>>> arcpy.RasterToPolygon_conversion(in_raster="D:/curso_de_backend_js_python_R_arcgis_qgis_-01-20-26^^/servers/DATOS/descargas_shp/descarga_img/clip-mapa_base-terreno22_dem^utm.tif", out_polygon_features="D:/curso_de_backend_r_y_python/python_rstudio_1242_pubs/shapes_export-arcpy/RasterT_clipma2.shp", simplify="SIMPLIFY", raster_field="Value", create_multipart_features="SINGLE_OUTER_PART", max_vertices_per_feature="") <Result 'D:\\curso_de_backend_r_y_python\\python_rstudio_1242_pubs\\shapes_export-arcpy\\RasterT_clipma2.shp'> >>> arcpy.Clip_analysis(in_features="D:/curso_de_backend_r_y_python/python_rstudio_1242_pubs/shapes_export-arcpy/rasterxpoligono_RasterT_tif2.shp", clip_features="D:/curso_de_backend_js_python_R_arcgis_qgis_-01-20-26^^/servers/DATOS/descargas_shp/descarga_img4/ant_shp.shp", out_feature_class="D:/curso_de_backend_r_y_python/python_rstudio_1242_pubs/shapes_export-arcpy/rasterxpoligono_RastercolT_tif2_Clip.shp", cluster_tolerance="") <Result 'D:\\curso_de_backend_r_y_python\\python_rstudio_1242_pubs\\shapes_export-arcpy\\rasterxpoligono_RastercolT_tif2_Clip.shp'> >>>raxpolcolT_tif2 <- st_read("rasterxpoligono_RasterT_tif2.shp") plot(st_geometry(raxpolcolT_tif2), axes=TRUE) raxpolcolT_tif2 <- st_transform(raxpolcolT_tif2, crs = 4324) ggplot() + geom_sf(data = raxpolcolT_tif2 ) mapview(raxpolcolT_tif2)

Ana Sofia Vasquez

Ana Sofia Vasquez