20191001
13582000
1.0
FALSE
CalculateField País País "BR" VB #
CalculateField País Nombre "Brasil" VB #
CalculateField País Población "207660929" VB #
FeatureToPolygon D:\Marta\GTOD\Revisao_Limites\LIMITE_MIAS_BC250_REVISADO\Pais.shp D:\Marta\GTOD\Revisao_Limites\LIMITE_MIAS_BC250_REVISADO\Limite_Mias_BC250_REV20180614.gdb\topo_lm\Pais_A_20180614 # ATTRIBUTES #
AddField Pais_A_20180614 DIFERENCA TEXT # # 50 # NULLABLE NON_REQUIRED #
AddField Pais_A_20180614 DIFERENCA TEXT # # 50 # NULLABLE NON_REQUIRED #
CopyFeatures "E:\Andre\BDIA_VEG_Revisado_240719\Nova pasta\LM_Brasil_Sirgas_20180614.shp" "E:\Andre\BDIA_VEG_Revisado_240719\Nova pasta\230819.gdb\Temp_1\LM_Brasil_Sirgas_20180614" # 0 0 0
DeleteField "E:\Andre\BDIA_VEG_Revisado_240719\Nova pasta\Unir.gdb\Temp\LM_Brasil_Sirgas_20180614" OBJECTID;DIFERENCA;Shape_Leng
CopyFeatures LM_Brasil_Sirgas_20180614_Lax "E:\Andre\BDIA_VEG_Revisado_240719\Nova pasta\Unir.gdb\Temp\Trr" # 0 0 0
Union "'E:\Andre\BDIA_VEG_Revisado_240719\Nova pasta\Unir.gdb\Temp\Trr' #;'E:\Andre\BDIA_VEG_Revisado_240719\Nova pasta\Unir.gdb\Temp\BiomaG' #" "E:\Andre\BDIA_VEG_Revisado_240719\Nova pasta\Unir.gdb\Temp\Union" ALL # NO_GAPS
MultipartToSinglepart "E:\Andre\BDIA_VEG_Revisado_240719\Nova pasta\Unir.gdb\Temp\Union" "E:\Andre\BDIA_VEG_Revisado_240719\Nova pasta\Unir.gdb\Temp\Unionsp"
CopyFeatures Unionsp_Layer "E:\Andre\BDIA_VEG_Revisado_240719\Nova pasta\Unir.gdb\Temp\Trr2" # 0 0 0
Eliminate Trr2_Layer1 "E:\Andre\BDIA_VEG_Revisado_240719\Nova pasta\Unir.gdb\Temp\Unione" LENGTH # #
Dissolve "E:\Andre\BDIA_VEG_Revisado_240719\Nova pasta\Unir.gdb\Temp\Unione" "E:\Andre\BDIA_VEG_Revisado_240719\Nova pasta\Unir.gdb\Temp\UnionFinal_Dissolve" Bioma # SINGLE_PART DISSOLVE_LINES
Merge 'E:\Andre\BDIA_VEG_Revisado_240719\Nova pasta\Unir.gdb\Temp\UnionFinal_Dissolve';'E:\Andre\BDIA_VEG_Revisado_240719\Nova pasta\Unir.gdb\Temp\BioIlha' "E:\Andre\BDIA_VEG_Revisado_240719\Nova pasta\Unir.gdb\Temp\BiomaGF" "Bioma "Bioma" true true false 255 Text 0 0 ,First,#,E:\Andre\BDIA_VEG_Revisado_240719\Nova pasta\Unir.gdb\Temp\UnionFinal_Dissolve,Bioma,-1,-1,E:\Andre\BDIA_VEG_Revisado_240719\Nova pasta\Unir.gdb\Temp\BioIlha,Bioma,-1,-1;Shape_Length "Shape_Length" false true true 8 Double 0 0 ,First,#,E:\Andre\BDIA_VEG_Revisado_240719\Nova pasta\Unir.gdb\Temp\UnionFinal_Dissolve,Shape_Length,-1,-1,E:\Andre\BDIA_VEG_Revisado_240719\Nova pasta\Unir.gdb\Temp\BioIlha,Shape_Length,-1,-1;Shape_Area "Shape_Area" false true true 8 Double 0 0 ,First,#,E:\Andre\BDIA_VEG_Revisado_240719\Nova pasta\Unir.gdb\Temp\UnionFinal_Dissolve,Shape_Area,-1,-1,E:\Andre\BDIA_VEG_Revisado_240719\Nova pasta\Unir.gdb\Temp\BioIlha,Shape_Area,-1,-1"
AddField "E:\Andre\BDIA_VEG_Revisado_240719\Nova pasta\Unir.gdb\Temp\BiomaGF" Vex FLOAT # # # # NULLABLE NON_REQUIRED #
CalculateField "E:\Andre\BDIA_VEG_Revisado_240719\Nova pasta\Unir.gdb\Temp\BiomaGF" Vex !shape!.pointcount PYTHON_9.3 #
FeatureClassToFeatureClass "E:\Andre\BDIA_VEG_Revisado_240719\Nova pasta\Unir.gdb\Temp\BiomaGF" "E:\Andre\BDIA_VEG_Revisado_240719\Nova pasta" BioGF.shp # "Bioma "Bioma" true true false 255 Text 0 0 ,First,#,E:\Andre\BDIA_VEG_Revisado_240719\Nova pasta\Unir.gdb\Temp\BiomaGF,Bioma,-1,-1;Shape_Leng "Shape_Leng" false true true 8 Double 0 0 ,First,#,E:\Andre\BDIA_VEG_Revisado_240719\Nova pasta\Unir.gdb\Temp\BiomaGF,Shape_Length,-1,-1;Shape_Area "Shape_Area" false true true 8 Double 0 0 ,First,#,E:\Andre\BDIA_VEG_Revisado_240719\Nova pasta\Unir.gdb\Temp\BiomaGF,Shape_Area,-1,-1;Vex "Vex" true true false 4 Float 0 0 ,First,#,E:\Andre\BDIA_VEG_Revisado_240719\Nova pasta\Unir.gdb\Temp\BiomaGF,Vex,-1,-1" #
CalculateField lm_bioma_250 Area_km_1 [area_km] VB #
CalculateField lm_bioma_250 Area_km [Area_km] VB #
CalculateField lm_bioma_250 Area_km [Area_km_1] VB #
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/2.9.0'><WorkspaceConnectionString>DATABASE=C:\Users\carlos.toneli\Documents\Shp Oficial\bd_geo_sistema_ifn\Biomas_250mil</WorkspaceConnectionString><WorkspaceFactory>Shapefile</WorkspaceFactory><Dataset>lm_bioma_250.shp</Dataset><DatasetType>esriDTFeatureClass</DatasetType></CIMStandardDataConnection>" <operationSequence><workflow><AddField><field_name>Area_ha</field_name><field_type>DOUBLE</field_type><field_is_nullable>False</field_is_nullable><field_is_required>False</field_is_required></AddField></workflow></operationSequence>
CalculateGeometryAttributes lm_bioma_250 "Area_ha AREA" # Hectares PROJCS["South_America_Albers_Equal_Area_Conic",GEOGCS["GCS_South_American_1969",DATUM["D_South_American_1969",SPHEROID["GRS_1967_Truncated",6378160.0,298.25]],PRIMEM["Greenwich",0.0],UNIT["Degree",0.0174532925199433]],PROJECTION["Albers"],PARAMETER["False_Easting",0.0],PARAMETER["False_Northing",0.0],PARAMETER["Central_Meridian",-60.0],PARAMETER["Standard_Parallel_1",-5.0],PARAMETER["Standard_Parallel_2",-42.0],PARAMETER["Latitude_Of_Origin",-32.0],UNIT["Meter",1.0]] "Same as input"
Clip lm_bioma_250 MT_07_MS_03_05 "C:\Users\carlos.toneli\Documents\MAPEAMENTOS IFN\PANTANAL\Biomas.shp" #
Biomas
002
file://\\SFB47584610\C$\Users\carlos.toneli\Documents\MAPEAMENTOS IFN\PANTANAL\Biomas.shp
Local Area Network
0.000
Geographic
GCS_SIRGAS_2000
Angular Unit: Degree (0.017453)
<GeographicCoordinateSystem xsi:type='typens:GeographicCoordinateSystem' 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/2.9.0'><WKT>GEOGCS["GCS_SIRGAS_2000",DATUM["D_SIRGAS_2000",SPHEROID["GRS_1980",6378137.0,298.257222101]],PRIMEM["Greenwich",0.0],UNIT["Degree",0.0174532925199433],AUTHORITY["EPSG",4674]]</WKT><XOrigin>-400</XOrigin><YOrigin>-400</YOrigin><XYScale>11258999068426.238</XYScale><ZOrigin>-100000</ZOrigin><ZScale>10000</ZScale><MOrigin>-100000</MOrigin><MScale>10000</MScale><XYTolerance>8.983152841195215e-09</XYTolerance><ZTolerance>0.001</ZTolerance><MTolerance>0.001</MTolerance><HighPrecision>true</HighPrecision><LeftLongitude>-180</LeftLongitude><WKID>4674</WKID><LatestWKID>4674</LatestWKID></GeographicCoordinateSystem>
20251014
11285300
20251014
11285300
Microsoft Windows 10 Version 10.0 (Build 26100) ; Esri ArcGIS 12.9.13.32739
Biomas
IFN
Biomas Pantanal
Shapefile
0.000
dataset
EPSG
6.11(9.2.0)
0
Simple
FALSE
0
FALSE
TRUE
Biomas
Feature Class
0
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.
Bioma
Bioma
String
254
0
0
CD_Bioma
CD_Bioma
Integer
5
5
0
Area_ha
Area_ha
Double
19
0
0
20251014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