Merge the lists to the original polygon feature.
Join On: SURFACE_GEOMETRY_ID
Process Duplicate Suppliers: Yes
" POSITION="3581.29 -1481.47" TOP_LEFT="3581.29 -1481.47" BOTTOM_RIGHT="3580.29 -1480.47" BOUNDING_RECT="3581.29 -1481.47 -1 -1" ORDER="5e+14" FOLLOW_ANCHOR="true" INFO_NODE="false" COLOUR="1,1,0.784314,0.192157" SIZE_POLICY="8" COMMENT_TYPE="REGULAR" ANCHORED_NODE="29">Create a 3D Rectangle Polygon (5 coordinates)
" POSITION="3.97879 -473.339" TOP_LEFT="3.97879 -473.339" BOTTOM_RIGHT="2.97879 -472.339" BOUNDING_RECT="3.97879 -473.339 -1 -1" ORDER="5e+14" FOLLOW_ANCHOR="true" INFO_NODE="false" COLOUR="1,1,0.784314,0.192157" SIZE_POLICY="8" COMMENT_TYPE="REGULAR" ANCHORED_NODE="2">
|
Type: Whole Area
Source Measure List Attribute of Line or Area: _u{}
Destination Measure Name: fme_texture_coordinate_u
Type: Whole Area
Source Measure List Attribute of Line or Area: _v{}
Destination Measure Name: fme_texture_coordinate_v
Use Existinig Texture Coordinates: Yes
Texture Mapping Type: Surface Normal (default)
" POSITION="4855.78 102.448" TOP_LEFT="4855.78 102.448" BOTTOM_RIGHT="4854.78 103.448" BOUNDING_RECT="4855.78 102.448 -1 -1" ORDER="5e+14" FOLLOW_ANCHOR="true" INFO_NODE="false" COLOUR="1,1,0.784314,0.192157" SIZE_POLICY="8" COMMENT_TYPE="REGULAR" ANCHORED_NODE="51">Attribute to Split: TEXTURE_COORDINATES
Delimiter or Format String: <space>
List Name: _coords
List Attribute: _coords{}
Element Index Attribute: _element_index
TEST @Evaluate(@Value(_element_index)%2) = 0
" POSITION="263.649 -1559.6" TOP_LEFT="263.649 -1559.6" BOTTOM_RIGHT="1013.65 -1609.6" BOUNDING_RECT="263.649 -1559.6 750 50" ORDER="5e+14" FOLLOW_ANCHOR="true" INFO_NODE="false" COLOUR="1,1,0.784314,0.192157" SIZE_POLICY="8" COMMENT_TYPE="REGULAR" ANCHORED_NODE="19">Group By: SURFACE_GEOMETRY_ID
Input is Ordered by Group: Yes
Attributes to Concatenate: _coords
Separator Character: ,
Group By: SURFACE_GEOMETRY_ID
Input is Ordered by Group: Yes
Attributes to Concatenate: _coords
Separator Character: ,
1.0编码= US_ASCII独立= 不? 几何学 多边形 线 协调 x = 0y = 0z = 0协调 x = 5y = 0z = 0.5协调 x = 5y = 4z = 0.5协调 x = 0y = 4z = 0协调 x = 0y = 0z = 0线 多边形 几何学 ) FACTORY_DEF $(Creator_CLASSIC) CreationFactory FACTORY_NAME Creator_CLASSIC_Creator $(Creator_2D3D) $(Creator_COORDS) CREATE_AT_END no OUTPUT FEATURE_TYPE _____CREATED______ FACTORY_DEF * TeeFactory FACTORY_NAME Creator_Cloner INPUT FEATURE_TYPE _____CREATED______ NUMBER_OF_COPIES 1 OUTPUT FEATURE_TYPE Creator_CREATED @Tcl2(Creator_CoordSysRemover) @CoordSys() fme_feature_type Creator FACTORY_DEF * BranchingFactory FACTORY_NAME“ creator_created brancher -1 6”输入feature_type creator_created target_factory” $（wb_current_context）_creator_branch_target“输出”传递features_type * @removeattributes（“ creator_created brancher -1 6”.branchingfactory.count.count。--------------------------------------------------------------------------------------------------- include [if {[String Length {RGB24}]> 0 && [字符串等于{ } { }] && [字符串等于{ } { }]} {puts {macro band_color_entry band_color_model rgb_3byte};put {Macro Palette_color_entry};put {Macro Palette_key_entry};} elseif {[String等于{RGB24} { }] && [字符串长度{ }]> 0 && [字符串长度{ }]> 0} {puts {macro band_color_entry};put {Macro Palette_color_entry Palette_color_model };put {Macro Palette_key_entry Palette_key_type };} else {puts_real {rasterrgbcreator（rasterrgbcreator）：必须为频段或调色板指定值。另一个的条目必须为空白。};出口1;} ] FACTORY_DEF * CreationFactory FACTORY_NAME RasterRGBCreator_Creator OUTPUT FEATURE_TYPE _____CREATED_RASTER__RGB__ FACTORY_DEF * RasterCreationFactory FACTORY_NAME RasterRGBCreator INPUT FEATURE_TYPE _____CREATED_RASTER__RGB__ WIDTH 128 HEIGHT 128 GENERAL_CELL_TYPE Color CREATE_PALETTE No $(BAND_COLOR_ENTRY) $(PALETTE_COLOR_ENTRY) $(PALETTE_KEY_ENTRY) X_CELL_ORIGIN 0.5 Y_CELL_ORIGIN 0.5 X_SPACING 1.0 Y_SPACING 1.0 X_UPPER_LEFT_COORD 0.0 Y_UPPER_LEFT_COORD 0.0nodata_color_value min_color_value 0.333333,0.666667,0 max_color_value 1,1,1 nodata_alpha_value 旋转0.0 min_alpha_value max_alpha_value RASTER_TYPE Checkerboard OUTPUT CREATED FEATURE_TYPE RasterRGBCreator_CREATED @SupplyAttributes(fme_basename,RasterRGBCreator,fme_feature_type,RasterRGBCreator) FACTORY_DEF * BranchingFactory FACTORY_NAME "RasterRGBCreator_CREATED Brancher -1 57" INPUT FEATURE_TYPE RasterRGBCreator_CREATED TARGET_FACTORY "$(WB_CURRENT_CONTEXT)_CREATOR_BRANCH_TARGET" OUTPUT PASSED FEATURE_TYPE * @RemoveAttributes("RasterRGBCreator_CREATED Brancher -1 57“ .BranchingFactory.Count）＃---------------------------------------------------------------------------------------------------------------------------- FACTORY_DEF * TeeFactory FACTORY_NAME "$(WB_CURRENT_CONTEXT)_CREATOR_BRANCH_TARGET" INPUT FEATURE_TYPE * OUTPUT FEATURE_TYPE * #----------------------------------------------------------------------------------------------------------- FACTORY_DEF * AttrSetFactory FACTORY_NAME AttributeCreator INPUT FEATURE_TYPE Creator_CREATED MULTI_FEATURE_MODE NO NULL_ATTR_MODE NO_OP ATTRSET_CREATE_DIRECTIVES _PROPAGATE_MISSING_FDIV ATTR_ACTION "" "SURFACE_GEOMETRY_ID" "SET_TO" "10" ATTR_ACTION“”Xture_coordinates“” set_to“” 0.0 0.0 1.0 0.0 1.0 1.0 0.0 1.0 0.0 0.0" OUTPUT OUTPUT FEATURE_TYPE AttributeCreator_OUTPUT FACTORY_DEF * TeeFactory FACTORY_NAME "AttributeCreator OUTPUT Splitter" INPUT FEATURE_TYPE AttributeCreator_OUTPUT OUTPUT FEATURE_TYPE AttributeCreator_OUTPUT_0_lQ+3mj5tm0E= OUTPUT FEATURE_TYPE AttributeCreator_OUTPUT_1_Et/p63Aqn4M= # ------------------------------------------------------------------------------------------------------------ factric_def * teefactory farticor_name geometryremover输入feature_type attributecreator_output_1_et/p63aqn4m = output utput feature_type geometryremover_output @removegegeegepte---------------------------------------------- Tcl2 set AttributeSplitter_699f1fdf_293b_4871_b4fc_82406e882adc4_splitDelim [fme_decodeText { }];if { [regexp {^([1-9][0-9]*s)+$} [set AttributeSplitter_699f1fdf_293b_4871_b4fc_82406e882adc4_splitDelim]] } { set AttributeSplitter_699f1fdf_293b_4871_b4fc_82406e882adc4_splitWidths [split [regsub -all {s$} { } {}] S];proc attributesplitter_dosplit {} {global attribtersplitter_699f1fdf_293b_4871_b4fc_82406e8882adc4_splitwidths;设置源[fme_getAttribute [fme_decodeText {texture_coordinates}]];设置attrnum 0;设置ListName [fme_decodeText {_coords}];设置attrpos 0;设置keepemenT emptyparts [string均等{no} {no}];foreach width [set attribtersplitter_699f1fdf_293b_4871_b4fc_82406e8882adc4_splitwidths] {set end endpos [expr $ attrpos + $ width -1];设置位[字符串范围$ source $ attrpos $ endpos];设置零件[字符串Trim $ bit]; if { $keepEmptyParts || $part != \"\" } { FME_SetAttribute "$listName{$attrNum}" $part; incr attrNum; }; incr attrPos $width; }; }; } else { proc AttributeSplitter_doSplit {} { global AttributeSplitter_699f1fdf_293b_4871_b4fc_82406e882adc4_splitDelim; set delim [set AttributeSplitter_699f1fdf_293b_4871_b4fc_82406e882adc4_splitDelim]; set delimLength [string length $delim]; set source [FME_GetAttribute [FME_DecodeText {TEXTURE_COORDINATES}]]; set keepEmptyParts [string equal {No} {No}]; set bits {}; set startIndex 0; set nextIndex [string first $delim $source $startIndex]; while {$nextIndex >= 0} { lappend bits [string range $source $startIndex [expr $nextIndex-1]]; set startIndex [expr $nextIndex + $delimLength]; set nextIndex [string first $delim $source $startIndex]; }; lappend bits [string range $source $startIndex end]; set listName [FME_DecodeText {_coords}]; set attrNum 0; foreach bit $bits { set trimmedPart [string trim $bit]; if { $keepEmptyParts || $trimmedPart != \"\" } { FME_SetAttribute "$listName{$attrNum}" $trimmedPart; incr attrNum; }; } } } FACTORY_DEF * TeeFactory FACTORY_NAME AttributeSplitter INPUT FEATURE_TYPE GeometryRemover_OUTPUT OUTPUT FEATURE_TYPE AttributeSplitter_OUTPUT @Tcl2(AttributeSplitter_doSplit) # ------------------------------------------------------------------------- FACTORY_DEF * ElementFactory FACTORY_NAME ListExploder INPUT FEATURE_TYPE AttributeSplitter_OUTPUT LIST_NAME "_coords{}" ELEMENT_NUMBER_FIELD "_element_index" CLONE_GEOMETRY ATTR_ACCUM_MODE "HANDLE_CONFLICT" ATTR_CONFLICT_RES "INCOMING_IF_CONFLICT" INCOMING_PREFIX " “输出元素feature_type listexploder_elements @removeattributes（elementfactory.basecloned）输出 @removeattributes（elementFactory.basecloned）fme_revection_code_code_parameter_list_list default_macro _wb_bypass_termination no factory_def * teefactory factory_name listexploder_ INPUT FEATURE_TYPE ListExploder_ 输出失败feature_type * @abort（编码，ListExploder 输出 A 拒绝 特征。 到 继续 如果 特征 是 拒绝 改变 这 工作区 范围 拒绝 特征 处理 到 继续 翻译 ）＃---------------------------------------------------------------------------------------------------- FACTORY_DEF * TestFactory FACTORY_NAME Tester INPUT FEATURE_TYPE ListExploder_ELEMENTS TEST @EvaluateExpression(FDIV,STRING_ENCODED, 评价 价值 _element_index ％2 ，tester）= 0编码的boolean_operator或输出传递的功能_type tester_pass uptud fable fable demut_type tester_failed＃-------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------- DEFAULT_MACRO Aggregator_2_BREAK_ATTR INCLUDE [if {"Yes" == "Yes"} {puts {MACRO Aggregator_2_BREAK_ATTR BREAK_BEFORE_FIELD_CHANGE SURFACE_GEOMETRY_ID} }] FACTORY_DEF {*} AggregateFactory FACTORY_NAME Aggregator_2 INPUT FEATURE_TYPE Tester_FAILED MODE ONE_LEVEL GROUP_BY SURFACE_GEOMETRY_ID $(Aggregator_2_BREAK_ATTR) REMOVE_GEOMETRY NO ACCUMULATE_ATTRIBUTES None LIST_ATTRS_TO_INCLUDE { } list_attrs_to_include_mode Concatenate_fields _COORDS分离器 PRODUCE_MULTIS YES OUTPUT AGGREGATE FEATURE_TYPE Aggregator_2_AGGREGATE # ------------------------------------------------------------------------- Tcl2 set AttributeSplitter_3_01190f9a_d2b2_471c_8d1a_e0534ed22a364_splitDelim [FME_DecodeText { }];if { [regexp {^([1-9][0-9]*s)+$} [set AttributeSplitter_3_01190f9a_d2b2_471c_8d1a_e0534ed22a364_splitDelim]] } { set AttributeSplitter_3_01190f9a_d2b2_471c_8d1a_e0534ed22a364_splitWidths [split [regsub -all {s$} { } {}] S];proc attributesplitter_3_dosplit {} {global attributesplitter_3_01190f9a_d2b2_471c_471c_8d1a_e0534ed2a364_splitwidths;设置源[fme_getAttribute [fme_decodeText {_coords}]];设置attrnum 0;set listName [fme_decodeText {_v}];设置attrpos 0;设置keepemenT emptyparts [string均等{no} {no}];foreach width [set attributesplitter_3_01190f9a_d2b2_471c_8d1a_e0534ed22a364_splitwidths] {set endpos [expr $ attrpos + $ width -1];设置位[字符串范围$ source $ attrpos $ endpos];设置零件[字符串Trim $ bit]; if { $keepEmptyParts || $part != \"\" } { FME_SetAttribute "$listName{$attrNum}" $part; incr attrNum; }; incr attrPos $width; }; }; } else { proc AttributeSplitter_3_doSplit {} { global AttributeSplitter_3_01190f9a_d2b2_471c_8d1a_e0534ed22a364_splitDelim; set delim [set AttributeSplitter_3_01190f9a_d2b2_471c_8d1a_e0534ed22a364_splitDelim]; set delimLength [string length $delim]; set source [FME_GetAttribute [FME_DecodeText {_coords}]]; set keepEmptyParts [string equal {No} {No}]; set bits {}; set startIndex 0; set nextIndex [string first $delim $source $startIndex]; while {$nextIndex >= 0} { lappend bits [string range $source $startIndex [expr $nextIndex-1]]; set startIndex [expr $nextIndex + $delimLength]; set nextIndex [string first $delim $source $startIndex]; }; lappend bits [string range $source $startIndex end]; set listName [FME_DecodeText {_v}]; set attrNum 0; foreach bit $bits { set trimmedPart [string trim $bit]; if { $keepEmptyParts || $trimmedPart != \"\" } { FME_SetAttribute "$listName{$attrNum}" $trimmedPart; incr attrNum; }; } } } FACTORY_DEF * TeeFactory FACTORY_NAME AttributeSplitter_3 INPUT FEATURE_TYPE Aggregator_2_AGGREGATE OUTPUT FEATURE_TYPE AttributeSplitter_3_OUTPUT @Tcl2(AttributeSplitter_3_doSplit) # ------------------------------------------------------------------------- DEFAULT_MACRO Aggregator_BREAK_ATTR INCLUDE [if {"Yes" == "Yes"} {puts {MACRO Aggregator_BREAK_ATTR BREAK_BEFORE_FIELD_CHANGE SURFACE_GEOMETRY_ID} }] FACTORY_DEF {*} AggregateFactory FACTORY_NAME Aggregator INPUT FEATURE_TYPE Tester_PASSED MODE ONE_LEVEL GROUP_BY SURFACE_GEOMETRY_ID $(Aggregator_BREAK_ATTR) REMOVE_GEOMETRY NO ACCUMULATE_ATTRIBUTES None LIST_ATTRS_TO_INCLUDE { } list_attrs_to_include_mode Concatenate_fields _COORDS分离器 produc_multis是输出汇总功能_type gentregator_aggregate＃------------------------------------------------------------------------------------------------------------------------------------------------------------------------------- Tcl2 set AttributeSplitter_2_5684a57a_e3f0_4d0d_a75a_165ca884b4194_splitDelim [FME_DecodeText { }];if { [regexp {^([1-9][0-9]*s)+$} [set AttributeSplitter_2_5684a57a_e3f0_4d0d_a75a_165ca884b4194_splitDelim]] } { set AttributeSplitter_2_5684a57a_e3f0_4d0d_a75a_165ca884b4194_splitWidths [split [regsub -all {s$} { } {}] S];proc attributesplitter_2_dosplit {} {global attributesplitter_2_5684A57A_E3F0_4D0D0D_A75A_165CA884B4194_SPLITWIDTHS;设置源[fme_getAttribute [fme_decodeText {_coords}]];设置attrnum 0;设置ListName [FME_DECODETEXT {_U}];设置attrpos 0;设置keepemenT emptyparts [string均等{no} {no}];foreach width [set attributesplitter_2_5684a57a_e3f0_4d0d0d_a75a_165a_165ca884b4194_splitwidths] {set set endpos [expr $ attrpos + attrpos + $ width -1];设置位[字符串范围$ source $ attrpos $ endpos];设置零件[字符串Trim $ bit]; if { $keepEmptyParts || $part != \"\" } { FME_SetAttribute "$listName{$attrNum}" $part; incr attrNum; }; incr attrPos $width; }; }; } else { proc AttributeSplitter_2_doSplit {} { global AttributeSplitter_2_5684a57a_e3f0_4d0d_a75a_165ca884b4194_splitDelim; set delim [set AttributeSplitter_2_5684a57a_e3f0_4d0d_a75a_165ca884b4194_splitDelim]; set delimLength [string length $delim]; set source [FME_GetAttribute [FME_DecodeText {_coords}]]; set keepEmptyParts [string equal {No} {No}]; set bits {}; set startIndex 0; set nextIndex [string first $delim $source $startIndex]; while {$nextIndex >= 0} { lappend bits [string range $source $startIndex [expr $nextIndex-1]]; set startIndex [expr $nextIndex + $delimLength]; set nextIndex [string first $delim $source $startIndex]; }; lappend bits [string range $source $startIndex end]; set listName [FME_DecodeText {_u}]; set attrNum 0; foreach bit $bits { set trimmedPart [string trim $bit]; if { $keepEmptyParts || $trimmedPart != \"\" } { FME_SetAttribute "$listName{$attrNum}" $trimmedPart; incr attrNum; }; } } } FACTORY_DEF * TeeFactory FACTORY_NAME AttributeSplitter_2 INPUT FEATURE_TYPE Aggregator_AGGREGATE OUTPUT FEATURE_TYPE AttributeSplitter_2_OUTPUT @Tcl2(AttributeSplitter_2_doSplit) # ------------------------------------------------------------------------- FACTORY_DEF * TeeFactory FACTORY_NAME AttributeSplitter_3_OUTPUT_-__FeatureMerger_SUPPLIER INPUT FEATURE_TYPE AttributeSplitter_3_OUTPUT INPUT FEATURE_TYPE AttributeSplitter_2_OUTPUT OUTPUT FEATURE_TYPE AttributeSplitter_3_OUTPUT_-__FeatureMerger_SUPPLIER_Output # ------------------------------------------------------------------------- FACTORY_DEF * TeeFactory FACTORY_NAME AttributeCreator_OUTPUT_-__AttributeCreator_OUTPUT_-__FeatureMerger_REQUESTOR INPUT FEATURE_TYPE AttributeCreator_OUTPUT_0_lQ+3mj5tm0E= OUTPUT FEATURE_TYPE AttributeCreator_OUTPUT_-__AttributeCreator_OUTPUT_-__FeatureMerger_REQUESTOR_Output # ------------------------------------------------------------------------- FACTORY_DEF * TeeFactory FACTORY_NAME AttributeCreator_OUTPUT_-__FeatureMerger_REQUESTOR INPUT FEATURE_TYPE AttributeCreator_OUTPUT_-__AttributeCreator_OUTPUT_-__FeatureMerger_REQUESTOR_Output OUTPUT FEATURE_TYPE AttributeCreator_OUTPUT_-__FeatureMerger_REQUESTOR_Output # ------------------------------------------------------------------------- INCLUDE [if { {ATTRIBUTES} == {ATTRIBUTES} } { puts "MACRO FeatureMerger_REFERENCE_INFO ATTRIBUTES"; } elseif { {ATTRIBUTES} == {GEOM_BUILD} && {POLYGONS} == {POLYGONS}} { puts "MACRO FeatureMerger_REFERENCE_INFO GEOM_BUILD_POLYS"; } elseif { {ATTRIBUTES} == {GEOM_BUILD} && {POLYGONS} == {AGGREGATES}} { puts "MACRO FeatureMerger_REFERENCE_INFO GEOM_BUILD_AGGREGATES"; } elseif { {ATTRIBUTES} == {GEOM_BUILD} && {POLYGONS} == {LINESFROMPOINTS}} { puts "MACRO FeatureMerger_REFERENCE_INFO GEOM_BUILD_LINES_FROM_POINTS"; } elseif { {ATTRIBUTES} == {GEOM_AND_ATTRS} && {POLYGONS} == {POLYGONS}} { puts "MACRO FeatureMerger_REFERENCE_INFO GEOM_AND_ATTR_BUILD_POLYS"; } elseif { {ATTRIBUTES} == {GEOM_AND_ATTRS} && {POLYGONS} == {AGGREGATES}} { puts "MACRO FeatureMerger_REFERENCE_INFO GEOM_AND_ATTR_BUILD_AGGREGATES"; } elseif { {ATTRIBUTES} == {GEOM_AND_ATTRS} && {POLYGONS} == {LINESFROMPOINTS}} { puts "MACRO FeatureMerger_REFERENCE_INFO GEOM_AND_ATTR_BUILD_LINES_FROM_POINTS"; } elseif { {ATTRIBUTES} == {GEOM_BUILD} } { puts "MACRO FeatureMerger_REFERENCE_INFO GEOM_BUILD_AGGREGATES"; } elseif { {ATTRIBUTES} == {GEOM_AND_ATTRS} } { puts "MACRO FeatureMerger_REFERENCE_INFO GEOM_AND_ATTR_BUILD_AGGREGATES"; } else {}; ] FACTORY_DEF {*} ReferenceFactory FACTORY_NAME FeatureMerger INPUT REFERENCER FEATURE_TYPE AttributeCreator_OUTPUT_-__FeatureMerger_REQUESTOR_Output INPUT REFERENCEE FEATURE_TYPE AttributeSplitter_3_OUTPUT_-__FeatureMerger_SUPPLIER_Output CONNECT_Z_MODE FIRST_WINS REFERENCE_INFO $(FeatureMerger_REFERENCE_INFO) REFERENCE_TABLE @EvaluateExpression(FDIV,STRING_ENCODED, 价值 SURFACE_GEOMETRY_ID ，featuremerger）@evaluateExpression（fdiv，string_encoded， 价值 SURFACE_GEOMETRY_ID ，farmauremerger）auto attr_accum_mode“ handle_conflict” attr_conflict_res_ress“ requestor_if_conflict” ignore_nulls“ no” no handle_null_missing_keys_keys_like_like_like_like_fme2013 nolist_attrs_attrs_trs_ttrs_ttrtrs_to_include { } list_attrs_to_include_mode MERGE_ATTRIBUTES是manage_fme_type yes模式完成process_duplicate_reference_reference yes referencees_first no recult_invalid_geom是输出完成功能_type farmation_type farmaturemerger_merged uptuct recupted recupted recunt_type faremun_type farterulemerger_ default_macro _wb_bypass_termination no factory_def * teefactory factory_name farmemerger_ 输入feature_type featuremerger_ 输出失败feature_type * @abort（编码，featuremerger 输出 A 拒绝 特征。 到 继续 如果 特征 是 拒绝 改变 这 工作区 范围 拒绝 特征 处理 到 继续 翻译 ）＃-------------------------------------------------------------------------------------------------------------- include [if {（{区域} == {point}）}} {puts {macro MeaduresEtter_Setter_setMeasuresfunc @geometry（set_measures，set_measures，观点，” “，fme_texture_coortion_u）};} elseif {（{artion} == {line}）}}} {puts {macro MeneseresEtter_setter_setter_setter_setter_setter_setmeasefunc @geometry（set_measures，line，line，_U {}arc}）}} {puts {macro MeneseresEtter_setmeasuresfunc @geometry（set_measures，arc，arc，'' “，” “，fme_texture_coortion_u）};} elseif {（{artion} == {afore}）}}} {puts {macro Meneetter_setter_setter_setter_setter_setter_setter_measuresfunc @geometry（set_measures，afrea，aint，_u {}vertex}）}} {puts {macro MeaduresEtter_setmeasuresfunc @geometry（set_measures，vertex，'' “，” “，fme_texture_coortion_u）};} elseif {（{afore} == {all}）}}} {puts {macro Menesereset_setter_setter_settermeasuresfunc @geometry（set_measures，set_measures，all，all，all，all，'' ",fme_texture_coordinate_u)}; } ] FACTORY_DEF * TeeFactory FACTORY_NAME MeasureSetter INPUT FEATURE_TYPE FeatureMerger_MERGED OUTPUT FEATURE_TYPE ___TOREJECTOR___ @RenameAttributes(FME_STRICT,___fme_rejection_code___,fme_rejection_code) $(MeasureSetter_setMeasuresFunc) FACTORY_DEF * TestFactory FACTORY_NAME MeasureSetter_Rejector INPUT FEATURE_TYPE ___TOREJECTOR___ TEST @Value(fme_rejection_code) != ""输出传递的功能_type measuretter_ @RemoveAttributes(___fme_rejection_code___) OUTPUT FAILED FEATURE_TYPE MeasureSetter_OUTPUT @RenameAttributes(FME_STRICT,fme_rejection_code,___fme_rejection_code___) DEFAULT_MACRO _WB_BYPASS_TERMINATION No FACTORY_DEF * TeeFactory FACTORY_NAME MeasureSetter_ 输入feature_type measuretter_ 输出失败的feature_type * @abort（编码，MeasuesEtter 输出 A 拒绝 特征。 到 继续 如果 特征 是 拒绝 改变 这 工作区 范围 拒绝 特征 处理 到 继续 翻译 ）＃---------------------------------------------------------------------------------------------------------------- include [if {（{aind} == {point}）}} {puts {macro MeaduresEtter_setmeaset_setmeasuresfunc @geometry（set_measures，set_measures，观点，” ",fme_texture_coordinate_v)}; } elseif { ({AREA} == {LINE}) } { puts {MACRO MeasureSetter_2_setMeasuresFunc @Geometry(SET_MEASURES,LINE,_v{},fme_texture_coordinate_v)}; } elseif { ({AREA} == {ARC}) } { puts {MACRO MeasureSetter_2_setMeasuresFunc @Geometry(SET_MEASURES,ARC," “，” “，fme_texture_coortion_v）};} elseif {（{afore} == {afore}）}} {puts {macro MeneseresEtter_ster_setter_setter_setmeasuresfunc @geometry（set_measures（set_measures，aint，aint，aind，_v {}}，_v {}，fme_texture_coortion_coordion_coordion_ver_veardiard_v）};vertex}）}} {puts {macro MeaduresEtter_2_setmeasuresfunc @geometry（set_measures，vertex，'' “，” “，fme_texture_coortion_v）};} elseif {（{afore} == {all}）}} {puts {macro MeneseresEtter_2_setmeasuresfunc @geometry（set_measures，set_measures，all，all，all，all，all，'' ",fme_texture_coordinate_v)}; } ] FACTORY_DEF * TeeFactory FACTORY_NAME MeasureSetter_2 INPUT FEATURE_TYPE MeasureSetter_OUTPUT OUTPUT FEATURE_TYPE ___TOREJECTOR___ @RenameAttributes(FME_STRICT,___fme_rejection_code___,fme_rejection_code) $(MeasureSetter_2_setMeasuresFunc) FACTORY_DEF * TestFactory FACTORY_NAME MeasureSetter_2_Rejector INPUT FEATURE_TYPE ___TOREJECTOR___ TEST @Value(fme_rejection_code) != ""输出传递的功能_type measuretter_2_ @RemoveAttributes(___fme_rejection_code___) OUTPUT FAILED FEATURE_TYPE MeasureSetter_2_OUTPUT @RenameAttributes(FME_STRICT,fme_rejection_code,___fme_rejection_code___) DEFAULT_MACRO _WB_BYPASS_TERMINATION No FACTORY_DEF * TeeFactory FACTORY_NAME MeasureSetter_2_ 输入feature_type measuretter_2_ 输出失败feature_type * @abort（编码，measoresetter_2 输出 A 拒绝 特征。 到