20200220
12345500
1.0
FALSE
RasterToPolygon G:\GIS\Working\jwolf\LandscapeViz2020\Data\ParkersCreek\ParkersCreek021320\Catchment8376719\p20\Intermediate.gdb\FinalConRaster G:\GIS\Working\jwolf\LandscapeViz2020\Data\ParkersCreek\ParkersCreek021320\Catchment8376719\p20\Intermediate.gdb\vegPolygon SIMPLIFY Value SINGLE_OUTER_PART #
FeatureToPoint G:\GIS\Working\jwolf\LandscapeViz2020\Data\ParkersCreek\ParkersCreek021320\Catchment8376719\p20\Intermediate.gdb\vegPolygon G:\GIS\Working\jwolf\LandscapeViz2020\Data\ParkersCreek\ParkersCreek021320\Catchment8376719\p20\localgovernmentscenes.gdb\Catchment8376719_LasDataset_VegetationExtraction INSIDE
CopyFeatures G:\GIS\Working\jwolf\LandscapeViz2020\Data\ParkersCreek\ParkersCreek021320\Catchment8376719\p20\localgovernmentscenes.gdb\Catchment8376719_LasDataset_VegetationExtraction G:\GIS\Working\jwolf\LandscapeViz2020\Data\ParkersCreek\ParkersCreek021320\Catchment8376719\p20\Intermediate.gdb\TreePts4bldgProcess # # # #
Erase G:\GIS\Working\jwolf\LandscapeViz2020\Data\ParkersCreek\ParkersCreek021320\Catchment8376719\p20\Intermediate.gdb\TreePts4bldgProcess G:\GIS\Working\jwolf\LandscapeViz2020\Data\ParkersCreek\ParkersCreek021320\Catchment8376719\p20\Intermediate.gdb\clipFootprintsBuffer G:\GIS\Working\jwolf\LandscapeViz2020\Data\ParkersCreek\ParkersCreek021320\Catchment8376719\p20\localgovernmentscenes.gdb\Catchment8376719_LasDataset_VegetationExtraction #
AddField G:\GIS\Working\jwolf\LandscapeViz2020\Data\ParkersCreek\ParkersCreek021320\Catchment8376719\p20\localgovernmentscenes.gdb\Catchment8376719_LasDataset_VegetationExtraction Slope "Long (large integer)" # # # # NULLABLE NON_REQUIRED #
AddSurfaceInformation G:\GIS\Working\jwolf\LandscapeViz2020\Data\ParkersCreek\ParkersCreek021320\Catchment8376719\p20\localgovernmentscenes.gdb\Catchment8376719_LasDataset_VegetationExtraction G:\GIS\Working\jwolf\LandscapeViz2020\Data\ParkersCreek\ParkersCreek021320\Catchment8376719\p20\Intermediate.gdb\SlopeRasterNull Z Bilinear 3 1 0 #
CalculateField G:\GIS\Working\jwolf\LandscapeViz2020\Data\ParkersCreek\ParkersCreek021320\Catchment8376719\p20\localgovernmentscenes.gdb\Catchment8376719_LasDataset_VegetationExtraction Slope !Z! PYTHON_9.3 # Text
AddField G:\GIS\Working\jwolf\LandscapeViz2020\Data\ParkersCreek\ParkersCreek021320\Catchment8376719\p20\localgovernmentscenes.gdb\Catchment8376719_LasDataset_VegetationExtraction Accumulation "Long (large integer)" # # # # NULLABLE NON_REQUIRED #
AddSurfaceInformation G:\GIS\Working\jwolf\LandscapeViz2020\Data\ParkersCreek\ParkersCreek021320\Catchment8376719\p20\localgovernmentscenes.gdb\Catchment8376719_LasDataset_VegetationExtraction G:\GIS\Working\jwolf\LandscapeViz2020\Data\ParkersCreek\ParkersCreek021320\Catchment8376719\p20\Intermediate.gdb\flowFilterRaster Z Bilinear 3 1 0 #
CalculateField G:\GIS\Working\jwolf\LandscapeViz2020\Data\ParkersCreek\ParkersCreek021320\Catchment8376719\p20\localgovernmentscenes.gdb\Catchment8376719_LasDataset_VegetationExtraction Accumulation !Z! PYTHON_9.3 # Text
AddField G:\GIS\Working\jwolf\LandscapeViz2020\Data\ParkersCreek\ParkersCreek021320\Catchment8376719\p20\localgovernmentscenes.gdb\Catchment8376719_LasDataset_VegetationExtraction BASEELEV "Float (single precision)" # # # # NULLABLE NON_REQUIRED #
AddSurfaceInformation G:\GIS\Working\jwolf\LandscapeViz2020\Data\ParkersCreek\ParkersCreek021320\Catchment8376719\p20\localgovernmentscenes.gdb\Catchment8376719_LasDataset_VegetationExtraction Catchment8376719_dtm_surface Z Bilinear 3 1 0 #
CalculateField G:\GIS\Working\jwolf\LandscapeViz2020\Data\ParkersCreek\ParkersCreek021320\Catchment8376719\p20\localgovernmentscenes.gdb\Catchment8376719_LasDataset_VegetationExtraction BASEELEV !Z! PYTHON_9.3 # Text
AddField G:\GIS\Working\jwolf\LandscapeViz2020\Data\ParkersCreek\ParkersCreek021320\Catchment8376719\p20\localgovernmentscenes.gdb\Catchment8376719_LasDataset_VegetationExtraction HEIGHT "Float (single precision)" # # # # NULLABLE NON_REQUIRED #
AddSurfaceInformation G:\GIS\Working\jwolf\LandscapeViz2020\Data\ParkersCreek\ParkersCreek021320\Catchment8376719\p20\localgovernmentscenes.gdb\Catchment8376719_LasDataset_VegetationExtraction G:\GIS\Working\jwolf\LandscapeViz2020\Data\ParkersCreek\ParkersCreek021320\Catchment8376719\p20\Intermediate.gdb\VegFocalStatsRaster Z Bilinear 3 1 0 #
CalculateField G:\GIS\Working\jwolf\LandscapeViz2020\Data\ParkersCreek\ParkersCreek021320\Catchment8376719\p20\localgovernmentscenes.gdb\Catchment8376719_LasDataset_VegetationExtraction HEIGHT !Z! PYTHON_9.3 # Text
AddField featureLayer Units Text # # # # NULLABLE NON_REQUIRED #
CalculateField featureLayer Units 'Feet' PYTHON_9.3 # Text
VegetationExtraction Catchment8376719_LasDataset.lasd 1 1 pcBuildings_8376719 3 12 90 Catchment8376719_dtm_surface G:\GIS\Working\jwolf\LandscapeViz2020\Data\ParkersCreek\ParkersCreek021320\Catchment8376719\p20\localgovernmentscenes.gdb\Catchment8376719_LasDataset_VegetationExtraction false pcBuildings_8376719
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/2.5.0'><WorkspaceConnectionString>DATABASE=G:\GIS\Working\jwolf\LandscapeViz2020\Data\ParkersCreek\ParkersCreek021320\Catchment8376719\p20\localgovernmentscenes.gdb</WorkspaceConnectionString><WorkspaceFactory>FileGDB</WorkspaceFactory><Dataset>Catchment8376719_LasDataset_VegetationExtraction</Dataset><DatasetType>esriDTFeatureClass</DatasetType></CIMStandardDataConnection>" <operationSequence><workflow><AddField><field_name>species_num</field_name><field_type>FLOAT</field_type><field_alias>species_num</field_alias><field_is_nullable>True</field_is_nullable><field_is_required>False</field_is_required></AddField></workflow></operationSequence>
CalculateField Catchment8376719_LasDataset_VegetationExtraction species_num getRandomValue() PYTHON3 "import numpy
def getRandomValue():
return numpy.random.random()" Text
Clip Catchment8376719_LasDataset_VegetationExtraction catchment8376719 G:\GIS\Working\jwolf\LandscapeViz2020\Data\ParkersCreek\ParkersCreek021320\Catchment8376719\p20\localgovernmentscenes.gdb\Catchment8376719_LasDataset_clip #
Project Elm G:\GIS\Working\jwolf\LandscapeViz2020\Data\ParkersCreek\ParkersCreek021320\PC_022020\PC_022020.gdb\Trees_8376719_wm PROJCS['WGS_1984_Web_Mercator_Auxiliary_Sphere',GEOGCS['GCS_WGS_1984',DATUM['D_WGS_1984',SPHEROID['WGS_1984',6378137.0,298.257223563]],PRIMEM['Greenwich',0.0],UNIT['Degree',0.0174532925199433]],PROJECTION['Mercator_Auxiliary_Sphere'],PARAMETER['False_Easting',0.0],PARAMETER['False_Northing',0.0],PARAMETER['Central_Meridian',0.0],PARAMETER['Standard_Parallel_1',0.0],PARAMETER['Auxiliary_Sphere_Type',0.0],UNIT['Meter',1.0]] WGS_1984_(ITRF08)_To_NAD_1983_2011 PROJCS['NAD83(2011) / Maryland (ftUS)',GEOGCS['NAD83(2011)',DATUM['NAD83_National_Spatial_Reference_System_2011',SPHEROID['GRS 1980',6378137.0,298.257222101]],PRIMEM['Greenwich',0.0],UNIT['degree',0.0174532925199433]],PROJECTION['Lambert_Conformal_Conic_2SP'],PARAMETER['false_easting',1312333.333],PARAMETER['false_northing',0.0],PARAMETER['central_meridian',-77.0],PARAMETER['standard_parallel_1',38.3],PARAMETER['standard_parallel_2',39.45],PARAMETER['latitude_of_origin',37.66666666666666],UNIT['US survey foot',0.3048006096012192]],VERTCS['NAVD88 height - Geoid12B (ftUS)',VDATUM['North American Vertical Datum 1988'],PARAMETER['Vertical_Shift',0.0],PARAMETER['Direction',1.0],UNIT['US survey foot',0.3048006096012192]] NO_PRESERVE_SHAPE # NO_VERTICAL
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/2.5.0'><WorkspaceConnectionString>DATABASE=G:\GIS\Working\jwolf\LandscapeViz2020\Data\ParkersCreek\ParkersCreek021320\PC_022020\PC_022020.gdb</WorkspaceConnectionString><WorkspaceFactory>FileGDB</WorkspaceFactory><Dataset>Trees_8376719_wm</Dataset><DatasetType>esriDTFeatureClass</DatasetType></CIMStandardDataConnection>" <operationSequence><workflow><AddField><field_name>COMID</field_name><field_type>TEXT</field_type><field_length>255</field_length><field_alias>COMID</field_alias><field_is_nullable>True</field_is_nullable><field_is_required>False</field_is_required></AddField></workflow></operationSequence>
CalculateField Trees_8376719_wm COMID 8376719 PYTHON3 # Text
Merge Trees_8376719_wm;Trees_8376909_wm;Trees_8376721_wm G:\GIS\Working\jwolf\LandscapeViz2020\Data\ParkersCreek\ParkersCreek021320\PC_022020\PC_022020.gdb\Trees_PC "Id "Id" true true false 4 Long 0 0,First,#,Trees_8376719_wm,Id,-1,-1,Trees_8376909_wm,Id,-1,-1,Trees_8376721_wm,Id,-1,-1;gridcode "gridcode" true true false 4 Long 0 0,First,#,Trees_8376719_wm,gridcode,-1,-1,Trees_8376909_wm,gridcode,-1,-1,Trees_8376721_wm,gridcode,-1,-1;ORIG_FID "ORIG_FID" true true false 4 Long 0 0,First,#,Trees_8376719_wm,ORIG_FID,-1,-1,Trees_8376909_wm,ORIG_FID,-1,-1,Trees_8376721_wm,ORIG_FID,-1,-1;Slope "Slope" true true false 4 Long 0 0,First,#,Trees_8376719_wm,Slope,-1,-1,Trees_8376909_wm,Slope,-1,-1,Trees_8376721_wm,Slope,-1,-1;Z "Z" true true false 8 Double 0 0,First,#,Trees_8376719_wm,Z,-1,-1,Trees_8376909_wm,Z,-1,-1,Trees_8376721_wm,Z,-1,-1;Accumulation "Accumulation" true true false 4 Long 0 0,First,#,Trees_8376719_wm,Accumulation,-1,-1,Trees_8376909_wm,Accumulation,-1,-1,Trees_8376721_wm,Accumulation,-1,-1;BASEELEV "BASEELEV" true true false 4 Float 0 0,First,#,Trees_8376719_wm,BASEELEV,-1,-1,Trees_8376909_wm,BASEELEV,-1,-1,Trees_8376721_wm,BASEELEV,-1,-1;HEIGHT "HEIGHT" true true false 4 Float 0 0,First,#,Trees_8376719_wm,HEIGHT,-1,-1,Trees_8376909_wm,HEIGHT,-1,-1,Trees_8376721_wm,HEIGHT,-1,-1;Units "Units" true true false 255 Text 0 0,First,#,Trees_8376719_wm,Units,0,255,Trees_8376909_wm,Units,0,255,Trees_8376721_wm,Units,0,255;species_num "species_num" true true false 4 Float 0 0,First,#,Trees_8376719_wm,species_num,-1,-1,Trees_8376909_wm,species_num,-1,-1,Trees_8376721_wm,species_num,-1,-1;COMID "COMID" true true false 255 Text 0 0,First,#,Trees_8376719_wm,COMID,0,255,Trees_8376909_wm,COMID,0,255,Trees_8376721_wm,COMID,0,255" NO_SOURCE_INFO
CopyFeatures Trees_PC \\gisage1p-solo\agspublish\LandscapeVisualization\ParkersCreek.gdb\PC_Trees_022020 # # # #
PC_Trees_022020
002
file://\\gisage1p-solo\agspublish\LandscapeVisualization\ParkersCreek.gdb
Local Area Network
Projected
GCS_WGS_1984
Linear Unit: Meter (1.000000)
WGS_1984_Web_Mercator_Auxiliary_Sphere
<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/2.5.0'><WKT>PROJCS["WGS_1984_Web_Mercator_Auxiliary_Sphere",GEOGCS["GCS_WGS_1984",DATUM["D_WGS_1984",SPHEROID["WGS_1984",6378137.0,298.257223563]],PRIMEM["Greenwich",0.0],UNIT["Degree",0.0174532925199433]],PROJECTION["Mercator_Auxiliary_Sphere"],PARAMETER["False_Easting",0.0],PARAMETER["False_Northing",0.0],PARAMETER["Central_Meridian",0.0],PARAMETER["Standard_Parallel_1",0.0],PARAMETER["Auxiliary_Sphere_Type",0.0],UNIT["Meter",1.0],AUTHORITY["EPSG",3857]]</WKT><XOrigin>-20037700</XOrigin><YOrigin>-30241100</YOrigin><XYScale>10000</XYScale><ZOrigin>-100000</ZOrigin><ZScale>10000</ZScale><MOrigin>-100000</MOrigin><MScale>10000</MScale><XYTolerance>0.001</XYTolerance><ZTolerance>0.001</ZTolerance><MTolerance>0.001</MTolerance><HighPrecision>true</HighPrecision><WKID>102100</WKID><LatestWKID>3857</LatestWKID></ProjectedCoordinateSystem>
20200220
12490700
20200220
12490700
Microsoft Windows 10 Version 10.0 (Build 18363) ; Esri ArcGIS 12.5.0.22081
PC_Trees_022020
Parkers Creek
Trees in headwaters area of Parkers Creek watershed
File Geodatabase Feature Class
dataset
EPSG
8.8(9.3.1.2)
0
Simple
FALSE
0
TRUE
TRUE
PC_Trees_022020
Feature Class
0
OBJECTID
OBJECTID
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.
Id
Id
Integer
4
0
0
gridcode
gridcode
Integer
4
0
0
ORIG_FID
ORIG_FID
Integer
4
0
0
Slope
Slope
Integer
4
0
0
Z
Z
Double
8
0
0
Accumulation
Accumulation
Integer
4
0
0
BASEELEV
BASEELEV
Single
4
0
0
HEIGHT
HEIGHT
Single
4
0
0
Units
Units
String
255
0
0
species_num
species_num
Single
4
0
0
COMID
COMID
String
255
0
0
20200220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