哎呀! 哎呀! 哎呀! 哎呀! 哎呀! 哎呀! 哎呀! 哎呀! 哎呀! 哎呀! 哎呀! 哎呀! 哎呀! 哎呀! 哎呀! 哎呀!

在循环中创建x个数量的属性

“啊!位置=“-193.75193751937525-56.250562505625055”!Top_Left=“-193.75193751937525-56.250562505625055”!bottom_right=“556.24806248062475-106.25056250562506”!bounding rect=“-193.75193751937525-56.250562505625055 750 50”!order=“500000000005”!FOLLOW_ANCHOR="true"#!info_node=“false”!colour=“1,1,0.7843137254901967,0.19607843137254902”!size_policy=“10”!锚定的_node=“0”!>
哎呀! 哎呀! 哎呀! 哎呀! 哎呀! 哎呀! 哎呀! 哎呀! 哎呀! 哎呀! 哎呀! 哎呀! 哎呀! 哎呀! 哎呀! 哎呀! 哎呀! 哎呀! 哎呀! 哎呀! 哎呀! 哎呀! 哎呀! 哎呀! 哎呀! 哎呀! 哎呀! 哎呀! 哎呀! 哎呀! 哎呀! 哎呀! 哎呀! 哎呀! 哎呀! 哎呀! 哎呀! 哎呀! 哎呀! 哎呀! 哎呀! 哎呀! 哎呀! 哎呀! 哎呀! 哎呀! 哎呀! 哎呀! 哎呀! 哎呀! 哎呀! 哎呀! 哎呀! 哎呀! 哎呀! 哎呀! 哎呀! 哎呀! 哎呀! 哎呀! 哎呀! 哎呀! 哎呀! 哎呀! 哎呀! 哎呀! 哎呀! 哎呀! 哎呀! 哎呀! 哎呀! 哎呀! 哎呀! 哎呀! 哎呀! 哎呀! 哎呀! 哎呀! 哎呀! 哎呀! 哎呀! 哎呀! 哎呀! 哎呀! 哎呀! 哎呀! 哎呀! 哎呀! 哎呀! 哎呀! 哎呀! 哎呀! 哎呀! 哎呀! 哎呀! 哎呀! 哎呀! 哎呀! 哎呀! 哎呀! 哎呀! 哎呀! 哎呀! 哎呀! 哎呀! 哎呀! 哎呀! 哎呀! 哎呀! 哎呀! 哎呀! 哎呀! 哎呀! 哎呀! 哎呀! 哎呀! 哎呀! 哎呀! 哎呀! 哎呀! 哎呀! 哎呀! 哎呀! 哎呀! 哎呀! 哎呀! 哎呀! 哎呀! 哎呀! 哎呀! 哎呀! 哎呀! 哎呀! 哎呀! 哎呀! 哎呀! 哎呀! 哎呀! 哎呀! 哎呀! 哎呀! 哎呀! 价值 循环计数器 将_设置为“/>”! 哎呀! 哎呀! 哎呀! 哎呀! 哎呀! 哎呀! 哎呀! 哎呀! 哎呀! 哎呀! 哎呀! 哎呀! 哎呀! 哎呀! 哎呀! 价值 属性 将_设置为“/>”! 哎呀! 哎呀! 哎呀! 哎呀! 哎呀! 哎呀! 哎呀! 哎呀! 哎呀! 哎呀! 哎呀! 哎呀! 哎呀! 哎呀! 哎呀! 哎呀! 哎呀! 哎呀! 哎呀! 哎呀! 哎呀! 哎呀! 哎呀! 哎呀! 哎呀! 哎呀! 哎呀! 哎呀! 哎呀! 哎呀! 哎呀! 哎呀! 哎呀! 哎呀! 哎呀! 哎呀! 哎呀! 哎呀! 哎呀! 哎呀! 哎呀! 哎呀! 哎呀! 哎呀! 哎呀! 哎呀! 哎呀! 哎呀! 哎呀! 哎呀! 哎呀! 哎呀! 哎呀! 哎呀!
FME_PYTHON_VERSION 27#!开始“标题”!启动_wb_headerreader_type multi_readerwriter_type nullwriter_keyword null_destnull_dest_dataset null!结束“wb_header”!START_WB_HEADER#!结束“wb_header”!end_headerlog_filename“$(fme_mf_dir)looptest.log”log_append yeslog_max_features 200log_max_recorded_features 200fme_reprojection_engine fmefme_implicit_csmap_reprojection_mode autotime_geometry_handling enhancedfme_stroke_max_deviation 0log_timings yeslog_filter_mask-1------------------------------------multi_reader_continue_on_reader_failure no诳rtemp$env(fme temp)elseif[信息存在env(temp)]&&[文件是目录$env(temp)]设置gvisualizertemp$env(temp)elseif$tcl平台(平台)==“Unix”设置gvisualizertemp“/tmp”其他设置gvisualizertemp C:regsub-所有[,&]$(工作区wsname;设置gvisualizertemp$gvisualizertemp/$wsname[时钟格式[时钟秒]-格式%h%m%s];puts "MACRO WORKSPACE_TEMP_DIR $gVisualizerTemp";宏可视化工具_feature_file$(workspace_temp_dir)/inspector.ffsmacro可视化工具_schema_file$(workspace_temp_dir)/inspector.fscmacro可视化工具_create_space_index yesdefault_macro wb_current_context------------------------------------tcl2 proc creator_coordysremover global fme_coordsys;set FME_CoordSys {};}宏创建器\u xml not \u activatedmacro creator \u classic not \u activatedmacro creator \u 2d3d 2d \u geometrymacro creator \u coords INCLUDE [ if { {Geometry Object} == {Geometry Object} } { puts {MACRO Creator_XML *} } ]INCLUDE [ if { {Geometry Object} == {2D Coordinate List} } { puts {MACRO Creator_2D3D 2D_GEOMETRY};放置宏创建器经典]包括[如果几何对象=三维坐标列表放置宏创建器2d3d三维几何将宏创建者经典包括[如果几何对象=二维最小/最大框设置注释我们需要将最小值x最小值x最大值y的坐标转换为完整的多边形坐标列表;设置splitcoords[split[string trim{ }[];如果[长度$splitcoords]>4设置trimmedcoordsforeach item $splitCoords { if { $item != {} } {lappend trimmedCoords $item} };set splitCoords $trimmedCoords;};如果[长$splitcoords]!=4错误创建者:坐标列表应该是一个由四个数字组成的空格分隔的列表,如“minx miny maxx maxy”-` '无效;};set minX [lindex $splitCoords 0];设置miny[lindex$splitcoords 1];设置maxx[lindex$splitcoords 2];设置maxy[lindex$splitcoords 3];输入“macro creator_coords$minx$miny$minx$maxy$maxx$maxy$maxx$miny$minx$miny”;放置宏创建器d3d二维几何图形将宏创建者经典工厂定义$(创建者_xml)创建工厂_名称创建者_xml _创建者创建_端无输出特征_类型uuuuuuuuuuuuuuuuuuuuuuuuuuuuuuu创建几何体(从_编码u字符串, ?XML 版本= 编码= 美国\u ASCII 独立= 几何学 尺寸= 无效的 几何学 )工厂定义$(Creator_Classic)CreationFactory_Name Creator_Classic_Creator$(Creator_2d3d)$(Creator_Coords)创建_End无输出功能_Type_uUuUuUuUuUuUuUuUuUuUuUuUuUuUuFactory_Def*Teefactory工厂Name Creator_Cloner输入功能_Type_UuUuUuUuUuUuUuUuUuUuUuUuTc2(Creator_CoordSysRemover)@CoordSys()编号_共有500个输出特征_type creator _created fme _feature _type creator factory _def*BranchingFactory factory _name“creator _created brancher-1 15”输入特征_type creator _created target _factory$(wb _current _context)_creator _branch _target“最大\u count无输出传递的特征_type*”---------------------------------------------------工厂定义*teefactory工厂名称“$(wb_当前上下文)_创建者_分支_目标”输入功能_类型*输出功能35;-------------------------------------------------------------工厂定义*attrsetfactory工厂_名称属性创建者输入功能_类型创建者multi_feature_mode no null_attr_mode no_op attr set_create_directives_propagate_missing_fdiv attr_action_max_images斞设_为6_output feature_type attributeCreator_output_----------------------------------------------------------------工厂_def*teefactory工厂_name“回路输入收集器”输入功能\u type attributeCreator \u输出功能\u type loop \u input macro loop \u workspace \u name loopmacro$(loop \u workspace \u name)以前的loopmacro$(loop \u workspace \u name)transformer \u group macro$(loop \u workspace \u name)复合\u参数macro$(loop \u workspace \u name)子\u doc \u name loopmacro$(loop \u workspace \u name)最大图像 价值 最大图像数 默认的_macro loop_workspace_name“”包括[放置macro wb_old_context_$(loop_workspace_name)$(wb_current_context)输入宏wb_当前_上下文$(loop_workspace_name)]工厂_def*teefactory工厂_name“$(loop_workspace_name)_input1541598928输入拆分器”输入功能_type“$(loop_workspace_name)_input”输出功能_type“$(loop_workspace_name)_input”“@evaluateexpression(attr_create_expr_propagate_missing_missing,max_images,$($(loop_workspace_na我)最大图像,feature_type)“factory_def*teefactory factory_name”$(loop_workspace_name)_loopinput1541598928 input splitter“input feature_type”$(loop_workspace_name)_loopinput“output feature_type”$(loop_workspace_name) loopinput“诚$(loop_workspace_name)_attributeManager input feature_type“$(loop_workspace_name)_loopinput”multi_feature_mode no null_attr_mode no_op attrset_create_directive _propagate_missing_fdiv action_column 3 def_val_column 2 attr_action“loopcounter”“loopcounter”, 评估 添加 价值 循环计数器 “”将_设置为“attr_action”attribute_naam“”attribute_naam“”foto_doc 价值 循环计数器 “”将_设置为“输出功能_类型”$(loop_workspace_名称)_attributemanager_输出”-------------------------------------------------------------工厂*attrsetfactory_名称$(loop_workspace_名称)_attributecreator_3输入功能_类型“$(loop_workspace_名称)_attributemanager_输出”多功能_模式没有空的_attr_模式没有_op attrset_create_directives_propagate_missing_fdiv attr_action_ 价值 循环计数器 “”设置为“”“输出功能_type”$(loop_workspace_name)_attributeCreator_3_output”35;----------------------------------------------------------------工厂_def*attrsetFactory工厂_name$(loop_workspace_name)_attributeCreator输入功能_type”$(loop_workspace_name)_input“多功能_模式无空”_attr_模式否op attr set_create_directives _propagate_missing_fdiv attr_action“loopcounter”set_to“1”attr“attribute_naam”set_to“foto_doc”output output feature_type$(loop_workspace_name)_attributeCreator_output”rsetFactory工厂名称$(loop_workspace_name)_attributeCreator_4 input feature_type“$(loop_workspace_name)_attributeCreator_output”多功能_mode no null_attr_mode no_op attrset_create_directives_propagate_missing_fdiv attr_action” 价值 属性 “将_设置为”“”输出功能_type“$(loop_workspace_name)_attributeCreator_4_output”------------------------------------------------------工厂_def*测试工厂_name$(loop_workspace_name)_测试人员输入功能_type“$(loop_workspace_name)_attributeCreator_3_output“输入功能_type”$(loop_wworkspace_name)_attributeCreator_4_output“test@evaluateexpression(fdiv,string_encoded, 价值 循环计数器 ,$(loop_workspace_name)_tester)=@evaluateexpression(fdiv,string_encoded, 价值 最大图像数 ,$(loop_workspace_name)_tester)编码布尔_operator或输出传递的feature_type“$(loop_workspace_name)_tester_passed”输出失败的feature_type“$(loop_workspace_name)_tester_failed”factory_def*branchingfactory target_factory“$(loop_workspace_name)_loopinput1541598928输入拆分器“factory_name”循环到$(loop_workspace_名称)_loopinput1541598928 input splitter“最大\u count-1输入功能\u type”$(loop \u workspace \u name)_tester \u failed“输出传递的功能\u type”$(loop \u workspace \u name)_loopinput“工厂定义*teefactory工厂名称”$(loop \u workspace \u name)_output1541598928输出收集器“输入功能\u type”$(loop \u workspace \u name)_tester \u passed“输出UT功能_-type“$(loop_-workspace_-name)_-output”包括[输入宏WB_-current_-context$(WB_-old_-context_$(loop_-workspace_-name))]工厂_-def*teefactory工厂_-name“loop-output-renamer/nuker”输入功能_-type循环_-output-feature_-type循环输出假设工作区临时目录已经设置和创建。请参见controlDefs.cpp-controlDefs::writeVisualizerTempDirDefault_Macro Workspace_Temp_DirInclude[设置grpbyAttrsif[字符串长度$grpbyattrs]>0 if[字符串优先”@evaluateexpression“$grpbyattrs]=0放置“macro catmac U$grpbyattrs”;}否则设置catter“”;设置逗号“”;foreach attr $grpByAttrs { set catter "$catter$comma@Value(\"$attr\")";设置逗号“,};puts "MACRO CATMAC _@Concatenate($catter)";}}否则输入“macro catmac”;};设置sa亚搏在线fename“[regsub-all[^a-za-z0-9]output UU][expr round(rand()*1000000)]u[时钟点击-毫秒]”;输入“macro-saf亚搏在线e-ffs-name$safename”;]# Make the temporary directory that the FFS files will live in.FACTORY_DEF * CreationFactory FACTORY_NAME Output_DirCreator OUTPUT FEATURE_TYPE __nukeme__ @Tcl2("catch {file mkdir {$(WORKSPACE_TEMP_DIR)}}")FACTORY_DEF * TeeFactory FACTORY_NAME Output_DirCreatorCleanerUpper INPUT FEATURE_TYPE __nukeme__# Send raster,点云和矢量特征沿不同路径向下,以准备它们用于查看工厂定义测试工厂名称输出功能控制器输入功能环路输出测试和FME类型=FME光栅输出失败功能工厂工厂名称输出功能目录1输入功能\U类型输出\U NotrasterFeatures \UUUUUUU测试和FME \U类型=“FME \U点云”输出失败功能\U类型输出\U矢量特征\UUUUUUUUU输出传递的功能\U类型输出\U点云特征\UUUUUUUUUUUUUUUUUUUUUUUUUUUUUUUUUUUUUUUUUUUUUUUUUUUUUUUUUUUUUUUUUUUUUUUUUUUUUUUUUUUUUUU_ name output_vectorsetterupper input feature_type output_uuuuvectorfeatures_uuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuviewme_uuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuu而是通过TCL来实现。这应允许此变压器与台式机许可证一起使用,即使thinpointcloud需要professional.tcl2 proc output_901b8b35_9a64_491f_a331_2312ee70732b0_thinpointcloud if[string equal no keepnpoint]fme execute thinpointcloud no u thinpointcloud “”;}elseif[字符串等于无减薄最大值]fme执行thinpointcloud无减薄\” “”;}elseif[字符串等于无减薄第一个点]fme执行thinpointcloud无减薄\” “”;}elseif[字符串等于无减薄最后一个点]fme执行thinpointcloud无减薄\” “”;};}工厂_def*te工厂工厂_name输出UUUU点云稀释剂输入功能_type输出UUUUU点云特征UUUU\UUUUUUUUUUUUUUUUUUUUUUUUUUUU型输出功能UU型UUU VIEWME UUUUUUUUUUUUUUUU型UUUU型UUU型UU定义*te工厂工厂U型输出UUUUUUUUUUUUUUUUUUUUUUUUUUUUUUUUUUUUUUUUUUUUUUUUUUUUUUUUU子列tnumcols set usedi[string equal-nocase$(fme_viewer_app)fmedatainspector];如果{!$usedi fme_执行applyrasterrotation双线性;};设置doresample[字符串等于noreducation resample];set dosubset[string equal noreducation subset];设置多边界[字符串等于noreducation boundingboxonly];如果$dobounds fme _执行几何类型fme _polygon;}elseif$doresample$dosubset设置注释首先,we need to prefix all the attributes.这是因为我们要调用@rasterproperties,我们要确保它不会覆盖任何现有的属性。};设置kattrPrefix“.”;设置所有名称[FME_attributename];foreach oldName $allNames { set newName $kAttrPrefix;追加newname$oldname;fme_renameattribute$newname$oldname;};执行光栅属性;如果$doresample设置oldnumcols[fme_getattribute _num_columns];设置oldNumRows[fm_getattribute_num_rows];设置oldspacingx[fme_getattribute_spacing_x];设置oldspacingy[fme_getattribute_spacing_y];设置kminnumcells 32;set kMaxNumCells 512;设置注释只有当两个维度都大于最小num单元格时,我们才会重新采样,至少有一个大于最大值。};如果$oldNumRows>$kminNumCells&$oldNumCols>$kminNumCells&($oldNumRows>$kmaxNumCells$oldNumCols>$kmaxNumCells)设置newspacingX 1.0;将newspacingY设置为1.0;如果$oldNumRows>$oldNumCols设置注释如果行多于列,我们需要选择一个间距,将行数减少到我们选择的最大值。};设置newspacingy[expr 1.0*$oldNumRows*$oldSpacingy/$kmaxNumCells];设置newspacingx[expr 1.0*$newspacingy/$oldspacingy*$oldspacingx];设置注释现在我们需要检查这样做是否会导致列低于最小值。如果是这样,选择间距,这样我们只会下降到最小值(而不是过去)。};set newNumCols [expr $oldNumCols * $oldSpacingX / $newSpacingX];如果$newnumcols<$kminnumcells设置newspacingx[expr 1.0*$oldnumcols*$oldspacingx/$kminnumcells];设置newspacingy[expr 1.0*$newspacingx/$oldspacingx*$oldspacingy];};} else { set comment { This is identical to the above case,except the roles of rows and cols are reversed.};设置newspacingx[expr 1.0*$oldnumcols*$oldspacingx/$kmaxnumcells];设置newspacingy[expr 1.0*$newspacingx/$oldspacingx*$oldspacingy];设置newNumRows[expr$oldNumRows*$oldSpacingy/$newSpacingy];如果$newNumRows<$kminNumCells设置newSpacingy[expr 1.0*$oldNumRows*$oldSpacingy/$kminNumCells];设置newspacingx[expr 1.0*$newspacingy/$oldspacingy*$oldspacingx];};};fme_execute resamplegraster cell_size$newspacingx$newspacingy nearestneighbor;};}elseif$dosubset set comment获取可能是属性或常量的某些字符串的值。Note that we pass in the attribute prefix we're using,因为如果一个结果是一个属性,它实际上不会是字符串中的确切名称(因为我们重命名了上面的所有属性)。};设置rasternumrows[fme_getattribute_num_rows];设置rasternumcols[fm_getattribute_num_columns];set comment { Only do subsetting if the specified start position is actually within the raster.};如果$subsetStartRow<$rasterNumRows&&$subsetStartCol<$rasterNumCols设置注释现在将子集绑定到光栅的大小,这样我们就不会创建填充。};如果[expr$subsetStartRow+$subsetNumRows]>$rasterNumRows设置subsetNumRows[expr$rasterNumRows-$subsetStartRow];};如果[expr$subsetStartCol+$subsetNumCols]>$rasterNumCols设置subsetNumCols[expr$rasterNumCols-$subsetStartCol];};fme_execute substraster$substratstarrow$substratnumrows$substratstartcol$substratnumcols;};};设置comment删除@rasterproperties添加的所有属性,并从实际属性中删除前缀。我们假设它们都以下划线开头。};fm_执行删除属性fm_regexp_match ^foreach oldName $allNames { set newName $kAttrPrefix;追加newname$oldname;fme_renameattribute$oldname$newname;};};}工厂定义*teefactory工厂名称output_rastersetter上输入功能_type output_uuu rasterfeatures_uuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuviewme_uuuuuuuuuu2(“output_901b8b35_9a64_491f_a331_2312ee70732b0_Prepareraster{ {{ {{ {{ }“)现在将所有功能传送到记录器中,将其特征类型更改为变压器名称,以便它们可以很好地查看输出(U 901B8Bb35 U 9A64 U 491F U A331 U 2312E70732b0 U VIS U FEAT U TYPE更改要可视化的特征的特征类型。默认U宏输出U 901B8B35 U 9A64 U 491F U A331 U 2312E70732b0 U VIS \\\\输出U类型输出$(CATMAC)默认U宏可视化器U宏可视化器U功能\U文件$(工作区U临时U临时U文件$(工作区U临时目录)/美元(S)afe-ffs_-name).ffsdefault_宏可视化工具创建_-spatial_-index no[pr]数据检查器将限制在win32上读取的最大功能数。亚搏在线因此,我们将相应地限制我们在这里记录的功能的数量,使用max-features-to-record指令。工厂定义*记录工厂名称输出记录输入功能类型UT B8b35_9a64_491f_A331_2312E70732b0_VIS_FEATH_TYPE)功能_文件“$(可视化工具_FEATURE_文件)”存储_扫描的_模式是创建_空间_索引“$(可视化工具_创建_空间_索引)”检查器“$(可视化工具_创建_空间_索引)”FSC_模式循环计数器,varchar 二百五十五 ,属性_Naam,varchar 二百五十五 ,最大图像,varchar 二百五十五 模式记录存储_扫描的_元数据记录_直接_到_磁盘是最大_功能_到_记录win32 2000000----------------------------------------------工厂_定义*路由工厂_名称“目标功能类型路由相关器”命令_parm_评估单次_通过输入功能_类型*功能_类型属性uwb_out_feat_type_uuuu output routed feature_type*output not_routed feature_type uuu nuke_me_uuuuuuu@tcl2(“FME_statmessage 818059[FME_getattribute FME_template_feature_type]818060 818061 FME_warn”)输入Feature_uu Type uu Nuke_u Me_uuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuu如果[长度$files]==1设置文件$(workspace_temp_dir)/附加文件[lindex$files 0];eval fme_execute system \173\042$(fme_home_unix)/fmedatainspector \042--可视化工具--单个应用程序--关闭时删除--无源提示-f ffs \042$thefile \042&\175;} elseif { [llength $files] == 0 } { catch { file delete -force {$(WORKSPACE_TEMP_DIR)} };}else设置文件noext设置最后一个文件foreach filename[lsort$files]set filenoext[string trimright$filename.ffs];if [regexp {(.*)_[0-9]*$} $fileNoExt wholething fileNoExtBase] { if { $fileNoExtBase == $lastfile } { continue } };设置lastfile$filenoext;lappend filesNoExt $fileNoExt };eval fme_execute system \173\042$(fme_home_unix)/fmedatainspector \042--可视化工具--单个应用程序--关闭时删除--无源提示-d$(workspace_temp_dir)-a ffs-f ffs$filesnext&\175;};};“)工厂定义*teefactory输入功能\u类型\u Nukeme__