# Process: 面转栅格print"Process: 面转栅格"arcpy.PolygonToRaster_conversion(landuse,"LANDUSE", land_ToRaster,"CELL_CENTER","NONE", dem)# Process: 重分类 (3)print"Process: 重分类 (3)"arcpy.gp.Reclassify_sa(land_ToRaster,"LANDUSE","agriculture 2;river 8;grass 6;forest 10;urban 4", R...
批量转矢量为栅格 importarcpy arcpy.env.workspace="E:\\DATA"#具有多个矢量的文件路径outfolder="E:\\OUT"fcs=arcpy.ListFeatureClasses()forfcinfcs:print(fc) out_rasterdataset=outfolder+"\\"+fc[:-4]+"Albers.tif"arcpy.conversion.PolygonToRaster(fc,"class", out_rasterdataset,"CELL_CENTER","NO...
arcpy.PolygonToRaster_conversion(landuse,"LANDUSE",land_ToRaster,"CELL_CENTER","NONE",dem) # Process: 重分类 (3) print"Process: 重分类 (3)" arcpy.gp.Reclassify_sa(land_ToRaster,"LANDUSE","agriculture 2;river 8;grass 6;forest 10;urban 4",Rec_landuse,"DATA") # Process: 加权总和 pri...
("*.shp") valField = "nam" assignmentType = "CELL_CENTER" priorityField = "NONE" cellSize = 10 output_path="E:/mushijieyi/images/" for Features in list_shapefiles: print Features inFeatures =Features out=output_path+inFeatures+".tif" # Execute PolygonToRaster arcpy.PolygonToRaster_...
# +++++++栅格转面++++++++++ env.workspace = "" #工作路径,影像所在位置 inraster = "miange.tif" #输入矢量 outPolygons = "c:/output/result.shp" #输出的矢量所在位置及名称 field = "VALUE" #按栅格的某字段进行矢量划分(该例子中为NDWI转成的二值图的二值所在的字段)。 arcpy.RasterToPol...
arcpy.RasterToPolygon_conversion(inRaster, outPolygons, "NO_SIMPLIFY", field) inRaster = "single_" outPolygons = "E:/data/temp/data/shpsingle_" num += 3 print "finish" 转载自:https://blog.csdn.net/u014248147/article/details/77374966...
arcpy.RasterToPolygon_conversion(inRaster, outPolygons, "NO_SIMPLIFY", field) inRaster = "1_LAI_"#输入栅格名称(1_LAI_1.tif;...;1_LAI_4.tif) outPolygons = "D:/QQDATA/A_study/Correlation_analysis/Year_trend_result/1_LAI_"#输出路径及结果前缀(结果1_LAI_1.shp;...;1_LAI_4.shp)...
材料: 卫星栅格图像面状矢量文件(Polygon shp file)工具: DataMangermentTools>Raster>RasterProcessing>Clip请使用面状矢量文件而不是线状矢量文件使用线状文件即使勾选了精确提取边界外还是有一定空间 遥感影像图如何按照自己的需求进行裁剪? https://jingyan.baidu.com/article ...
arcpy.RasterToPolygon_conversion(watershedrs,"watershed","NO_SIMPLIFY","VALUE")# watershed polygon savedstreamorder = StreamOrder(streamrs, flowdir,"STRAHLER")# Attention! this one goes wrong: stream = StreamToFeature(streamorder, flowdir, "SIMPLIFY")StreamToFeature(streamorder, flowdir,"stream"...
I figured I would see if the intersect between my polygon and tiles has any rows in it (it should have 0,1,2,3,or 4 rows) and if there is some data, then constructinRaster While I can do it for one row, I have trouble understanding how to loop thru all the rows. ...