创建三角网曲面
“！位置=“-946.884-216.252”#左上角=“-946.884-216.252”！右下角=“-947.884-215.252”！边界矩形=“-946.884-216.252-1-1”#ORDER=“5e+14”#跟随_ANCHOR=“true”#info_node=“false”！colour=“1,1,0.784314,0.192157”！SIZE_POLICY=“8”#comment_type=“regular”！锚定节点=“2”！/> #!一编码= 美国ascii码独立的= 不是吗？ 几何 椭圆 弧 中心坐标 十= 0个是的= 0个原始半径 一 原始半径 秒半径 一 秒半径 旋转 0个 旋转 星斗 0个 星斗 后掠角 -360度 后掠角 弧 椭圆 几何 )工厂定义$（创建人/经典）创建工厂创建工厂名称创建人/经典创作者$（创作者/2D3D）$（创作者/合作者）创建一个没有输出功能的工厂创建一个没有输出功能的工厂创建一个名称创建人/创建输入功能的输入输入功能的类型创建创建一个创建一个拷贝拷贝拷贝拷贝拷贝拷贝拷贝拷贝拷贝拷贝拷贝拷贝拷贝拷贝拷贝拷贝拷贝拷贝拷贝拷贝拷贝拷贝拷贝拷贝拷贝拷贝拷贝拷贝拷贝拷贝拷贝拷贝拷贝拷贝拷贝拷贝拷贝拷贝拷贝拷贝拷贝拷贝拷贝拷贝拷贝拷贝拷贝拷贝拷贝拷贝拷贝拷贝拷贝拷贝拷贝拷贝拷贝拷贝拷贝拷贝拷贝拷贝拷贝拷贝拷贝拷贝拷贝拷贝拷贝拷贝拷贝拷贝拷贝拷贝拷贝拷贝拷贝拷贝拷贝拷贝拷贝拷贝拷贝拷贝拷贝拷贝拷贝拷贝拷贝拷贝拷贝拷贝拷贝拷贝拷贝拷贝拷贝拷贝拷贝拷贝拷贝拷贝拷贝拷贝拷贝拷贝拷贝拷贝拷贝拷贝拷贝拷贝拷贝拷贝拷贝拷贝拷贝拷贝拷贝拷贝拷贝拷贝拷贝拷贝拷贝拷贝实例“输出特征类型”creator创建了@tcl2（creator\u coordsysremover）@coordsys（）fme\u feature\u type creator factory\u def*branchingfactory factory\u name“creator\u created brancher-138”输入feature\u type creator\u created target\factory“$（wb\u当前上下文）\creator\branch\u target“输出传递feature\type*@removeattributes”（“creator\u created brancher-138“.BranchingFactory.Count）#——{公差}}{如果{（{否}={是}）}{放置{宏arcstroker_func@arc（可拒绝，最大偏差，， ，MAKEPOLY_FOR_360ARC）}；}否则{puts{MACRO ArcStroker_func@Arc（可拒绝，最大偏差 “）};}}否则{如果{（{否} == {是}）} {{放MACRO ArcStroker_func @Arc（不合格，” 180" ，MAKEPOLY_FOR_360ARC）};}其他{{放MACRO ArcStroker_func @Arc（不合格,"180")}; } } ] FACTORY_DEF * TeeFactory FACTORY_NAME ArcStroker_ArcStroker INPUT FEATURE_TYPE Creator_CREATED @RenameAttributes(FME_STRICT,___fme_rejection_code___,fme_rejection_code) OUTPUT FEATURE_TYPE ___TOREJECTOR___ $(ArcStroker_func) FACTORY_DEF * TestFactory FACTORY_NAME ArcStroker_Rejector INPUT FEATURE_TYPE ___TOREJECTOR___ TEST @Value(fme_rejection_code) != "" OUTPUT FAILED FEATURE_TYPE ArcStroker_STROKED @RenameAttributes(FME_STRICT,fme_rejection_code,___fme_rejection_code___) FACTORY_DEF * TeeFactory FACTORY_NAME "ArcStroker STROKED Splitter" INPUT FEATURE_TYPE ArcStroker_STROKED OUTPUT FEATURE_TYPE ArcStroker_STROKED_0_D77VrDSX6no= OUTPUT FEATURE_TYPE ArcStroker_STROKED_1_IF94d4jdISM= OUTPUT FEATURE_TYPE ArcStroker_STROKED_2_gco5pu67u0Y= OUTPUT FEATURE_TYPE ArcStroker_STROKED_3_8ciLEcbkKIg= OUTPUT FEATURE_TYPE ArcStroker_STROKED_4_nuPDFmFiq/Q= # ------------------------------------------------------------------------- FACTORY_DEF * PolygonDissolveFactory INPUT FEATURE_TYPE ArcStroker_STROKED_0_D77VrDSX6no= FACTORY_NAME Bufferer_2 PRE_BUFFER "0.2" "8" CAP_ROUND FULL DISSOLVE_MODE GEOS OUTPUT POLYGON FEATURE_TYPE Bufferer_2_BUFFERED OUTPUT NON_POLYGON FEATURE_TYPE Bufferer_2_BUFFERED # ------------------------------------------------------------------------- # check if we have to do the min bounding box calculation INCLUDE [ if { {BB} == {MINBB} } { puts {MACRO BoundingBoxReplacer_BBFunc @Bounds(MIN_BOUNDING,,)}; } else { puts {MACRO BoundingBoxReplacer_BBFunc @Bounds(BOUNDING_BOX_AXIS_ALIGNED,,)}; } ] FACTORY_DEF * TeeFactory FACTORY_NAME BoundingBoxReplacer INPUT FEATURE_TYPE Bufferer_2_BUFFERED OUTPUT FEATURE_TYPE BoundingBoxReplacer_BOX @Force2D() $(BoundingBoxReplacer_BBFunc) FACTORY_DEF * TeeFactory FACTORY_NAME "BoundingBoxReplacer BOX Splitter" INPUT FEATURE_TYPE BoundingBoxReplacer_BOX OUTPUT FEATURE_TYPE BoundingBoxReplacer_BOX_0_Y7pnc4EOs3k= OUTPUT FEATURE_TYPE BoundingBoxReplacer_BOX_1_GpK4OEbmpYk= # ------------------------------------------------------------------------- FACTORY_DEF * TeeFactory FACTORY_NAME 3DForcer_3 INPUT FEATURE_TYPE BoundingBoxReplacer_BOX_1_GpK4OEbmpYk= OUTPUT FEATURE_TYPE ___TOREJECTOR___ @ZValue("4", "No", ___fme_rejection_code___) FACTORY_DEF * TestFactory FACTORY_NAME 3DForcer_3_Rejector INPUT FEATURE_TYPE ___TOREJECTOR___ TEST @Value(___fme_rejection_code___) != "" OUTPUT FAILED FEATURE_TYPE 3DForcer_3_OUTPUT # ------------------------------------------------------------------------- FACTORY_DEF * NeighborColorSetterFactory FACTORY_NAME FeatureColorSetter INPUT FEATURE_TYPE 3DForcer_3_OUTPUT ALGORITHM MANUAL RANDOM_MODE RANDOM_COLOR_CAP“ “笔颜色”@EvaluateExpression（FDIV，STRING，$（COLOR$encode），FeatureColorSetter）“填充颜色”@EvaluateExpression（FDIV，STRING，$（填充颜色$encode），“拒绝”、“无效”、“无效”、“是”、“输出”、“着色”、“特征”、“类型”、“特征”、“颜色”、“--------------------------------------------------”设置“将所有元属性添加到特征”的指令。#我们这样做是为了让用户在查看的功能中看到所有可能的信息。READER_META_ATTRIBUTES fme_feature_type fme_dataset fme_basename#假设工作区临时目录已经设置并创建请参见controldefs.cpp-controldefs：：writeVisualizerTempDir DEFAULT_MACRO WORKSPACE_TEMP廑DIR INCLUDE[set grpByAttrs{}；if{[string length$grpByAttrs]>0}{if{[string first@EvaluateExpression“$grpByAttrs]==0}{puts“MACRO CATMAC”；}else{set catter”“；set comma”“foreach attr$grpbyattrs{set catter“$catter$comma@value（\”$attr“）；set comma”，“，”；}；puts“macro catmac连接（$catter）”；}else{puts“macro catmac”；}；set safe name“[regsub-all{[^a-za-z0-9]}{2dpolygon}uu[expr round（rand（）*1000000）]”[时钟点击-毫秒]；puts“macro safe ffs”name$safename”；]#创建FFS文件将驻留的临时目录工厂定义*创建工厂名称2DPolygon DirCreator输出功能_utype_uunumee_uuu@Tcl2（“catch{file mkdir{$（WORKSPACE_utemp_udir）}”）工厂定义*工厂名称2DPolygon_udircreatorleanerupper输入功能_utype_unumee_u35;发送光栅点云和矢量特征沿着不同的路径准备它们以便查看工厂定义测试工厂名称2dpoly亚搏在线gon特征控制器输入特征u型特征彩色设置器彩色测试fme类型=“fme光栅”输出失败特征u型2dpolygon非光栅特征输出通过特征u型2dpolygon光栅特征__FACTORY_DEF*TestFactory_NAME 2DPolygon_uuuufeaturedirector 1 INPUT FEATURE_utype 2DPolygon_uuunotrasterfeatures_uuutest&fme_utype=“fme_upoint_ucloud”输出失败FEATURE_utype 2DPolygon_uuuvector features_uuuutype 2DPolygon_uuuupointcloudfeatures_uuu359;矢量特征可能会使其颜色覆盖FACTORY_udef*teefactory factory_name 2dpolygon_vectorsetterupper input feature_type 2dpolygon_uuuuuuuu vectorsfeatures_uuuuuuuu type viewme_uu35;point cloud features可能需要细化。请注意，我们不直接调用thinpointcloud函数，而是通过tcl来实现。这将允许此转换器与桌面许可证一起使用，即使ThinPointCloud需要专业人员Tcl2 proc 2DPolygon_6fcc4137_94c1_4b12_a5e6_0dfd5030078127_thinPointCloud{}{如果{[字符串等于{没有细化}{KEEPNPOINT}}{FME_Execute thinPointCloud没有细化“\” \"";}elseif{[字符串等于{不细化}{MAXNUMPOINTS}{FME\u执行ThinPointCloud不细化“\” \"";}elseif{[字符串等于{不细化}{第一个点}}{FME\u执行ThinPointCloud不细化“\” \"";}elseif{[字符串等于{不细化}{最后点}}{FME\u执行ThinPointCloud不细化“\” \"";}；}工厂_DEF*TeeFactory工厂_name2dpolygon u2dpolygon 2DPolygon 2DPolygon 2DPolygon 2DPolygon 2DPolygon 2DPolygon 2DPolygon 2DPolygon 2DPolygon 2DPolygon 2DPolygon 2DPolygon 2DPolygon 2DPolygon 2DPolygon 2DPolygon 2DPolygon 2DPolygon 2DPolygon 2DPolygon 2DPolygon subsetNumRows subsetStartCol下subsetnumcols}{设置usedi[字符串相等-nocase{$（fme_viewer_app）}{fmedatainspector}；如果{！$useDI}{FME\u执行ApplyRasterRotation双线性；}；设置doresample[字符串等于{noreduction}{resample}]；集合dosubset[字符串等于{noreduction}{subset}]；设置dobounds[字符串等于{noreduction}{boundingboxonly}]；如果{$dobounds}{fme_执行geometrytype fme_polygon；}elseif{$doresample$dosubset}{设置注释{首先，我们需要为所有属性加前缀。这样做是因为我们将调用@ RestStices，并且我们希望确保它不会覆盖任何现有的属性。}；设置KattrPrefix“.”；设置所有名称[fme_attributename]；foreach oldname$allnames{设置newname$kattrprefix；追加newName$oldName；fme_renameattribute$newname$oldname；}；执行RASTERPORPERTIES RASTER；如果{$doresample}{设置oldnumcols[fme_getattribute_num_columns]；设置oldnumrows[fme_getattribute_num_rows]；设置oldspacingx[fme_getattribute_spacing_x]；设置旧间距[fme_getattribute_spacing_y]；设置kminnumcells 32；设置kMaxNumCells 512；设置注释{如果两个维度都大于最小的Num单元，则至少只有一个大于最大值。}；如果{$oldnumcells>$kminnumcells&&$oldnumcols>$kminnumcells&&（$oldnumrows>$kmaxnumcells$oldnumcols>$kmaxnumcells）}{设置newspacingx 1.0；设置newspacingy 1.0；如果{$OLDNAMRES> $OLDNUMCORS}{SET注释{如果我们的行多于列，则需要选择一个间隔，将行数减少到我们选择的最大值。}；设置newspacingy[expr 1.0*$oldnumrows*$oldspacingy/$kmaxnumcells]；设置newspacingx[expr 1.0*$newspacingy/$oldspacingy*$oldspacingx]；设置注释{现在我们需要检查这样做是否会导致列低于最小值。如果是这样的话，选择间距，这样我们就只能降到最小值（而不是过去）。}；设置newNumCols[expr$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]；}；}否则{设置注释{这与上述情况相同，只是行和列的角色是相反的。}；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*$oldspacingx]；}；}；fme_执行重采样栅格单元大小$newspacingx$newspacingy nearest neighbor；}；}elseif{$dosubset}{set comment{获取某些可能是属性或常量的字符串的值。请注意，我们传入了正在使用的属性前缀，因为如果一个确实是一个属性，那么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[FME_GetAttribute_num_columns]；设置注释{仅当指定的开始位置实际在光栅内时才执行子设置。}；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]；}；执行substraster$subsetstartrow$subsetnumrows$subsetstartcol$subsetnumcols；}；}；set comment{删除@raserproperties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。}；fme_execute removeattributes fme_regexp_match{^}；foreach oldname$allnames{设置newname$kattrprefix；追加newName$oldName；fme_renameattribute$oldname$newname；}；}；}工厂定义*teefactory工厂名称2dpolygon rastersetterupper输入功能2dpolygon rasterfeatures输出功能type viewme tcl2（“2dpolygon 6fcc4137 c1 4b12 a5e6 0dfd5030078127 prepareraster{ } { } { } { }“）”现在将所有功能路由到记录器中，将它们的功能类型更改为转换器名称，这样它们就可以很好地查看2dpolygon、6fcc4137、94c1、4b12、a5e6、0dfd5030078127、vis、feat、type，从而更改正在显示的功能的功能类型。Debug TraceMy2DPulgNo.6FC41371C124A5E6E05DFD50300 781277 VisualStaskType 2DPrimon $（CATMAC）Debug TrimeVisualIZrErthPrimuleX文件$（WorkStudioTimeTydir）/$（SuffyFiffsNo.No.FFS Debug TrimeVisualSaleSerixCytAySythalalx索引NO.[PR P] 45549）数据监视器将限制其在Win32上读取的最大特征数，因此，我们将相应地限制我们在这里使用max-features-to-r亚搏在线ecord指令记录的特性的数量。工厂_def*recorder factory工厂_name 2dpolygon_2dpolygon记录器输入特征输入特征输入特征输入特征输入特征输入特征输入特征输入特征输入特征输入特征输入特征输入特征输入特征输入特征输入特征输入特征输入特征特征输入特征输入特征特征输入特征输入特征输入特征输入特征输入特征输入特征输入特征输入特征输入特征输入特征输入特征输入特征输入特征输入特征输入特征输入特征输入特征输入特征输入特征输入特征输入特征输入特征输入特征输入特征输入特征输入特征输入特征输入特征输入特征输入特征输入特征输入特征输入特征输入特征输入特征输入特征输入特征输入特征输入特征输入特征输入特征输入特征输入特征输入特征输入特征输入特征输入特征输入特征输入特征输入特征输入特征输入特征输入特征输入特征输入特征输入特征输入特征输入特征输入特征输入特征输入特征输入特征输入特征输入特征输入特征文件）“创建空间索引”“$（VISUALIZER_CREATE_space_INDEX）”检查器“$（VISUALIZER_CREATE_space_INDEX）”FSC_SCHEMA_creation_实例，varchar 255个 ，fme_颜色，varchar 255个 ，fme_fill_颜色，varchar 255个 模式记录记录_直接_到磁盘是最大_功能_到_记录win32 2000000-----------------------------------工厂_def*polygon dissolve factory输入功能_type arcstroker _stroked _1_if94d4jdism=factory_name bufferer pre_buffer“1”“8”cap_round full solve_模式geos输出多边形功能_type缓冲器缓冲输出非多边形特征U型缓冲器缓冲输入特征U型缓冲输出特征U型缓冲输入特征Z值（“2”，“否”，__ fme_拒绝代码工厂定义测试工厂名称3dforcer_2_拒绝输入功能类型拒绝对象测试值（fme拒绝代码）！=“”输出失败的特征_type3dforcer_2_OUTPUT#-----------------------------FACTORY_DEF*teeforcer FACTORY_NAME 3DForcer INPUT FEATURE _typearcstroker_STROKED_2_gco5pu67u0Y=输出特征_TYPE uuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuuu@ZValue（“3”，“否”___fme_拒绝代码工厂定义测试工厂名称3DForcer_拒绝输入特性类型拒绝测试值（fme拒绝代码）！=“”输出失败的特征_type3dforcer_OUTPUT#覕-----------------------------FACTORY_DEF*TeeFactory FACTORY_NAME“Bufferer_4（Disabled）Nuker”输入特征_typearcstroker_STROKED_4_nuPDFmFiq/Q=FACTORY_DEF*TeeFactory FACTORY_NAME“Bufferer_4_BUFFERED Disabled Nuker-1 95”输入特征_TYPEBufferer_4_BUFFERED（缓冲）ාා——输入特性_type arcstroker_stroked_3_8cilecbkkig=factory_def*teefactory factory_name“bufferer_3_buffered disabled nuker-1 90”输入特性_type bufferer_3_buffered——bufferer_3_buffered------工厂定义*表面模型工厂名称发电机输入点功能_类型3dforcer_4_输出输入点功能_类型3dforcer_2_输出输入点功能_类型3dforcer_5_输出输入点功能_类型3dforcer_输出公差0输出tin_surface feature_type tingenerator_tin_surface output triangles feature_type tingenerator_triangles@renameattributes（_vertex1_id，surfacemodel.vertex1_id，_vertex2_id，surfacemodel.vertex2_id，_vertex3_id，surfacemodel.vertex3_id，_slope，surfacemodel.slope，_aspect，surfacemodel.aspect，_percentage_slope，surfacemodel.percentageslope）factory_def*teefactory factory_name“tingenerator tin_surface splitter”输入功能_type tingenerator_tin_surface输出功能_type tingenerator_tin_surface_0_f8pjerrfgli=输出功能_type tingenerator_tin_surface_1_puyriamxg/q=觕设置将所有元属性添加到功能的指令。#我们这样做是为了让用户在查看的功能中看到所有可能的信息。reader_meta_attributes fme_feature_type fme_dataset fme_basename假设工作区临时目录已经设置并创建。请参阅controldefs.cpp-controldefs：：writevisualizertempdir default_macro workspace_temp_dir include[set grpbyattrs{}；如果{[string length$grpByAttrs]>0}{if{[string first”@EvaluateExpression“$grpByAttrs]==0}{将“宏CATMAC”设置为“$grpByAttrs”；}否则{设置catter'；设置逗号“；foreach attr$grpbyattrs{set catter“$catter$comma@value（\”$attr“）”；设置逗号“，”}；放置“宏CATMAC”连接（$catter）；}}否则{放置“宏CATMAC”；}；设置sa亚搏在线feName“[regsub-all{[^a-zA-Z0-9]}{TINSurface}{[expr round（rand（）*1000000）][时钟单击-毫秒]”；放置“宏安全名$safe亚搏在线 name”；]#创建FFS文件将驻留的临时目录。(“catch {file mkdir {$(WORKSPACE_TEMP_DIR)}}”)point cloud and vector features down different paths to prepare # them for viewing FACTORY_DEF * TestFactory FACTORY_NAME TINSurface_FeatureDirector INPUT FEATURE_TYPE TINGenerator_TIN_SURFACE_1_PUyRiamXg/Q= TEST &fme_type == "fme_raster" OUTPUT FAILED FEATURE_TYPE TINSurface___NotRasterFeatures___ OUTPUT PASSED FEATURE_TYPE TINSurface___RasterFeatures___ FACTORY_DEF * TestFactory FACTORY_NAME TINSurface___FeatureDirector1 INPUT FEATURE_TYPE TINSurface___NotRasterFeatures___ TEST &fme_type == "fme_point_cloud" OUTPUT FAILED FEATURE_TYPE TINSurface___VectorFeatures___ OUTPUT PASSED FEATURE_TYPE TINSurface___PointCloudFeatures___ # Vector features simply may get their colors overridden FACTORY_DEF * TeeFactory FACTORY_NAME TINSurface_VectorSetterUpper INPUT FEATURE_TYPE TINSurface___VectorFeatures___ OUTPUT FEATURE_TYPE __viewme__ # Point Cloud Features Might Need to be thinned # Note that we don't call the ThinPointCloud function directly, but rather # do it through TCL.这应该允许这个转换器与# Desktop许可证一起使用，即使ThinPointCloud需要专业人员。Tcl2 proc TINSurface_44c1eb30_7c45_4c05_bab2_e8e22df3525a27_thinPointCloud {} {if {[string = {no_细化}{KEEPNPOINT}]} {FME_Execute ThinPointCloud no_细化“\” \"";}elseif{[字符串等于{不细化}{MAXNUMPOINTS}{FME\u执行ThinPointCloud不细化“\” \"";}elseif{[字符串等于{不细化}{第一个点}}{FME\u执行ThinPointCloud不细化“\” \"";}elseif{[字符串等于{不细化}{最后点}}{FME\u执行ThinPointCloud不细化“\” \"";}；}FACTORY_DEF * TeeFactory FACTORY_NAME TINSurface___PointCloudThinner输入FEATURE_TYPE TINSurface___PointCloudFeatures___输出FEATURE_TYPE __viewme__ @Tcl2 (TINSurface_44c1eb30_7c45_4c05_bab2_e8e22df3525a27_thinPointCloud) Tcl2 proc TINSurface_44c1eb30_7c45_4c05_bab2_e8e22df3525a27_prepareRaster {subsetStartRow subsetNumRows subsetStartCol subsetNumCols}{设置useDI(字符串相等查看nocase {$ (FME_VIEWER_APP)} {fmedatainspector});如果{！$useDI}{FME\u执行ApplyRasterRotation双线性；}；设置doresample[字符串等于{noreduction}{resample}]；集合dosubset[字符串等于{noreduction}{subset}]；设置dobounds[字符串等于{noreduction}{boundingboxonly}]；如果{$dobounds}{fme_执行geometrytype fme_polygon；}elseif{$doresample$dosubset}{设置注释{首先，我们需要为所有属性加前缀。这样做是因为我们将调用@ RestStices，并且我们希望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$allnames{设置newname$kattrprefix；追加newName$oldName；fme_renameattribute$newname$oldname；}；执行RASTERPORPERTIES RASTER；如果{$doresample}{设置oldnumcols[fme_getattribute_num_columns]；设置oldnumrows[fme_getattribute_num_rows]；设置oldspacingx[fme_getattribute_spacing_x]；设置旧间距[fme_getattribute_spacing_y]；设置kminnumcells 32；设置kMaxNumCells 512；设置注释{如果两个维度都大于最小的Num单元，则至少只有一个大于最大值。}；如果{$oldnumcells>$kminnumcells&&$oldnumcols>$kminnumcells&&（$oldnumrows>$kmaxnumcells$oldnumcols>$kmaxnumcells）}{设置newspacingx 1.0；设置newspacingy 1.0；如果{$OLDNAMRES> $OLDNUMCORS}{SET注释{如果我们的行多于列，则需要选择一个间隔，将行数减少到我们选择的最大值。}；设置newspacingy[expr 1.0*$oldnumrows*$oldspacingy/$kmaxnumcells]；设置newspacingx[expr 1.0*$newspacingy/$oldspacingy*$oldspacingx]；设置注释{现在我们需要检查这样做是否会导致列低于最小值。如果是这样的话，选择间距，这样我们就只能降到最小值（而不是过去）。}；设置newNumCols[expr$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]；}；}否则{设置注释{这与上述情况相同，只是行和列的角色是相反的。}；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*$oldspacingx]；}；}；fme_执行重采样栅格单元大小$newspacingx$newspacingy nearest neighbor；}；}elseif{$dosubset}{set comment{获取某些可能是属性或常量的字符串的值。请注意，我们传入了正在使用的属性前缀，因为如果一个确实是一个属性，那么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[FME_GetAttribute_num_columns]；设置注释{仅当指定的开始位置实际在光栅内时才执行子设置。}；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]；}；执行substraster$subsetstartrow$subsetnumrows$subsetstartcol$subsetnumcols；}；}；set comment{删除@raserproperties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。}；fme_execute removeattributes fme_regexp_match{^}；foreach oldname$allnames{设置newname$kattrprefix；追加newName$oldName；fme_renameattribute$oldname$newname；}；}；tinsurface_44c1eb30_7c45_4c05_bab2_e8e22df3525a27_prepareeraster } { } { } { 现在将所有特性路由到记录器中，将它们的# feature类型更改为transformer名称，这样它们就可以很好地查看# TINSurface_44c1eb30_7c45_4c05_bab2_e8e22df3525a27_VIS_FEAT_TYPE更改正在可视化的特性的特性类型#。DEFAULT_MACRO tinsurface_44c1eb30_7c45_bab2_e8e22df3525a27_vis_feat_type TINSurface$(CATMAC) DEFAULT_MACRO VISUALIZER_FEATURE_FILE $(WORKSPACE_TEMP_DIR)/$(SAFE_亚搏在线FFS_NAME)。ffs DEFAULT_MACRO VISUALIZER_CREATE_SPATIAL_INDEX NO # [PR#45549] The Data Inspector will limit the maximum number of features # it reads on WIN32, so we will correspondingly limit the number of # features we record here using the MAX_FEATURES_TO_RECORD directive. FACTORY_DEF * RecorderFactory FACTORY_NAME TINSurface_Recorder INPUT FEATURE_TYPE __viewme__ _wb_termination_feature Yes @FeatureType(TERMINATOR_@Value(_wb_termination_xformer)) INPUT FEATURE_TYPE __viewme__ @FeatureType($(TINSurface_44c1eb30_7c45_4c05_bab2_e8e22df3525a27_VIS_FEAT_TYPE)) FEATURE_FILE "$(VISUALIZER_FEATURE_FILE)" CREATE_SPATIAL_INDEX "$(VISUALIZER_CREATE_SPATIAL_INDEX)" INSPECTOR "$(VISUALIZER_CREATE_SPATIAL_INDEX)" FSC_SCHEMA MODE RECORD RECORD_DIRECTLY_TO_DISK YES MAX_FEATURES_TO_RECORD WIN32 2000000 # ------------------------------------------------------------------------- FACTORY_DEF * TeeFactory FACTORY_NAME 2DForcer INPUT FEATURE_TYPE TINGenerator_TRIANGLES OUTPUT FEATURE_TYPE 2DForcer_2D @Dimension(2) # ------------------------------------------------------------------------- INCLUDE [ if {($(FME_BUILD_NUM) < 5669) || [FME_ComponentIsLicensed -factory RasterClippingFactory]} { puts "MACRO RASTER_CLIPPER_IN *"; } else { puts "MACRO RASTER_CLIPPER_IN NOT_THIS_TIME"; } ] FACTORY_DEF * TeeFactory FACTORY_NAME Clipper_ClipperCloner INPUT FEATURE_TYPE BoundingBoxReplacer_BOX_0_Y7pnc4EOs3k= INPUT FEATURE_TYPE Clipper_ClipperCloner_DUMMY OUTPUT FEATURE_TYPE Clipper___ClippersForSolidOrVector___ OUTPUT FEATURE_TYPE Clipper___ClippersForRaster___ FACTORY_DEF * TestFactory FACTORY_NAME Clipper_SolidClipperFilter INPUT FEATURE_TYPE Clipper___ClippersForSolidOrVector___ TEST &fme_type == "fme_solid" OUTPUT FAILED FEATURE_TYPE Clipper___ClippersForVector___ OUTPUT PASSED FEATURE_TYPE Clipper___ClippersForSolid___ FACTORY_DEF * TestFactory FACTORY_NAME Clipper_ClippeeFilter INPUT FEATURE_TYPE 2DForcer_2D INPUT FEATURE_TYPE Clipper_ClippeeFilter_DUMMY TEST &fme_type == "fme_raster" OUTPUT FAILED FEATURE_TYPE Clipper___VectorOrSolidClippees___ OUTPUT PASSED FEATURE_TYPE Clipper___RasterClippees___ FACTORY_DEF $(RASTER_CLIPPER_IN) RasterClippingFactory FACTORY_NAME Clipper_Raster INPUT CLIPPER FEATURE_TYPE Clipper___ClippersForRaster___ INPUT CLIPPEE FEATURE_TYPE Clipper___RasterClippees___ MULTICLIP YES MERGE_CLIPPER_ATTRIBUTES NO ATTR_ACCUM_MODE " “ATTR_CONFLICT_RES” “CLIPPER_PREFIX” “PRESERVE_CLIPPEE_EXTENTS OUTPUT_NO_CLIPPERS_AS_OUTSIDE OUTSIDE_NO_CLIPPERS_ATTR _fme_no_clipper输出内部FEATURE_TYPE Clipper_INSIDE”_clipped“没有输出CLIPPED_INSIDE FEATURE_TYPE Clipper_INSIDE”_clipped“是的输出EXTRA_CLIPPER FEATURE_TYPE Clipper__delete__ @Tcl2 (“FME_LogMessage fme_warn 917351加密”)FACTORY_DEF * ClippingFactory FACTORY_NAME Clipper_Vector输入加密FEATURE_TYPE Clipper___ClippersForVector___输入CLIPPEE FEATURE_TYPE Clipper___VectorOrSolidClippees___输入剪切功能类型CLIPPEE FEATURE_TYPE clipper_rasterclippeesmultilip YES CONNECT_Z_MODE “ATTR_CONFLICT_RES” “CLIPPER_PREFIX” “DO_NOT_AGGREGATE OUTPUT_NO_CLIPPERS_AS_OUTSIDE OUTSIDE_NO_CLIPPERS_ATTR _fme_no_clipper LINES_AS_SEGMENTS内部没有模式完成输出FEATURE_TYPE Clipper_INSIDE”_clipped“没有输出CLIPPED_INSIDE FEATURE_TYPE Clipper_INSIDE”_clipped“是的输出OUTSIDE_NO_CLIPPER FEATURE_TYPE Clipper___ClippeeForSolid___输出EXTRA_CLIPPER FEATURE_TYPE Clipper__delete__ @Tcl2 (“FME_LogMessage fme_warn 917351加密”)输出NONPOLY_CLIPPER FEATURE_TYPE Clipper__delete__ @Tcl2 (“FME_LogMessage(fme_warn 917352 Clipper") FACTORY_DEF * SolidIntersectionFactory FACTORY_NAME Clipper_Solid INPUT Clipper “ATTR_CONFLICT_RES” “CLIPPER_PREFIX” “DO_NOT_AGGREGATE OUTPUT_NO_CLIPPERS_AS_OUTSIDE OUTSIDE_NO_CLIPPERS_ATTR _fme_no_clipper输出内部FEATURE_TYPE Clipper_INSIDE”_clipped“没有输出CLIPPED_INSIDE FEATURE_TYPE Clipper_INSIDE”_clipped“是的输出EXTRA_CLIPPER FEATURE_TYPE Clipper__delete__ @Tcl2 (“FME_LogMessage fme_warn 917351加密”)FACTORY_DEF * TeeFactory FACTORY_NAME Clipper_Nuker输入FEATURE_TYPE Clipper__delete__ @Log(“冒犯特性是:”)#------------------------------------------------------------------------- FACTORY_DEF * TriangulationFactory FACTORY_NAME Triangulator INPUT FEATURE_TYPE Clipper_INSIDE OUTPUT TRIANGLES FEATURE_TYPE Triangulator_TRIANGLES # ------------------------------------------------------------------------- FACTORY_DEF * DeaggregateFactory FACTORY_NAME Deaggregator INPUT FEATURE_TYPE Triangulator_TRIANGLES RECURSIVE No SPLIT_COMPOSITES No INSTANTIATE_GEOMETRY_INSTANCES_NEW No SET_FME_TYPE Yes PART_NUMBER_FIELD _part_number GEOMETRY_NAME_FIELD _geometry_name OUTPUT POINT FEATURE_TYPE Deaggregator_DEAGGREGATED OUTPUT LINE FEATURE_TYPE Deaggregator_DEAGGREGATED OUTPUT POLYGON FEATURE_TYPE Deaggregator_DEAGGREGATED OUTPUT DONUT FEATURE_TYPE Deaggregator_DEAGGREGATED OUTPUT AGGREGATE FEATURE_TYPE Deaggregator_DEAGGREGATED # ------------------------------------------------------------------------- FACTORY_DEF * SurfaceModelFactory FACTORY_NAME SurfaceDraper_2 INPUT DRAPE_FEATURES FEATURE_TYPE Deaggregator_DEAGGREGATED INPUT POINTS FEATURE_TYPE TINGenerator_TIN_SURFACE_0_F8PjERrfgLI= TOLERANCE 0 DRAPE_TYPE VERTEX ADDITIVE_Z NO INTERPOLATION_TYPE AUTO OUTPUT DRAPED_FEATURES FEATURE_TYPE SurfaceDraper_2_DRAPED_FEATURES FACTORY_DEF * TeeFactory FACTORY_NAME "SurfaceDraper_2 DRAPED_FEATURES Splitter" INPUT FEATURE_TYPE SurfaceDraper_2_DRAPED_FEATURES OUTPUT FEATURE_TYPE SurfaceDraper_2_DRAPED_FEATURES_0_wSQEE3CJ2VM= OUTPUT FEATURE_TYPE SurfaceDraper_2_DRAPED_FEATURES_1_HMiA4o46ONM= # ------------------------------------------------------------------------- INCLUDE [ if { {NO} == {YES} } { puts {MACRO NORMAL_COMPONENTS ", , , “}；}else{puts{macro normal\u components}；}；if{{auto}={custom}{puts{macro thickness\u tolerance” “}；}else if{{auto}={ignore}{puts{macro thickness\u tolerance“-2”}；}else{puts{macro thickness\u tolerance“-1”}；}；if{auto}={custom}{puts{macro angular\u tolerance”， “}；}elseif{{auto}=={ignore}{puts{macro angular}公差，-2”}；}else{puts{macro angular}公差，-1”}；}；puts{macro output}查找，expose{surface}；]FACTORY_DEF*TeeFactory FACTORY_NAME PlanarityFilter INPUT FEATURE_TYPE SurfaceDraper_2_DRAPED_FEATURES_0_wSQEE3CJ2VM=OUTPUT FEATURE_TYPE*@FeatureType（@Concatenate（PlanarityFilter_，@Geometry（PLANARITYô）CHECK$（厚度公差）$（正常部件）$（输出查找）$（角度公差））！（角度公差）；—————————————————————————————————————————————————————————————————————————————————————————————————————————————————————————————————————————————————设置原始[fme getattattattribute$attr]；如果{$original=={}{{}}{fme{fme{fme{fme{fme{fme{fme{fme{fme日志信息fme发出警告917357{atterterterterounder}$attr；}elseif{[catch{set multiplier[expr pow（10，$places））；设置结果[expr”round[expr”round[expr”round（$origin原件*$乘数）$$multiplier）/$multiplier]]；如果{{$places==0}{set result[string[是的==0}{fme_setattribute$attr$result；}否则{fme_setattribute$attr$original；fme_logMessage fme_warn 917350{attributeRounder}；}；}；}工厂定义*测试工厂名称属性输入功能下的工厂名称属性输入类型平面度过滤器平面测试“8”类型数值编码输出通过功能下的输出类型输出工厂定义*工厂名称属性输入功能下的属性输入类型输出功能下的属性输出类型下的属性输出类型下的属性输出类型下的属性#-----------------------------------工厂定义*PolygonDissolveFactory输入功能类型属性在“输出工厂”下“名称溶解器组”按“表面极性”按“表面极性”按“表面极性”按“非重叠”按“输入无累计输入”按“一种模式完全连接”按“先输出多边形功能”按“类型”溶出器区域—— RANDOM_COLOR_CAP“ “pen_color”@evaluateexpression（fdiv，string，$（color$encode），featurecolorsetter_2）“fill_color”@evaluateexpression（fdiv，string，$（fill_color$encode），FuffTraceStRealEdTy2）“拒绝”，“输出颜色”特征，“特征色”，“第二色”，“---------------------------------------------------------包含[{{NO}=＝{Y}} {{宏常量成分”， , , “}；}else{puts{macro normal\u components}；}；if{{auto}={custom}{puts{macro thickness\u tolerance” “}；}else if{{auto}={ignore}{puts{macro thickness\u tolerance“-2”}；}else{puts{macro thickness\u tolerance“-1”}；}；if{auto}={custom}{puts{macro angular\u tolerance”， “};} elseif的{{自动} == {IGNORE}} {{放MACRO ANGULAR_TOLERANCE” -2 “};}其他{{放MACRO ANGULAR_TOLERANCE” -1 “};}; {放MACRO OUTPUT_LOOKUP”，HIDE_SURFACE_NORMAL"};] FACTORY_DEF * TeeFactory FACTORY_NAME PlanarityFilter_2 INPUT FEATURE_TYPE FeatureColorSetter_2_COLORED OUTPUT FEATURE_TYPE * @FeatureType(@Concatenate(PlanarityFilter_2_,@Geometry(PLANARITY_CHECK, $(THICKNESS_TOLERANCE) $(NORMAL_COMPONENTS) $(OUTPUT_LOOKUP) $(ANGULAR_TOLERANCE)))) # ------------------------------------------------------------------------- # Set the directive to add all the meta-attributes to the features. # We do this so users see all possible information in the viewed # features. READER_META_ATTRIBUTES fme_feature_type fme_dataset fme_basename # Assumption is that the workspace temp dir has been already set and created. See controldefs.cpp - ControlDefs::writeVisualizerTempDir DEFAULT_MACRO WORKSPACE_TEMP_DIR INCLUDE [ set grpByAttrs {}; if { [string length $grpByAttrs] > 0 } { if { [string first "@EvaluateExpression" $grpByAttrs] == 0 } { puts "MACRO CATMAC _$grpByAttrs" ; } else { set catter "" ; set comma "" ; foreach attr $grpByAttrs { set catter "$catter$comma@Value(\"$attr\")" ; set comma ",_," ; } ; puts "MACRO CATMAC _@Concatenate($catter)" ; } } else { puts "MACRO CATMAC " ; }; set safeName "[regsub -all {[^a-zA-Z0-9]} {Draped_2} _]_[expr round(rand() * 1000000)]_[clock clicks -milliseconds]"; puts "MACRO SAFE_FFS_NAME $safeName"; ] # Make the temporary directory that the FFS files will live in. FACTORY_DEF * CreationFactory FACTORY_NAME Draped_2_DirCreator OUTPUT FEATURE_TYPE __nukeme__ @Tcl2("catch {file mkdir {$(WORKSPACE_TEMP_DIR)}}") FACTORY_DEF * TeeFactory FACTORY_NAME Draped_2_DirCreatorCleanerUpper INPUT FEATURE_TYPE __nukeme__ # Send raster, point cloud and vector features down different paths to prepare # them for viewing FACTORY_DEF * TestFactory FACTORY_NAME Draped_2_FeatureDirector INPUT FEATURE_TYPE PlanarityFilter_2_NOT_PLANAR TEST &fme_type == "fme_raster" OUTPUT FAILED FEATURE_TYPE Draped_2___NotRasterFeatures___ OUTPUT PASSED FEATURE_TYPE Draped_2___RasterFeatures___ FACTORY_DEF * TestFactory FACTORY_NAME Draped_2___FeatureDirector1 INPUT FEATURE_TYPE Draped_2___NotRasterFeatures___ TEST &fme_type == "fme_point_cloud" OUTPUT FAILED FEATURE_TYPE Draped_2___VectorFeatures___ OUTPUT PASSED FEATURE_TYPE Draped_2___PointCloudFeatures___ # Vector features simply may get their colors overridden FACTORY_DEF * TeeFactory FACTORY_NAME Draped_2_VectorSetterUpper INPUT FEATURE_TYPE Draped_2___VectorFeatures___ OUTPUT FEATURE_TYPE __viewme__ # Point Cloud Features Might Need to be thinned # Note that we don't call the ThinPointCloud function directly, but rather # do it through TCL. This should allow this transformer to be used with a # Desktop license, even though ThinPointCloud requires Professional. Tcl2 proc Draped_2_6a751219_05ca_487a_9b60_99a7cb062aae27_thinPointCloud {} { if {[string equal {NO_THINNING} {KEEPNPOINT}]} { FME_Execute ThinPointCloud NO_THINNING "\" \"";}elseif{[字符串等于{不细化}{MAXNUMPOINTS}{FME\u执行ThinPointCloud不细化“\” \"";}elseif{[字符串等于{不细化}{第一个点}}{FME\u执行ThinPointCloud不细化“\” \"";}elseif{[字符串等于{不细化}{最后点}}{FME\u执行ThinPointCloud不细化“\” \"";}；} FACTORY_DEF * TeeFactory FACTORY_NAME Draped_2___PointCloudThinner INPUT FEATURE_TYPE Draped_2___PointCloudFeatures___ OUTPUT FEATURE_TYPE __viewme__ @ TCL2（ “Draped_2_6a751219_05ca_487a_9b60_99a7cb062aae27_thinPointCloud”）TCL2 PROC Draped_2_6a751219_05ca_487a_9b60_99a7cb062aae27_prepareRaster {subsetStartRow subsetNumRows subsetStartCol subsetNumCols} {设定useDI [字符串等于-nocase {$（FME_VIEWER_APP）} {fmedatainspector}];如果{！$useDI}{FME\u执行ApplyRasterRotation双线性；}；设置doresample[字符串等于{noreduction}{resample}]；集合dosubset[字符串等于{noreduction}{subset}]；设置dobounds[字符串等于{noreduction}{boundingboxonly}]；如果{$dobounds}{fme_执行geometrytype fme_polygon；}elseif{$doresample$dosubset}{设置注释{首先，我们需要为所有属性加前缀。这样做是因为我们将调用@ RestStices，并且我们希望确保它不会覆盖任何现有的属性。}；设置KattrPrefix“.”；设置所有名称[fme_attributename]；foreach oldname$allnames{设置newname$kattrprefix；追加newName$oldName；fme_renameattribute$newname$oldname；}；执行RASTERPORPERTIES RASTER；如果{$doresample}{设置oldnumcols[fme_getattribute_num_columns]；设置oldnumrows[fme_getattribute_num_rows]；设置oldspacingx[fme_getattribute_spacing_x]；设置旧间距[fme_getattribute_spacing_y]；设置kminnumcells 32；设置kMaxNumCells 512；设置注释{如果两个维度都大于最小的Num单元，则至少只有一个大于最大值。}；如果{$oldnumcells>$kminnumcells&&$oldnumcols>$kminnumcells&&（$oldnumrows>$kmaxnumcells$oldnumcols>$kmaxnumcells）}{设置newspacingx 1.0；设置newspacingy 1.0；如果{$OLDNAMRES> $OLDNUMCORS}{SET注释{如果我们的行多于列，则需要选择一个间隔，将行数减少到我们选择的最大值。}；设置newspacingy[expr 1.0*$oldnumrows*$oldspacingy/$kmaxnumcells]；设置newspacingx[expr 1.0*$newspacingy/$oldspacingy*$oldspacingx]；设置注释{现在我们需要检查这样做是否会导致列低于最小值。如果是这样的话，选择间距，这样我们就只能降到最小值（而不是过去）。}；设置newNumCols[expr$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]；}；}否则{设置注释{这与上述情况相同，只是行和列的角色是相反的。}；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*$oldspacingx]；}；}；fme_执行重采样栅格单元大小$newspacingx$newspacingy nearest neighbor；}；}elseif{$dosubset}{set comment{获取某些可能是属性或常量的字符串的值。请注意，我们传入了正在使用的属性前缀，因为如果一个确实是一个属性，那么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[FME_GetAttribute_num_columns]；设置注释{仅当指定的开始位置实际在光栅内时才执行子设置。}；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]；}；执行substraster$subsetstartrow$subsetnumrows$subsetstartcol$subsetnumcols；}；}；set comment{删除@raserproperties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。}；fme_execute removeattributes fme_regexp_match{^}；foreach oldname$allnames{设置newname$kattrprefix；追加newName$oldName；fme_renameattribute$oldname$newname；}；}；} FACTORY_DEF * TeeFactory FACTORY_NAME Draped_2_RasterSetterUpper INPUT FEATURE_TYPE Draped_2___RasterFeatures___ OUTPUT FEATURE_TYPE __viewme__ @ TCL2（“Draped_2_6a751219_05ca_487a_9b60_99a7cb062aae27_prepareRaster { } { } { } { }“）＃现在将所有功能集成在录像机，改变他们＃功能类型变压器的名字，让他们查看很好＃Draped_2_6a751219_05ca_487a_9b60_99a7cb062aae27_VIS_FEAT_TYPE改变特征类型的特征＃正在显现。DEFAULT_MACRO Draped_2_6a751219_05ca_487a_9b60_99a7cb062aae27_VIS_FEAT_TYPE Draped_2 $（CATMAC）DEFAULT_MACRO VISUALIZER_FEATURE_FILE $（WORKSPACE_TEMP_DIR）/ $亚搏在线（SAFE_FFS_NAME）.ffs DEFAULT_MACRO VISUALIZER_CREATE_SPATIAL_INDEX NO＃[PR＃45549]数据Inspector将限制功能＃它读取WIN32的最大数量，所以我们会相应地限制＃特征的数量，我们在这里记录使用 MAX_FEATURES_TO_RECORD directive. FACTORY_DEF * RecorderFactory FACTORY_NAME Draped_2_Recorder INPUT FEATURE_TYPE __viewme__ _wb_termination_feature Yes @FeatureType(TERMINATOR_@Value(_wb_termination_xformer)) INPUT FEATURE_TYPE __viewme__ @FeatureType($(Draped_2_6a751219_05ca_487a_9b60_99a7cb062aae27_VIS_FEAT_TYPE)) FEATURE_FILE "$(VISUALIZER_FEATURE_FILE)" CREATE_SPATIAL_INDEX "$(VISUALIZER_CREATE_SPATIAL_INDEX)" INSPECTOR "$(VISUALIZER_CREATE_SPATIAL_INDEX)" FSC_SCHEMA _vertex1_id,varchar 255个 ，_vertex2_id，VARCHAR 255个 ，_vertex3_id，VARCHAR 255个 ，_slope，VARCHAR 255个 ，_aspect，VARCHAR 255个 ，_percentage_slope，VARCHAR 255个 ，_clipped，VARCHAR 255个 ，_geometry_name，VARCHAR 255个 ，_part_number，VARCHAR 255个 ，_surfaceNormalX，VARCHAR 255个 ，_surfaceNormalY，VARCHAR 255个 ，_surfaceNormalZ，VARCHAR 255个 ，_pointOnSurfaceX，VARCHAR 255个 ，_pointOnSurfaceY，VARCHAR 255个 ，_pointOnSurfaceZ，VARCHAR 255个 ，fme_颜色，varchar 255个 ，fme_fill_颜色，varchar 255个 模式录制RECORD_DIRECTLY_TO_DISK是MAX_FEATURES_TO_RECORD WIN32 2000000＃-------------------------------------------------------------------------＃设置指令添加所有的元属性的功能。#我们这样做是为了让用户在查看的功能中看到所有可能的信息。reader_meta_attributes fme_feature_type fme_dataset fme_basename假设工作区临时目录已经设置并创建。请参阅controldefs.cpp-controldefs：：writevisualizertempdir default_macro workspace_temp_dir include[set grpbyattrs{}；如果{[string length$grpByAttrs]>0}{if{[string first”@EvaluateExpression“$grpByAttrs]==0}{将“宏CATMAC”设置为“$grpByAttrs”；}否则{设置catter'；设置逗号“；foreach attr$grpbyattrs{set catter“$catter$comma@value（\”$attr“）”；设置逗号“，”}；放置“宏CATMAC”连接（$catter）；}}否则{放置“宏CATMAC”；}；设置sa亚搏在线feName “[regsub -all {[^ A-ZA-Z0-9]} {褶} _] _ [EXPR轮（RAND（）* 1000000）] _ [时钟点击-milliseconds]”;放置“宏安全名$safe亚搏在线 name”；]#创建FFS文件将驻留的临时目录。FACTORY_DEF * CreationFactory FACTORY_NAME Draped_DirCreator输出FEATURE_TYPE __nukeme__ @ TCL2（ “捉{文件的mkdir {$（WORKSPACE_TEMP_DIR）}}”）FACTORY_DEF * TeeFactory FACTORY_NAME Draped_DirCreatorCleanerUpper INPUT FEATURE_TYPE __nukeme__＃发送光栅，点云和载体功能下降不同的路径准备＃他们 viewing FACTORY_DEF * TestFactory FACTORY_NAME Draped_FeatureDirector INPUT FEATURE_TYPE PlanarityFilter_2_PLANAR TEST &fme_type == "fme_raster" OUTPUT FAILED FEATURE_TYPE Draped___NotRasterFeatures___ OUTPUT PASSED FEATURE_TYPE Draped___RasterFeatures___ FACTORY_DEF * TestFactory FACTORY_NAME Draped___FeatureDirector1 INPUT FEATURE_TYPE Draped___NotRasterFeatures___ TEST &fme_type == "fme_point_cloud" OUTPUT FAILED FEATURE_TYPE Draped___VectorFeatures___ OUTPUT PASSED FEATURE_TYPE Draped___PointCloudFeatures___ # Vector features simply may get their colors overridden FACTORY_DEF * TeeFactory FACTORY_NAME Draped_VectorSetterUpper INPUT FEATURE_TYPE Draped___VectorFeatures___ OUTPUT FEATURE_TYPE __viewme__ # Point Cloud Features Might Need to be thinned # Note that we don't call the ThinPointCloud function directly, but rather # do it through TCL.这应该允许这个转换器与# Desktop许可证一起使用，即使ThinPointCloud需要专业人员。TCL2 PROC Draped_3645ab1e_51ce_478b_94db_a1dc096650da27_thinPointCloud {} {如果{[串等于{NO_THINNING} {KEEPNPOINT}]} {FME_Execute ThinPointCloud NO_THINNING “\” \"";}elseif{[字符串等于{不细化}{MAXNUMPOINTS}{FME\u执行ThinPointCloud不细化“\” \"";}elseif{[字符串等于{不细化}{第一个点}}{FME\u执行ThinPointCloud不细化“\” \"";}elseif{[字符串等于{不细化}{最后点}}{FME\u执行ThinPointCloud不细化“\” \"";}；} FACTORY_DEF * TeeFactory FACTORY_NAME Draped___PointCloudThinner INPUT FEATURE_TYPE Draped___PointCloudFeatures___ OUTPUT FEATURE_TYPE __viewme__ @ TCL2（ “Draped_3645ab1e_51ce_478b_94db_a1dc096650da27_thinPointCloud”）TCL2 PROC Draped_3645ab1e_51ce_478b_94db_a1dc096650da27_prepareRaster {subsetStartRow subsetNumRows subsetStartCol subsetNumCols} {设定useDI [字符串等于-nocase {$（FME_VIEWER_APP）} {fmedatainspector}];如果{！$useDI}{FME\u执行ApplyRasterRotation双线性；}；设置doresample[字符串等于{noreduction}{resample}]；集合dosubset[字符串等于{noreduction}{subset}]；设置dobounds[字符串等于{noreduction}{boundingboxonly}]；如果{$dobounds}{fme_执行geometrytype fme_polygon；}elseif{$doresample$dosubset}{设置注释{首先，我们需要为所有属性加前缀。这样做是因为我们将调用@ RestStices，并且我们希望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$allnames{设置newname$kattrprefix；追加newName$oldName；fme_renameattribute$newname$oldname；}；执行RASTERPORPERTIES RASTER；如果{$doresample}{设置oldnumcols[fme_getattribute_num_columns]；设置oldnumrows[fme_getattribute_num_rows]；设置oldspacingx[fme_getattribute_spacing_x]；设置旧间距[fme_getattribute_spacing_y]；设置kminnumcells 32；设置kMaxNumCells 512；设置注释{如果两个维度都大于最小的Num单元，则至少只有一个大于最大值。}；如果{$oldnumcells>$kminnumcells&&$oldnumcols>$kminnumcells&&（$oldnumrows>$kmaxnumcells$oldnumcols>$kmaxnumcells）}{设置newspacingx 1.0；设置newspacingy 1.0；如果{$OLDNAMRES> $OLDNUMCORS}{SET注释{如果我们的行多于列，则需要选择一个间隔，将行数减少到我们选择的最大值。}；设置newspacingy[expr 1.0*$oldnumrows*$oldspacingy/$kmaxnumcells]；设置newspacingx[expr 1.0*$newspacingy/$oldspacingy*$oldspacingx]；设置注释{现在我们需要检查这样做是否会导致列低于最小值。如果是这样的话，选择间距，这样我们就只能降到最小值（而不是过去）。}；设置newNumCols[expr$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]；}；}否则{设置注释{这与上述情况相同，只是行和列的角色是相反的。}；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*$oldspacingx]；}；}；fme_执行重采样栅格单元大小$newspacingx$newspacingy nearest neighbor；}；}elseif{$dosubset}{set comment{获取某些可能是属性或常量的字符串的值。请注意，我们传入了正在使用的属性前缀，因为如果一个确实是一个属性，那么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[FME_GetAttribute_num_columns]；设置注释{仅当指定的开始位置实际在光栅内时才执行子设置。}；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]；}；执行substraster$subsetstartrow$subsetnumrows$subsetstartcol$subsetnumcols；}；}；set comment{删除@raserproperties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。}；fme_execute removeattributes fme_regexp_match{^}；foreach oldname$allnames{设置newname$kattrprefix；追加newName$oldName；fme_renameattribute$oldname$newname；}；}；}工厂定义*teefactory工厂名称覆盖的rastersetterupper输入功能覆盖的rasterfeatures输出功能覆盖的viewme tcl2（“覆盖的3645ab1e 51ce 478b 94db”a1dc096650da27{ } { } { } { }“）”现在将所有功能路由到记录器中，将它们的功能类型更改为转换器名称，以便它们能够很好地查看覆盖的功能类型，从而更改正在显示的功能的功能类型。Debug TraceGrace365Ab1E81By94B494B494DBYA9DC9950DA27，Vista StaskType类型DRAPETHOLD（CATMAC）DeFultExtMyVisualIZrErthPrimuleX文件$（WorkStudioTimePixDIr）/$（SuffyFFS.No.No.FFS Debug TrimeVisualSigeReSkRealTySalaLi索引NO.[PR P] 45549）数据监视器将限制其在Win32上读取的最大特征数，因此，我们将相应地限制我们在这里使用max-features-to-record指令记录的特性的数量。工厂_DEF*Recorder FACTORY工厂_namedraped_亚搏在线Recorder输入功能_TYPE _viewme _wb _wb _wb _wb _wb _wb _是否终止_FeatureType@FeatureType（终止符@值（_wb _wb _端接_xformer）输入功能_TYPE _viewme _viewme _viewme _viewm FeatureType（$（Draped _36455ab1e _514141ce _478b _478b _478b _94db _94db _94db文件）“创建空间索引”“$（visualizer_create_space_index）”检查器“$（visualizer_create_space_index）”fsc_schema_vertex1_id，varchar 255个 ，_vertex2_id，VARCHAR 255个 ，_vertex3_id，VARCHAR 255个 ，_slope，VARCHAR 255个 ，_aspect，VARCHAR 255个 ，_percentage_slope，VARCHAR 255个 ，_clipped，VARCHAR 255个 ，_geometry_name，VARCHAR 255个 ，_part_number，VARCHAR 255个 ，_surfaceNormalX，VARCHAR 255个 ，_surfaceNormalY，VARCHAR 255个 ，_surfaceNormalZ，VARCHAR 255个 ，_pointOnSurfaceX，VARCHAR 255个 ，_pointOnSurfaceY，VARCHAR 255个 ，_pointOnSurfaceZ，VARCHAR 255个 ，fme_颜色，varchar 255个 ，fme_fill_颜色，varchar 255个 模式记录记录_directly_to_disk yes max_features_to_record win32 2000000—— RANDOM_COLOR_CAP“ “PEN_COLOR”@EvaluateExpression（FDIV，STRING，$（COLOR$encode），FeatureColorSetter_3）“填充颜色”0.66666 7，0.666667，1“拒绝”，“输出”，“颜色”，“特征”，“类型”，“特征”，“类型”，“特征”，“颜色”，“----------------------------------------------------------------------FasyY-DEF*TeF工厂”，“DelpEdEd3（禁用）Nukes”“输入特征类型”----------------------------------FasyY-DEF*TraceFieldFutoCyNeNe:“目标特征类型路由相关器”CordPyPARMY求值单输入特性-Type * Type@Tcl2（“FME_StatMessage 818059[FME_GetAttribute FME_template_feature_type]818060 818061 FME_warn]）ා——FaskYyDeF*CealCudioCytAutoTyAutoDealEngulyType StuturyType EngulyType StuturyEngulyType（“文件存在{{美元（WorkStudioTimePidir）}”{设置文件[GORB-No抱怨-目录{$（WorkStueSyTimePidir）} -尾部*FFS]；如果{[llength$files]==1}{设置文件{$（工作区温度目录）/}；附加文件[lindex$files 0]；eval FME_Execute System\173\042$（FME_HOME_UNIX）/fmedatainspector\042—可视化工具—单个应用程序—关闭时删除—无源提示—f FFS$theFile&\175；}elseif{[llength$files]==0}{catch{file delete-force{$（工作区温度目录）}；}否则{设置文件noext{}；设置lastfile{}；foreach{filename}[lsort$files]{set filenoext[string trimright$filename{.ffs}]；如果[regexp{（.*）[0-9]*$}$filenoext wholething filenoextbase]{if{$filenoextbase==$lastfile}{continue}；设置lastfile$filenoext；lapend filesnext$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*三通输入特性类型”__