3JZc3XFyVSx+wDlC2k11MZR3/+te/JNGAJCNf49GiwPhFajwxID9bA3rRVkHKEJdP4sH1Pfnk k+XlbAec5xJ/CRlcXgrIOWExbozYg+/E4DZECR3tiSXQyQBUYlphIBAclUUiNY8L5dsPO7DVtx+s mzS/L47CclFjHVk3hGtLIMeB9aFQJqCOtcLYNUb3u0NcchnP4KEhnkPWim8ygmSvgjXZbdCf5AgP Oy5eOlYfy3NsVEBABc6LCd1S8NjQKFGALuy6EiPyXVckFekIaa2lhUVPlpTxcyQc7MDo4LFz3+23 335yX4S1qLPzc+0ZdIx2DQvKlrtmOsdGlQYquHL/EgvjuUjleVm/fn3ZM+Y7HkokB0HsMKpcUXA7 7BfJgbAqEhgUvJxymcXNG2Eh3CODElU6NtWbiQwNJVszwZgxYyIzb3GuJheCm4KLlqmLgIo/3Qta qDcgDwEEyU1t9wEBKx/rLkGoWEg8EO55zURpzw3PWEU+yAhs0T0IGlLgoQg7d7YsUdR1zWR/mB8C 5gPIUrJfxLeYxn5x7JyDVC0V3EKGVxGsZyQH2iyIwb5I7T5G1dP6M+Q+ZV+QAIXBd+z0s4wquR3c DsmdqOfYt28lR1jZUo9X1JqII4pUiCRqH+JkCKnKFNLZZi7hbtf+Damk4uZlss/u+cdiC4ovM91W pm/84Hoh5TBLJdX9cK8/D39Qm5bqOauSZsca3/R0n4dU9i8f4tKSiGEpFAoFUMJSKBQlAyUshUJR MlDCUigUJQMlLIVCUTJQwlIoFCUDJSyFQlEyUMJSKBQlAyUshUJRMlDCUigUJQMlLIVCUTJQwlIo FCUDJSyFQlEyUMJSKBQlAyUshUJRMlDCShMURFuyZIlUouTvsKJl+++/v3RqVhgzdOhQ8/nnn5ed p2Chu27dukkl12C9JVvZlOYi1HunVRbF7iiYB5LePSapqNSElU6jgHQKk9Hc09d6nAcJslLC+r8Y N26cNER1r4mL9u3bC2EFQQnh6667Tqq0UuXUNl6lLjqdeNzWWIrkoFITFk0tW7ZsWaF10NVl0KBB JV+8v9CI618YnA8io767a8FCYjSbfeONN6QrNu3lFclCpSYsRekB8qKDMmTlwxdffCHNSK6++mp1 DRMGJSxF0SGqf5918z/55JO875ei8FDCUhQdaEEVh1w2kFUUL5SwFEVJWK1btzZTp04ta1NlLS4S IHSvoYefInlQwlIUJcaOHSvNbcky0r/Pol69etKLkOayiuQhsYRlu0n3798/cj7S55k04kwXvm2E ySYyXVfYdKt3imrc6U63MaRc96DbdNNNzciRI82AAQMkKwhp1axZU7oku1naYCdmH8Lmt0h1HVGw y4ZlQ8P2N531un9X+X/nPbj/ma6/1JBowqJzb1h78Xx2s+VGW7p0qXTuRZC6cuVKs2bNGrPJJpuI ULJGjRrmsMMOkw7MPMRxoL06YkvfjUvn6o033ricVIBt++bfeeedhSQs6HxMG3ff/Mcdd1xWHpoX X3xROkxb8KDSLZkP6+ecWBGpBeLS+fPne88z58927uZ/WtDPnDnTvPfee3IeONcNGzY0rVq1kman 6YB9WrVqlXn88ceFYEkKrFu3Tu6x6tWrm0MPPdQ0adJEujSnC3tcL730kqwXIS4EjmvMPcL699tv P9lGtWrVTGVGYgkrVVFpti0Ju02+p0yZYgYPHiw3eBwx0nH5/PPPN1dddZW0NveRQt++feXG9q3v 3XffLUdAr776qjnxxBO95+Kkk04yjzzySNn/CxcuNE2bNt1g/ZynfffdV4Sd2UDnzp1FcOrbL0ie 1u8WnA8I4oQTTgidn+k83CtWrDDLly+XGNiCBQs2OA5c0H79+kn87MADD4wlX/YPIfE111xjZsyY IcQXBht7u+yyy0yPHj2EEKMsOqb9/PPP5tZbbzXDhw8333zzTeR+sB6OHcKszEgsYRUSX375pTnn nHPEskkVWF2Q27333ivxHUgjDMccc4wQlg8ffPBBOcJ6+eWXI7e7ePHicg8WD3wYmCdbZJVLQC6N Gzc2X331lZcMsWI4v4sWLTI77LBD5PrQg0FCv/zyS6xLunbtWnFxZ82aJQJYCNQH9s/ug+L/I9GE FXeD5SJWg+iRBwbiSAfWEvj6669NixYtzIQJEySTFjyGo446KjIu9/7775vmzZvL3yz7yiuvRG4X F5W3ux0+wwPve9BxB4sVHCvWD0OmIAOfBWp/55gHDhwo1k2YJcRvTIOs3N9SsejffPNNISMsvDDX k33g2mJ564iK8kgsYXEDYj00aNDAO7127dpmzJgxWdmeHSh91llniTCyIiBGxdAVLCViFy6IYxDb 4W0eBlTk7sMXZ2EB3vKWjHwWFrEZ4krFCs4/JLR69eqU5588ebKMW2QMYxC4xgzczhTcezfddJO4 n8Htzps3zzz77LPysvzjjz8y3kZlRGIJC/LgofY9sDzU2bxZ7APgCwpbErEZH/sdfMPa/3FBeLuz PtcK5OEicOyLZWBh2fUTwCZQHLffvOktYWFhhQGrkURBsSKYRbOZzyhFPeRGIsR9Kdj1XHnllfLi CIJrgaiVWBhZ6GnTpkncMRjbYj3Dhg2TaW7ygH2aPXu2TA+7/6pUqWKuvfZaiS0Ss+Plh6U2Z84c kwQklrDyDW5EbtAocKMTZIVwcFuIWVHGxrc+btTXXnvN1K9fv9y0o48+2ktYWFjpWFfArbbgs7CK 2R10gdVMBYjtttvOjB49uqzqhg/Lli2TZIJLdAy8JovpA+vHNYd0eKmQ2AgbG/n999+buXPnmlNP PbWc1UsWMArt2rWT7C3gXuF/yLOilnspQAkrj4F23IgoQE6NGjWSv3faaScJsH/88cehWT/7//Tp 081BBx1UZmXxTeA9TG9kY1I//PCDuHDuQ8f8vOl5q5Odcpcj5gJ4owcJy26n2AnL7icJC84X/994 443m0UcflcypL1ZEsiNYTQIphM8yI9Znz7+1kpGkBAnLbo9r4Epr+H3zzTePPJaGDRtKFvX0008X KQbLbLTRRqZWrVqmskMJK0+IC6DuuuuuciO6gHyIeUW9zbGwXLCNunXrigURlgnjISLgT8o+GHBn SAxvfUjSBfNDcr43P8shsC120SIB7gMOOKDsf/aXmB86LN+1QQMVRFSignUiW3DXF5VgCXsBYNFF YeXKlaZnz57ywbomnknWORWdXqkjsYRlLRL7pgxaJBV5+MJufsgjCjz0YRlJ1N1RYL3ucvbNjkCS mFkhs9EHAAAaCklEQVQQTMPNgdSs5WTB25r1uYRl42i4hb5AfkXEovnMgkFYWCIutthii7T3gdhf VBbYrZ8WB+JkbhaSvyEf5A92mos/A5Vbcev5sM2JEycKIUeNXCh1JJawAAXgUDW7sA8/F9zGCdJF WDCWoGvUg7HZZpuFps+DD1gQvnUSxwojLObHomAsnjtGz77ZcV3DLDrIzbcvPrFmKvAJLTM5x5kg 3Qeb+bE2swU79CkoEka4inwFizcVfPDBB+KKYv25gtrKhsQSFg8uQxpIW+cDxIyiKpX6LLBvv/02 cjniTmFEB2H5QOCdt3JwnBruBW5f2PawsLbaaqsN1oUbQoYwU5SCZRZEVDY03Yq0blbY/g84p8hJ evXqZR5++OEygl7vWS/EB7n16dNHRlBUViSWsPINrLWoG5nAL1KFYMA1Kn4FXNW6C8iYuFKYDIHf eOiC+3PIIYeUjdUL7idWWZgyO2xMX2UG5wULiOE9YWAsH8HwVAnLZw2xPC46wXqkJ8gjJk+eLBnH KCBvgLziLPNShRJWnoCWB2uEDFwYGOiLtccb1QLymDRpkrcCAO4rhBFmpfAbLkIYYeH2QVjueskw 8SBiCeKekhEMLhO276UwHCfbwHVG2uC7jl26dJHzGRZLcseS+qYHLS4yxl27dpXP22+/bTp06OAN /LN9PmHWcGWAElYeA76M1se89wFB4DvvvCPSBlxEdEKY+WEWD79BgHaYTRDMj1s4atSo0MwUVRdc kC0DVHKAXIOWHW/5MLf12GOPNUkDg8WRR4QB143pI0aMEDIPWjqcd8S+xAR79+4duo6OHTtKMuDs s8+WlnEuqdWtW1eG7fgIi+3xwqmsUMLKE7jpunfvLiP6gU9XhQsQ1YDBJSSqN4S1yLIgU4jyHW2V +2bnoQqSD+6gfTAOPvjgDQgL68q1sGz1A1dUmRSgMid7iwUcVKNzHcmyMs+2225r9thjD6nSwLnD SsXi5fxzjqnwEATnkrglLyuEw7j2DB9je5tsson0aIy6P7gexTzioKJQwsoTIApI4ZJLLgm1etIF uq244oO4eKS54wSr1sKyrgjCylSAy5nrQn7FCAgB9x2FehR4KcTJWeLg1gBbH1Ek0OK8887LS8HJ QkEJK0+wNxB6GW5AyotkUiAQgqDkCTWqouIUdnu4hYhLfTc56yNoXqdOnbKHAVEpv8fVDKsM8atM ZA0AV5yBy7jxYdcxW1lM1zIGUdeReOZFF11UackKKGEV4O1Mg1cK7UFeYUrqKODmET9JVSMGYcWN l8MKI3ZlHwYyVwTffUJR+4BUhvhVptk0zhUJEl4eBMNT1UvlCs2aNTPjx4+v1O5gpSasXNW4ruh6 WQ5ywJ1r06aNGTp0qATiUUiHzcv2CKJCPBdffLEEdNPZNm9dpBLBrF9YwN2ul4eYYC8lTnzbwgqj 8mmqiKqsGeXCpLpcKtcl3W246w3CusJt27aVZApBdjK6br9E14Wz2yCYfsQRR4jr5tseQ7TIBiIG jXIDN910Uxlk3alTJ7kvkoBKS1hcZAaVRpUPyRQnn3xyhdfL/hGQpYLDHXfcIcFYyv5SoI9MEjcj XWMIuhJIhXQyiU1Adiizox78MDz99NMZPchhYyhButtPdznm43yle11uu+02qZCR7v65YNwm7uH1 118v7j6ZXgLsyAsgf6xVarujiyP2aGvqh11P/qfCA4ObWZ77gnVSy+vHH38UC4rYJBY22dx0a8+X OiotYWX6tq3IOtNZrzsfNzW1k/hkY93pLJOJ1ZHOvuRz+5le74rcJ+50/kbsyaeiYF0QHe66O2A7 6ajUhKVQKCoXlLAUCkXJQAlLoVCUDJSwFApFyUAJS6FQlAyUsBQKRclACUuhUJQMlLAUCkXJQAlL oVCUDJSwFApFyUAJS6FQlAyUsBQKRclACUuhUJQMlLAUCkXJQAlLoVCUDJSwFFmDW+wu2DShMtcZ V+QPSliKrABS+u6776QyJm2t6Baz2267SfXUqFZkCkU6UMJSpAS3hvrvv/8uvfPoxkO/PWqP7733 3tLL8IwzzjATJkwwZ555ppQMprMOteHr1asnDTeookl7MEr7+rofKxQ+KGEpUgLk8v7775slS5bI h+49n3/+uTSroO78u+++K91jZs+eLa2mnnrqKXP55Zebxx9/3LRr106aKtCWjHlvuukmU7t2bWnB zjc1ypW0FKlACUsRCrcn4aJFi8zy5cvN66+/Lp17cPWwqiCfDz/8UD61atUyM2fOlG7QWFQ0hIC0 aJ4xZ84ccREPP/xw89JLLwmB0R2Zdu1r1qyR5gpMc1uXKYEpwqCEpfDio48+KiMrXD7aSfHb3Llz xbKisw9dolu1aiUEg8sHkWE1QUS0caddO6A9O8uuXr1aOvJAch07dhRrjeWw3l599VVxIWnsqlCE QQlLUQ5YVRANnaUhEdpS0bcQd44eivTU69atmwTXsbRoUUbXn0svvdQsW7ZMCGzBggUSvyJeNWbM GOmdd9ddd4nrR39FWl7ReBT3EVeStmmQ34oVK8yUKVOkxx6WGlBLS+FCCUtRDhDRqFGjpIdeo0aN hGSwqOrXr2+uueYaM3z4cNOnTx9z+umnm969e8s0gvDHHXecEB2EBRFhNZEdfPnll6XX4sqVK8VC o1MypAQBtm7dWubDlfzss8/MjjvuKNscN26cBOnTbRqrqPxQwlKUWVa//PKLdC+GWMDzzz8vrtsl l1wiDTwhpsaNG0uT0+bNm8v/WEUNGjSQ2BZNSQ855BBzzz33iJuIFUU8i2WmTp0qmcEjjzxStnX3 3XebRx991MyaNUsyi3RMpgP2qlWrhCxpRHrvvfeas846SxqPKnEplLAUZaBbMS4gLejfeustcQkh If7G5QMQB+7hueeea+677z7Tpk0bsYrICk6fPt0sXLhQuhGjvWratKlYV8SlcAlHjhwpxAZ5DRw4 UIjJdqQmvsU3WcUZM2ZIQH7PPfcU95N5cUE1rqVQwlKItYMV9cQTT0i8Cstm6dKlpkOHDqZnz57S dbhKlSplZwpiwf3DNWSeW265RVw/LCsC7rRWZ52TJ0821apVE/kDbuXo0aPNY489Ju4eFhoxqs02 20xay0NKr7zyilhcLVq0EJJ88sknTZ06deSD5QVJsl53XxTJg7qECQckAFFAOMSZEIJ26dJFCIZg OG5Zjx49JNaECwgJQTS4dEx78MEHJXAO8fgAySFvwGI69thjJSCPLuv222+XjCEfJA2QFIR5zjnn mO2228688MILpmrVqkJSuKpnn312Xs+NovighJVQQDC4YqjSDz74YCEMiAe5wrXXXisfAuMEwwcM GCByA4LqzNevXz+xoCAxd/ygD8yDm4geiyD9rbfeKnGxZs2aybrYFvvRv39/iWlBhFhUe+21l5AW gXpEps8884y4l0BjWsmEElaCgYsGcaFY529IhID7hRdeaIYMGWKaNGliunfvLsp0SA1ZA7GpdevW pURUPmBFYWURp2I7xLIgqvnz54slhgQCwqpbt64MAUJsisX1xRdfmPfee080YYpkQgkroUCwiaiT GBG6Kcb+kQkk64elA3FdeeWV5rnnnpO/TznlFLGOrOtnLRy+Ccbvs88+Yp0RB8MywxqDmIhrEZ/6 9NNPy7bNMqyHID/ZRoL2Y8eOlYA96nir62KdTENqAalikd1www2yf+yrInlQwkooiBeR4YM4qK6A NQORQF5YO5AMMSyI4oQTThCCc8G8WEio1Vu2bCkWkC0lY6cD+z/DcHD1ICYsKgvc0hEjRsj8NWrU ML169TJXXHGF2XfffU3NmjVlnpNOOkk0YBAa+wJxQl6K5EEJK2GAoAhyUzEB64cYEbIBm31DK8W4 wO23317Em8gQcMMs8TAfWT8ye4wJJCgOmL527VoZ7IxbR/AeVbstLYP1xQdCQngKcbEv1mIj64jL N23aNCEuN0aFCh4X8aGHHjLnn3++ufHGG0VgiiWnSBaUsBIIXDGIYo899hBCsaRjAbHg0mHNQFYu GKSMBosguBvH4m8yhmizGMxMqRmC7BCNC7Z35513ivV23nnnydhCCwgJgkT/FQTkiXuKawlREoDH TVUkC0pYCQM1rAhaY80wsBnJQhiwYiAFN2aFG0Z2kEJ9aKP4DZnCFltsIevCouK3xYsXSyyM7B4u H4QYrEZKQB8VPNlHMpF2O1h7DRs2FIIKViplW6joEZgSiGcdWF+K5EAJK2GgYgKiTeJPbjmXoAWG y+cCy4cxgJSJQfjJOD8yePyGPgrSwTKDYCBELDEygMwH8RB3wk1kQDTSBOajqgPjDnHvqO4AmIdA O65qUCTKPjOmkfha+/btJa6GsFWRHChhJawKA+P7GDOIBUQgOwwMamYeAGlAcFhWZOZwyyA63D9i VpATrh9WFssgKh08eLAMw2E4DUF7soUIThkEjbuIlYTrSHaRLCUyBgZC2xpcWE+sn2C+m40EbBtr DleV4L0SVrKghJUgMOSGoDpkgpUSBqwWxhG6wFKylRfI3EEeyBcgMyw2LC1kEbibWEBYSbh6DJ4m 64jbhgXGQGasN5YhuM4yrIvKD6eddpq4mZAqQPvF70GBKOsnjsU2IEdFsqCElSBglWDpQEoQUFg3 G6wfSxqAwc6nnnqq/A3pEFuCcKhpBUERfLfrQi8FORHMZxoWGVYUxMYYQX5jPsgO0iFGxlhD9gF9 FQOf7baRQUCqkGsQWGzErwj+c0wo4lX5ngwoYSUIZORQqt9///3msssuKxcjgkgIfGP5uEA8ynwE z5nHZgchCmQFuH1YXVRfAL/99ptYUcSqKDGDhQXBYW1BcpAapIR0AfcSQsTqo6QMWT93+5SkCSMs gvkUC7zgggvEfYSwFMmAElZCAMlg/TAEB5Fn0J3CQqHEjCUegDVmg+YQBERBtQUsKrKM6LEgQdZH MB5iw6pibCDSBawklkXThduIsh5S5Df+x+Uj6I47CBj0TOzKggoSQbCfkBjzQY6MZ1QkB0pYCQEP NwFwgttk7IKARIhRucSATMHKBihBQ/AdUSnCUJpMIFeAjLCgcBf5HUKC6CAnXE/cP9YNGdpsINlB ytDgIhKot64p2UO2Z0kIYSuE6HbVYV4sO7aBpaZDdJIFJayEgBpT6JsgCUjGAsKAJCCEoEiUcseW KCAHZAvz5s2TYTyQG6RFyRlcOqox4JphoUGOFAKkhAwERrcdtsMYQQiGdeJaYrGROWTfWDfuJVlH a5nhhkJslL7hf9bLvrI9LD4ssokTJ0qMTWNYyYASVkIASVH3ChLCGrIg2E2JF4Cb5wLryIVtogop YV1BRBATkgaqOfAb1g/Et8suu5itt95aBjMzLhBCQ1tFvAtrjfkgKqw2KoxCWIDpEJaFdVH5ZtgP lSQAVhoxMJIAiuRACSshQH1OAT1LSownREZATAo3DSsFXZULLCgXxJvI0PHBysHFxDXD2uJv6rJT lI/l2A7z4OZBWrh5DLbGMsJdxGIjjoY8wZZgDtsm+4asgnXQbozlKTDItpBJUPLGZjEVlR9KWAkB KnFICqGmbSYBYdkYEv/TRMJFsOYVLhqVHXDrIBtcOrJ6BNAhJwiJwc24nhARJEmJGMgFK8yKV60L yn4At1ppcJtYbajahw0bJlIIkgBYi1hwWIxkGdkv5BOKyg8lrIQAtwtSwkLhAQeQDiJR9FAQSLD6 AUTkEolVq0NajAOkpPJVV10lpIK8gJgVhMiwHIbvYElBXsSecAchFZTubAfSg7xwG92MJeMUXTAv 5EeJGdxGLDmAUp9uO5RqZiC1IhlQwkoIGMJC5xrcJ4a2QFAMcIZsGFQMsJhcEGuyICCOe4ZrR4yK 2BMlavgNV42AOwQEwSD45HdcPUgLTRaBcywtdGAE0rH2UMMzVAgrzN2mW1eL4DxEScNWYK0yLDYS ABCkIjlQwkoQkBVAVrhvtlIo4BuCCD78EI8lDornoSzHnUNqgEKdoLuVJKClgpBw1ZiOFYflBGnR IRrX8+qrr5asHgJSSsvgMmI9YYVZ64rhQ3adkCmqebcvIZYZpImlRo9DyiqHKfYVlRNKWAkBVgqD lKnmSWAc0WYQrqocEsDtI7uHNYMWCqIhmE6dLCwpLDK0V0wD/EYjC4iGLB7WEwRJUB5xKcTD8iwH 6fCb64YiFLXuKkA+EVakzw4tInPIPimSAyWshABLh4HDSAGwtCATyMC1TrBmkDLg4vE71RAoqoc1 BJAQEMPC2kJ8imWEe4i0gYC4dQGrV68u7iGBfobmYLkxzVYhhZSIRbn6KQLvdM5xSyxDjLaCgx1G ZFXyuJFsO1idVFG5oYSVIODOEQNCloDyHIvKjhOEgMi+oYQntmVBqRgEmsyHxWN1T6wDwkAzBfFB UrhrECGuJEQCATIP8S/mZ9tosrDccP1c4B66Q3EgIYLqrN+WbbaEBTmSRIBcSQAokgMlrIQAAsAF gzwYnIxrxm+M+aMJBNUUGA9I1o++gTa4DbFRfx1pAfO71gxxJILtWGQQEip1WtMTWEfTBbkg9ETw SQyLbCRxKqwtiA1YC4p2Yq6kgUwjVhQllhlEDfmxbdaD9WZlGeyvWljJgRJWQgAZQAAU50Mrhbqd lvOISXEVEWfipqE0x6JCUGqXo2U9rpx1vyAMZAxYXGT80EJBgCjXWZ4qC8S+GAsIqREDgwBxIYk/ YS3hbkKGtoAfGT8XBOhx/YhRIZcgw0k5Z2sRYmVh1SlZJQtKWAkBDzYuIeRCdo+mqQTDkSYAGj+g l8Jd69u3r8SuIBtiSxAHWUAycrhgNFIlgI50geA3gXbcSX6zJMXvuG0E4Fkey45xjJAXqnXWgdyB sjMkAtyuPMgdiF+hsYIU6ZRDrXeWwaqitvwDDzwQmjhQVG4oYSUMWFkUyiPehLWDPIGs4fjx40WP BZlAaMSxaGbqxpgQb7IsWcEOHTrIvEgZsLwgGv7G7QQIQlkGwiNWhovIclR2oPgedbGYnxpYbokY CBEXFYsNoSg149kvfmOdCF/ZbzKNbFeRLChhJQw2E0i2D0JYuHBhWaeatm3bmkmTJgmp0FgCiwpL C0A8qNVxISERiI8APLXeIS4sJDKEZAIhQ2JZuGxYVATY+baSBsgNl5FhNlhNgN/4YFWxHgiKoUIU 6WM+LDVqebFfNIE97LDDCnwmFYWAElYCgUYK14/gN0FsKi1AJl27dhXL5/rrrxclO+WS+R1pggXk g2qdIDnVSMkqYiVBUhAXQXXbnALLiUA+anUyfbhyxMmo144mLNjXcMCAAbKuTp06SZCfwPott9wi sSvcVQSpfGPFQbYqGE0elLASBtteC7kAwXOsmenTp8t4PKwlPrhefLCSGGDMNAjOWlpYUZALgXCI BfkBcgViT8EgOKTC/AzFgXgYu2jLLQOsKpZhfWT8Ro8eLfEwOkETSyPgjyXH/7iAVIyA+HSwczKh hJVQUPaFSgs8+FgsuIHEqAiuI+iEJNBT4bIhS+jcubNkDl2rCIsHCwgZhLV67Ng/soJMJ4tI9hDS ClZiALiKkBSkh+XFcsS2cB35H0uOcshYdWQUWaeOH0wulLASCgiGcX8MNkZmgJVFr0D0UVgwxIzQ VhG3InYEeZBRxG3kd0s+VkeFq2crKUTBKtaxqoib2ZgV4xTpOYjVBkmReSR2hUtKZQZczpkzZ4q7 qlKG5EIJK8Fo3ry5iEKxarCsKIYHISEXwGpCTIorRlwJQiGmhHId9Tu/227NmejB0FmxTdsH8brr rpOAPtYZBDlo0CAhU8YLYl3xDYExdlGRXChhJRTWSsH9ozge2TdK0OB+UckTwoJQ+vTpI6VdGE9I pQUsHNw366rhVqKlIusXtS2K+6GtonkqYxnRalGemW0hlUBaAVGh37r55pvFwkJBT9wK8SiuIISp 1lWyoYSVcFCSGFkD5IP1QsAbArFWFq4gZIbFA5kg8kRHReCeITP8zTogGIb8kBVExY7rh+6KWBTx MIiHrCFBfYgPaQXuJoF9XExcUYbjQJIvvviiWHKQHBYY68Jd1aygQgkr4cBiQXJAfArNFUNriGEx dAeXkBgTQ2gIyOOSMTaQrCGxJRToBNpxKcnooWRneTRSWFzEyBhUjfuIfAILC50XfQshLXRWuKRk B3H/sLao2ECgH4JDwkAsjfGEfCsUehcoBFhWEBRDXiAdxheiVIdIsLYYIkMcC/kBlg4BcNvBBnkE kgUU6VhEuHJotyAx3EV+YxqWF/ErpAkE6BnGQ3wKywoZBeMcIS2C7+i5sLKw4hQKCyUshQC3C0kC Lh/WD5k5my1kmA7twXANLXAJce+wonDpGIyMFUa8Cc0W31hPBOxZFxlBAupkJJFJMCYQ9xHrDGkE VR/QXCFcJabGtrHkNGalcKGEpSgHGy/CukKbRWwJ6wrtE64cxEVwnoweg5dpNkF1B6ottGvXToLj ZBFx64hvDRw4UHRVkBfqd8Yg4kai8cLygrQYfkMWEKsNywpitPWvFAoXSliKcrAWDa4b1hPDbfgN 1xAriPGByBCILxEUJ3OH+JMsYsuWLcUisyp0RKPopyAgYmQQFHovfqPjDq4gsSqC7JSQoZIpcTGr 1VIoglDCUoQCkiL7R9aOTtGQCgOmsYAgKIr0kRlEioDwk3gUVhixKYiMoDxxMYgIywq1O4SGC8g6 CMDzN9YY8TLGJdrmGAqFD0pYCi9shVFiWwS/kSUQTCfIzthAYlIQF5VEcevICGJJ4U6itaJMDW4i VhqVILCqIDbWR2353Xff3fTv318sLiUqRSpQwlKkDAoAUj+LLCFWEhoqyIl2Xui4+CYORfyJoDqx L2QRuJeQGZYYBIerqTIFRSZQwlJkZHWRBSSo7gIXj/gT7iDDfpAxIJVQKLIFJSxF1mCD7baDdFhP QYXCVAD/Bwbd5rrMPamzAAAAAElFTkSuQmCC