The following example shows an FME mapping file used to translate an AutoCAD® DWG file into a VISION* GINA file. This file has been slightly modified from its original format; some grammatical errors have been corrected and some introductory comments have been removed.
# ================================================================
GUI TITLE DWG to GINA Translation
READER_TYPE DWG
WRITER_TYPE GINA
GUI FILENAME SourceDataset
DWG_FILES(*.dwg)|*.dwg|DXF_FILES(*.dxf)|*.dxf|All_files(*.*)|*.*
Original AutoCAD File:
# ================================================================
# Indicate whether or not to expand the blocks
GUI CHOICE _EXPAND_BLOCKS yes%no Explode Blocks:
# By default, we'll just expand the blocks
DEFAULT_MACRO _EXPAND_BLOCKS yes
DWG_RESOLVE_BLOCKS $(_EXPAND_BLOCKS)
# As well, if any attributes were visible, we will turn them into
# text entities so they will be visible in the output system
DWG_VISIBLE_ATTRIBUTES_AS_TEXT yes
# ================================================================
# Now define a TestFactory which deletes any Insert entities that do
# not have any attributes following. If you want to save these,
# perhaps to record the location of block insert points, remove this
# factory
FACTORY_DEF DWG TestFactory \
INPUT FEATURE_TYPE * autocad_entity autocad_insert \
TEST &autocad_attributes_follow = false \
OUTPUT FAILED FEATURE_TYPE *
# ================================================================
# This factory makes the feature type be the entity type -- after it
# is looked up in a table
Lookup EntityTypeToGroupLUT \
autocad_line lines \
autocad_point points \
autocad_ellipse ellipses \
autocad_spline splines \
autocad_shape shapes \
autocad_text text \
autocad_arc arcs \
autocad_trace traces \
autocad_solid solids \
autocad_insert inserts \
autocad_polygon polygons \
autocad_face faces \
autocad_ray rays \
autocad_xline xlines \
"" "Untranslated autocad type: KEY"
FACTORY_DEF DWG SamplingFactory \
SAMPLE_RATE 1 \
INPUT FEATURE_TYPE *
@FeatureType("@Lookup(EntityTypeToGroupLUT,&autocad_entity)")
DWG_DATASET "$(SourceDataset)"
# ================================================================
# The following GUI lines prompt for a destination file which is used
# as the output when the destination of the translation is GINA
GUI FILENAME DestDataset GINA_FILES(*.gia)|*.gia|All_files(*.*)|*.*
Output GINA File:
# ================================================================
# Setting GINA_FILE_CSYS_NAME
# FME uses GINA_COORDINATE_SYSTEM to determine if coordinate system
# conversion is necessary. However, the coordinate system names
# adopted by FME may differ from those used by VISION* database. This
# keyword is provided to specify a coordinate system name to be
# output to the resulting GINA file. It is up to the user to choose a
# correct coordinate system name.
# Only one GINA_FILE_CSYS_NAME is allowed in a mapping file.
#
# GINA_FILE_CSYS_NAME coordinate_system_name
#
# Examples:
# GINA_FILE_CSYS_NAME "Transverse Mercator"
# ================================================================
# Setting GINA_DEFAULT_PLAN and GINA_DEFAULT_VERSION
# Otherwise, they are zero. The default values are used when
# gina_feat_plan and/or gina_feat_version are not specified in
# translation destination.
# Only one GINA_DEFAULT_PLAN and one GINA_DEFAULT_VERSION are allowed
# in a mapping file.
GINA_DEFAULT_PLAN 45
GINA_DEFAULT_VERSION 0
# ================================================================
# The following lines indicate how to define GINA layers and networks
# using keywords GINA_LAYER and GINA_NETWORK. Correct GINA layer and
# network should be defined if you specify any of the translation
# destination with non-zero gina_feat_layer and gina_feat_network.
# GINA_LAYER layer_number layer_name layer_description
# ...(OtherGINA_LAYERdefinitions)
# GINA_NETWORK network_number network_name network_description
# network_type layer_number
# ...(OtherGINA_NETWORKdefinitions)
# Examples:
# GINA_LAYER 3 test_layer3 "used for testing"
# GINA_NETWORK 301 test_network3 "" linear 3
# ================================================================
# The following lines indicate how to define GINA classes using
# keywords GINA_Class.
# Correct GINA class MUST(!) be defined if you specify any of the
# translation destination with non-zero gina_feat_class.
# The information that should be provided here includes class number,
# class name, class table name, class description and class column
# name.
# GINA_CLASS class_number class_name class_table_name
# class_description class_column_name
# ...(OtherGINA_CLASSdefinitions)
# Examples:
# GINA_CLASS 102 class102 street_names "" object_num
# ================================================================
# The following lines indicate how to define GINA plans using
# keywords GINA_PLAN.
# Correct GINA plan should be defined if you specify any of the
# translation destination with non-zero gina_feat_plan or you adopt a
# non-zero GINA_DEFAULT_PLAN.
# The information that should be provided here includes plan number,
# plan name and plan description. The coordinate system name is
# provided by the translation as FME can only support a single output
# coordinate system. User should make translation for a single plan
# each time or be sure all plans translated have the same coordinate
# system
# GINA_PLAN plan_number plan_name plan_description plan_resolution
# ...(OtherGINA_PLANdefinitions)
#
# Examples:
# GINA_PLAN 1000000309 fuss4490 "fuss4490 Detail" 0.001
# ================================================================
# The following lines indicate how to define GINA versions using
# keywords GINA_VERSION.
#
# Correct GINA version should be defined if you specify any of the
# translation destination with non-zero gina_feat_version or you
# adopt a non-zero GINA_DEFAULT_VERSION.
# The information that should be provided here includes version
# number, version name and version description.
#
# GINA_VERSION version_number version_name version_description
# ...(OtherGINA_VERSIONdefinitions)
#
# Examples:
# GINA_VERSION 678910 running "Running 678910"
# ================================================================
# The following lines indicate how to define GINA primary tables
# using keywords
# GINA_PRIMARY_TABLE, GINA_FIELD and GINA_EATURE_CODE.
# A GINA primary table must be defined with certain feature codes so
# that the features with such feature codes can get their associated
# attributes output. Only those attributes which have corresponding
# field definition in the table will be output. All primary table
# definitions should stay together here.
# GINA_PRIMARY_TABLE table_name
# GINA_FIELD field_name field_description field_type field_width1
# field_width2
# ...(OtherGINA_FIELDdefinitions)
# GINA_EATURE_CODE feature_code
# ...(OtherGINA_EATURE_CODEdefinitions)
#
# Examples:
# GINA_PRIMARY_TABLE property
# GINA_FIELD DXF_LAYER "" CHAR 33 0
# GINA_FIELD COLOR "" NUM 6 0
# GINA_FIELD LINE_TYPE "" CHAR 33 0
# GINA_FIELD THICKNESS "" NUM 31 15
# GINA_FEATURE_CODE property
# GINA_DATASET "$(DestDataset)"
# ================================================================
# The main body of the mapping file starts here. Each of the _DEF
# lines describes the data model of the particular feature type, and
# the correlation lines describe how the feature is transformed from
# the source type to the destination type.
# You may edit the following lines to add or remove attributes,
# change attribute definitions, or invoke other FME functions as the
# features are translated.
# ================================================================
DWG_DEF lines \
autocad_color $(AUTOCAD_BrightRed) \
autocad_linetype CONTINUOUS \
autocad_elevation number(31,15) \
autocad_thickness number(31,15) \
autocad_color number(6,0) \
autocad_layer char(33) \
autocad_linetype char(33)
DWG lines \
autocad_entity autocad_line \
autocad_elevation %autocad_elevation \
autocad_thickness %autocad_thickness \
autocad_color %autocad_color \
autocad_layer %autocad_layer \
autocad_linetype %autocad_linetype
GINA lines \
gina_feat_type gina_line \
gina_feat_code road_cl \
gina_feat_layer 3 \
gina_feat_network 301 \
gina_feat_class 102 \
autocad_elevation %autocad_elevation \
autocad_thickness %autocad_thickness \
autocad_color %autocad_color \
autocad_layer %autocad_layer \
autocad_linetype %autocad_linetype
# ================================================================
DWG_DEF points \
autocad_color $(AUTOCAD_BrightRed) \
autocad_linetype CONTINUOUS \
autocad_thickness number(31,15) \
autocad_color number(6,0) \
autocad_layer char(33) \
autocad_linetype char(33)
DWG points \
autocad_entity autocad_point \
autocad_thickness %autocad_thickness \
autocad_color %autocad_color \
autocad_layer %autocad_layer \
autocad_linetype %autocad_linetype
GINA points \
gina_feat_type gina_point \
gina_feat_code check_poiint \
autocad_thickness %autocad_thickness \
autocad_color %autocad_color \
autocad_layer %autocad_layer \
autocad_linetype %autocad_linetype
# ================================================================
DWG_DEF ellipses \
autocad_color $(AUTOCAD_BrightRed) \
autocad_linetype CONTINUOUS \
autocad_thickness number(31,15) \
autocad_color number(6,0) \
autocad_layer char(33) \
autocad_linetype char(33)
DWG ellipses \
autocad_entity autocad_ellipse \
autocad_thickness %autocad_thickness \
autocad_color %autocad_color \
autocad_layer %autocad_layer \
autocad_linetype %autocad_linetype \
autocad_secondary_axis %autocad_secondary_axis \
autocad_primary_axis %autocad_primary_axis \
autocad_rotation %autocad_rotation
GINA ellipses \
gina_feat_type gina_circle \
gina_feat_code check_station \
autocad_thickness %autocad_thickness \
autocad_color %autocad_color \
autocad_layer %autocad_layer \
autocad_linetype %autocad_linetype \
gina_feat_radius2 %autocad_secondary_axis \
gina_feat_radius %autocad_primary_axis \
gina_feat_rotation %autocad_rotation
# ==============================================================
DWG_DEF text \
autocad_color $(AUTOCAD_BrightRed) \
autocad_linetype CONTINUOUS \
autocad_thickness number(31,15) \
autocad_generation char(30) \
autocad_color number(6,0) \
autocad_shape_filename char(65) \
autocad_layer char(33) \
autocad_big_fontname char(65) \
autocad_shape_width number(31,15) \
autocad_shape_name char(33) \
autocad_shape_rotation number(31,15) \
autocad_linetype char(33) \
autocad_oblique number(31,15) \
autocad_shape_height n umber(31,15)
DWG text \
autocad_entity autocad_text \
autocad_thickness %autocad_thickness \
autocad_generation %autocad_generation \
autocad_color %autocad_color \
autocad_shape_filename %autocad_shape_filename \
autocad_layer %autocad_layer \
autocad_big_fontname %autocad_big_fontname \
autocad_shape_width %autocad_shape_width \
autocad_shape_name %autocad_shape_name \
autocad_shape_rotation %autocad_shape_rotation \
autocad_linetype %autocad_linetype \
autocad_oblique %autocad_oblique \
autocad_shape_height %autocad_shape_height \
autocad_text_string %autocad_text_string \
autocad_text_size %autocad_text_size \
autocad_rotation %autocad_rotation
GINA text \
gina_feat_type gina_text \
gina_feat_code map_text \
autocad_thickness %autocad_thickness \
autocad_generation %autocad_generation \
autocad_color %autocad_color \
autocad_shape_filename %autocad_shape_filename \
autocad_layer %autocad_layer \
autocad_big_fontname %autocad_big_fontname \
autocad_shape_width %autocad_shape_width \
autocad_shape_name %autocad_shape_name \
autocad_shape_rotation %autocad_shape_rotation \
autocad_linetype %autocad_linetype \
autocad_oblique %autocad_oblique \
autocad_shape_height %autocad_shape_height \
gina_feat_text %autocad_text_string \
autocad_text_size %autocad_text_size \
gina_feat_rotation %autocad_rotation
# ===============================================================
DWG_DEF arcs \
autocad_color $(AUTOCAD_BrightRed) \
autocad_linetype CONTINUOUS \
autocad_thickness number(31,15) \
autocad_color number(6,0) \
autocad_layer char(33) \
autocad_linetype char(33)
DWG arcs \
autocad_entity autocad_arc \
autocad_thickness %autocad_thickness \
autocad_color %autocad_color \
autocad_layer %autocad_layer \
autocad_linetype %autocad_linetype \
autocad_secondary_axis %autocad_secondary_axis \
autocad_sweep_angle %autocad_sweep_angle \
autocad_primary_axis %autocad_primary_axis \
autocad_start_angle %autocad_start_angle \
autocad_rotation %autocad_rotation
GINA arcs \
gina_feat_type gina_arc \
gina_feat_code road_rd \
autocad_thickness %autocad_thickness \
autocad_color %autocad_color \
autocad_layer %autocad_layer \
autocad_linetype %autocad_linetype \
gina_feat_radius2 %autocad_secondary_axis \
gina_feat_sweepAngle %autocad_sweep_angle \
gina_feat_radius %autocad_primary_axis \
gina_feat_startAngle %autocad_start_angle \
gina_feat_rotation %autocad_rotation
# ================================================================
DWG_DEF polygons \
autocad_color $(AUTOCAD_BrightRed) \
autocad_linetype CONTINUOUS \
autocad_thickness number(31,15) \
autocad_color number(6,0) \
autocad_layer char(33) \
autocad_linetype char(33)
DWG polygons \
autocad_entity autocad_polygon \
autocad_thickness %autocad_thickness \
autocad_color %autocad_color \
autocad_layer %autocad_layer \
autocad_linetype %autocad_linetype
GINA polygons \
gina_feat_type gina_line \
gina_feat_code property \
THICKNESS %autocad_thickness \
COLOR %autocad_color \
DXF_LAYER %autocad_layer \
LINE_TYPE %autocad_linetype
# =================================================================
EXAMPLE OF A GINA TO VML MAPPING FILE
The following example shows an FME mapping file used to translate a VISION* GINA
file to a VML (Vector Markup Language) dataset. This file has been slightly modified
from its original format; some grammatical errors have been corrected and some
introductory comments have been removed.
# ================================================================
GINA to VML Translation
# ================================================================
# The following line names the log file to which useful statistics
# about the translation will be written. This line can be
# uncommented and updated if you do wish to keep these statistics.
# LOG_FILENAME translation.log
# LOG_APPEND NO
# ================================================================
# The following line instructs the FME to log any features that do
# not match any of the source feature patterns listed further down in
# this file. If you are modifying this mapping file, this will be
# useful to describe exactly which features you are losing
# during translation, if statistics indicate that features are
# not being correlated or grouped. Uncorrelated features do not
# match any source specification; ungrouped features do not have
# any corresponding _DEF line.
# FME_DEBUG UNGROUPED UNCORRELATED
# ================================================================
# The following two lines define the type of reader and writer to be
# used for this translation. If you want to translate your data
# back into its original format, you can make a copy of this file
# and reverse the reader and writer types. If you rerun the FME, you
# will get your original data back again (together with any
# modifications you made in the meantime). Note that several formats
# writer) so a reverse translation is not always possible.# are NOT bi-directional (for example, GIF can only be used as a
READER_TYPE GINA
WRITER_TYPE VML
# The dataset this mapping file was generated from was:
DEFAULT_MACRO SourceDataset D:\tmp\geotest.gia
GUI FILENAME SourceDataset
GINA_FILES(*.gia)|*.gia|All_files(*.*)|*.* Original GINA File:
# ================================================================
# To ask if user wants text associated with a line feature to be
# an additional text feature:
GUI TEXT _SEPARATE_LINE_TEXT Separate Line Text? (Yes/No):
# By default, we'll just separate text from line features
DEFAULT_MACRO _SEPARATE_LINE_TEXT YES
GINA_GET_LINE_TEXT $(_SEPARATE_LINE_TEXT)
# ================================================================
# To ask if the user wants to form GINA polygons to be output as
# polygons. If yes, translation may take significantly more time.
# Otherwise, GINA polygons will be output as connected lines
GUI TEXT _FORM_POLYGON Forming Polygon? (Yes/No):
# By default, we won't form polygons
DEFAULT_MACRO _FORM_POLYGON NO
GINA_FORM_POLYGON $(_FORM_POLYGON)
# ================================================================
# Setting GINA_PLAN_CHOICE
# As FME supports a single input coordinate system, when input GINA
# file contains data in different plans, user should do translation
# separately for each plan and specify a corresponding coordinate
# system for it in a mapping file. This can be done by specifying
# gina_feat_plan attribute in translation specifications. For user's
# convenience, GINA_PLAN_CHOICE can also be used to specify the plan
# to convert. It can be specified as any plan number like
# GINA_PLAN_CHOICE 54188
# GINA_PLAN_CHOICE can be set to 0 to translate features in
# main database only.
# If all plans adopt the same coordinate system, user can specify
# GINA_PLAN_CHOICE to ALL. ALL is the default value to allow user to
# use FME translation specifications for plan choice. Only one
# GINA_PLAN_CHOICE is allowed in a mapping file.
GINA_PLAN_CHOICE ALL
# ================================================================
# The following FME Factory definition lines are used to support GINA
# Polygon formation. The default factories are uncommented. Those are
# used when a user doesn't change the mapping file generated. In this
# case, all polygons will be put in one group called GINA_POLYGON.
# The better way for polygon formation is to remove default
# factories(!) and use the definition set below (uncomment it before
# using). The method is to find a group in the mapping file with a
# name like XXX_P_XXXXXXXXXX (e.g.yard_P_0401004013) and use the name
# to replace *** in the following definitions to make a set of
# factories for the group. A set should be made for each
# XXX_P_XXXXXXXXXX group.
# As some formats do not support point-in-polygon type, all GINA
# polygon centroid features are output separately as point or text
# features by default. If your destination format supports point-in
# -polygon type or you simply don't need the centroid features,
# remove all goups with their gina_feat_type as either gina_c_point
# or gina_c_text.
# For a format that does not support point-in-polygon type:
#FACTORY_DEF GINA PolygonFactory \
# INPUT FEATURE_TYPE ***E \
# INPUT FEATURE_TYPE ***EL \
# FLUSH_AFTER_CURRENT_WHEN FEATURE_TYPE = ***EL \
# GROUP_BY polygon_number \
# END_NODED \
# OUTPUT POLYGON FEATURE_TYPE ***P
#FACTORY_DEF GINA DonutFactory \
# INPUT FEATURE_TYPE ***P \
# GROUP_BY polygon_number \
# OUTPUT DONUT FEATURE_TYPE *** \
# gina_feat_type gina_polygon \
# OUTPUT POLYGON FEATURE_TYPE *** \
# gina_feat_type gina_polygon
# For a format that supports point-in-polygon type:
#FACTORY_DEF GINA PolygonFactory \
# INPUT FEATURE_TYPE ***E \
# INPUT FEATURE_TYPE ***EL \
# FLUSH_AFTER_CURRENT_WHEN FEATURE_TYPE = ***EL \
# GROUP_BY polygon_number \
# END_NODED \
# OUTPUT POLYGON FEATURE_TYPE ***P
#FACTORY_DEF GINA DonutFactory \
# INPUT FEATURE_TYPE ***P \
# INPUT FEATURE_TYPE ***C \
# FLUSH_BEFORE_CURRENT_WHEN FEATURE_TYPE = ***C \
# GROUP_BY polygon_number \
# OUTPUT PIP FEATURE_TYPE *** \
# gina_feat_type gina_polygon \
# OUTPUT DONUT FEATURE_TYPE *** \
# gina_feat_type gina_polygon \
# OUTPUT POLYGON FEATURE_TYPE *** \
# gina_feat_type gina_polygon
# For example, for a group named yard_P_0401004013, a set of
# above definitions should be made as follows:
# For a format that does not support point-in-polygon type:
#FACTORY_DEF GINA PolygonFactory \
# INPUT FEATURE_TYPE yard_P_0401004013E \
# INPUT FEATURE_TYPE yard_P_0401004013EL \
# FLUSH_AFTER_CURRENT_WHEN FEATURE_TYPE = yard_P_0401004013EL \
# GROUP_BY polygon_number \
# END_NODED \
# OUTPUT POLYGON FEATURE_TYPE yard_P_0401004013P
#FACTORY_DEF GINA DonutFactory \
# INPUT FEATURE_TYPE yard_P_0401004013P \
# GROUP_BY polygon_number \
# OUTPUT DONUT FEATURE_TYPE yard_P_0401004013 \
# gina_feat_type gina_polygon \
# OUTPUT POLYGON FEATURE_TYPE yard_P_0401004013 \
# gina_feat_type gina_polygon
# For a format that supports point-in-polygon type:
#FACTORY_DEF GINA PolygonFactory \
# INPUT FEATURE_TYPE yard_P_0401004013E \
# INPUT FEATURE_TYPE yard_P_0401004013EL \
# FLUSH_AFTER_CURRENT_WHEN FEATURE_TYPE = yard_P_0401004013EL \
# GROUP_BY polygon_number \
# END_NODED \
# OUTPUT POLYGON FEATURE_TYPE yard_P_0401004013P
#FACTORY_DEF GINA DonutFactory \
# INPUT FEATURE_TYPE yard_P_0401004013P \
# INPUT FEATURE_TYPE yard_P_0401004013C \
# FLUSH_BEFORE_CURRENT_WHEN FEATURE_TYPE = yard_P_0401004013C \
# GROUP_BY polygon_number \
# OUTPUT PIP FEATURE_TYPE yard_P_0401004013 \
# gina_feat_type gina_polygon \
# OUTPUT DONUT FEATURE_TYPE yard_P_0401004013 \
# gina_feat_type gina_polygon \
# OUTPUT POLYGON FEATURE_TYPE yard_P_0401004013 \
# gina_feat_type gina_polygon
# Default polygon formation factories definition:
FACTORY_DEF GINA PolygonFactory \
INPUT FEATURE_TYPE * \
internal_flag GINA_EDGE \
INPUT FEATURE_TYPE * \
internal_flag GINA_EDGE_LAST \
FLUSH_AFTER_CURRENT_WHEN internal_flag = GINA_EDGE_LAST \
GROUP_BY polygon_number \
END_NODED \
OUTPUT POLYGON FEATURE_TYPE GINA_POLYGON_L
FACTORY_DEF GINA DonutFactory \
INPUT FEATURE_TYPE GINA_POLYGON_L \
GROUP_BY polygon_number \
OUTPUT DONUT FEATURE_TYPE GINA_POLYGON \
gina_feat_type gina_polygon \
OUTPUT POLYGON FEATURE_TYPE GINA_POLYGON \
gina_feat_type gina_polygon
# For a format that supports point-in-polygon type, the following
# should be used to replace the default DonutFactory definition
# above:
#FACTORY_DEF GINA DonutFactory \
# INPUT FEATURE_TYPE GINA_POLYGON_L \
# INPUT FEATURE_TYPE * \
# internal_flag GINA_CENTROID \
# FLUSH_BEFORE_CURRENT_WHEN internal_flag = GINA_CENTROID \
# GROUP_BY polygon_number \
# OUTPUT PIP FEATURE_TYPE GINA_POLYGON \
# gina_feat_type gina_polygon \
# OUTPUT DONUT FEATURE_TYPE GINA_POLYGON \
# gina_feat_type gina_polygon \
# OUTPUT POLYGON FEATURE_TYPE GINA_POLYGON \
# gina_feat_type gina_polygon
GINA_DATASET "$(SourceDataset)"
# ================================================================
# The following GUI lines prompt for a VML file to be used as the
# destination of the data. The user input is stored in a macro,
# which is then used to define the dataset to be written.
GUI FILENAME DestDataset All_Files(*.*)|*.* Destination VML Dataset:
# ================================================================
# This directive specifies the left position of the drawing in the
# web page. The directive is optional; if not specified, then the
# default value of '100' will be used.
# Syntax: 'VML_LEFT <left>', where <left> is in CSS
# (CascadingStyleSheets) units.
# VML_LEFT
==================================================================
# This directive specifies the top position of the drawing in the web
# page. The directive is optional; if not specified, the default
# value of '100' is used.
# Syntax: 'VML_TOP <top>', where <top> is in CSS
# (CascadingStyleSheets) units.
# VML_TOP
# ================================================================
# This directive specifies the width of the drawing in the web page.
# The directive is optional; if not specified, the default value of
# '512' is used.
# Syntax: 'VML_WIDTH <width>', where <width> is in CSS
# (CascadingStyleSheets) units.
# VML_WIDTH
# ================================================================
# This directive specifies the height of the drawing in the web page.
# The directive is optional; if not specified, the default value of
# '512' is used.
# Syntax: 'VML_HEIGHT <height>', where <height> is in CSS
# (CascadingStyleSheets) units.
# VML_HEIGHT
# ================================================================
# This directive defines the number of units along the width and
# height of the containing block for the top-level group element.
# The directive is optional; if not specified, the default values of
# '100000 100000' for width and height respectively will be used.
# Syntax: 'VML_COORDSIZE <width> <height>',
# where <width>, <height> are integers>0
#
# VML_COORDSIZE
# ================================================================
# This directive defines the number of units along the width and
# height of the containing block for the top-level group element.
# The directive is optional, if not specified then the default value
# of '0 0' for left and top corner respectively will be used.
# Syntax: 'VML_COORDORIGIN <origin-x> <origin-y>',
# where <origin-x>, <origin-y> are integers.
#
# VML_COORDORIGIN
# ================================================================
# This directive defines the area of coverage of the feature data
# in ground units. If this is not specified, the coverage area is
# determined from the minimum bounding rectangle of the data.
# Syntax: 'VML_SPATIAL_EXTENT <min-x> <min-y> <max-x> <max-y>',
# where <min-x>, <min-y>, <max-x>, <max-y> are real numbers.
#
# VML_SPATIAL_EXTENT
# ================================================================
# This keyword directs the VML writer to maintain the original aspect
# ratio (determined by the spatial extent in ground units) of the
# input feature data.
# Syntax: 'VML_KEEP_ASPECT_RATIO (YES|NO)'; if not specified, the
# default value is YES.
# VML_KEEP_ASPECT_RATIO
# ================================================================
# Specifies if the output VML file should be indented for legibility
# or not
# Syntax: 'VML_PRETTY_PRINT (YES|NO)', if not specified the default
# value is NO.
#
# VML_PRETTY_PRINT
# ================================================================
# For convenience, the following lines define for VML some RGB
# colours in CSS1 RGB form:
MACRO DarkRed rgb(85,0,0)
MACRO MediumRed rgb(170,0,0)
MACRO BrightRed rgb(255,0,0)
MACRO LightRed rgb(255,85,85)
MACRO BrickRed rgb(160,64,64)
MACRO CherryRed rgb(255,0,85)
MACRO Maroon rgb(192,0,80)
MACRO Pink rgb(255,170,170)
MACRO Salmon rgb(255,144,128)
MACRO VioletRed rgb(255,0,170)
MACRO DarkGreen rgb(0,85,0)
MACRO MediumGreen rgb(0,170,0)
MACRO BrightGreen rgb(0,255,0)
MACRO LightGreen rgb(170,255,170)
MACRO ForestGreen rgb(85,170,0)
MACRO GrassGreen rgb(0,176,112)
MACRO LimeGreen rgb(170,255,85)
MACRO OliveGreen rgb(120,144,0)
MACRO PineGreen rgb(43,85,0)
MACRO SeaGreen rgb(170,255,255)
MACRO SpringGreen rgb(208,255,160)
MACRO YellowGreen rgb(192,255,0)
MACRO DarkBlue rgb(0,0,85)
MACRO MediumBlue rgb(0,0,170)
MACRO BrightBlue rgb(0,0,255)
MACRO LightBlue rgb(85,85,255)
MACRO BabyBlue rgb(170,170,255)
MACRO BlueGray rgb(144,144,160)
MACRO CobaltBlue rgb(96,80,208)
MACRO CornflowerBlue rgb(170,170,255)
MACRO NavyBlue rgb(0,0,128)
MACRO PeriwinkleBlue rgb(224,208,255)
MACRO SkyBlue rgb(85,170,255)
MACRO VioletBlue rgb(170,0,255)
MACRO DarkCyan rgb(0,85,85)
MACRO MediumCyan rgb(0,170,170)
MACRO BrightCyan rgb(0,255,255)
MACRO LightCyan rgb(85,255,255)
MACRO AquamarineCyan rgb(160,255,224)
MACRO BlueGreen rgb(0,255,170)
MACRO GreenBlue rgb(0,128,112)
MACRO PaleCyan rgb(170,255,255)
MACRO Turquoise rgb(0,176,160)
MACRO DarkBrown rgb(128,64,0)
MACRO Brown rgb(176,80,0)
MACRO BurntSienna rgb(176,64,0)
MACRO Copper rgb(176,96,64)
MACRO IndianRed rgb(144,0,0)
MACRO Mahogany rgb(192,64,0)
MACRO RawSienna rgb(176,96,0)
MACRO RawUmber rgb(144,96,0)
MACRO Rust rgb(160,80,48)
MACRO Sepia rgb(144,64,0)
MACRO Tan rgb(255,144,96)
MACRO DarkFlesh rgb(170,85,85)
MACRO MediumFlesh rgb(255,170,170)
MACRO LightFlesh rgb(255,192,192)
MACRO Apricot rgb(255,224,192)
MACRO Peach rgb(255,208,192)
MACRO Black rgb(0,0,0)
MACRO VeryDarkGray rgb(64,64,64)
MACRO DarkGray rgb(85,85,85)
MACRO MediumGray rgb(128,128,128)
MACRO LightGray rgb(170,170,170)
MACRO VeryLightGray rgb(213,213,213)
MACRO White rgb(255,255,255)
MACRO Silver rgb(208,208,224)
MACRO DarkMagenta rgb(85,0,85)
MACRO MediumMagenta rgb(170,0,170)
MACRO BrightMagenta rgb(255,0,255)
MACRO LightMagenta rgb(255,85,255)
MACRO MulberryMagenta rgb(170,0,85)
MACRO OrchidMagenta rgb(255,85,170)
MACRO PaleMagenta rgb(255,170,255)
MACRO RedViolet rgb(255,0,160)
MACRO DarkOrange rgb(128,85,0)
MACRO MediumOrange rgb(170,113,0)
MACRO BrightOrange rgb(255,170,0)
MACRO LightOrange rgb(255,170,85)
MACRO BittersweetOrange rgb(255,112,80)
MACRO BurntOrange rgb(224,96,0)
MACRO Melon rgb(255,128,112)
MACRO OrangeRed rgb(255,80,0)
MACRO Tangerine rgb(255,112,0)
MACRO YellowOrange rgb(255,144,0)
MACRO DarkPurple rgb(43,0,85)
MACRO MediumPurple rgb(85,0,170)
MACRO BrightPurple rgb(128,0,255)
MACRO LightPurple rgb(128,85,255)
MACRO Violet rgb(96,0,112)
MACRO Lavender rgb(213,170,255)
MACRO Plum rgb(160,0,112)
MACRO DarkYellow rgb(85,85,0)
MACRO MediumYellow rgb(170,170,0)
MACRO BrightYellow rgb(255,255,0)
MACRO LightYellow rgb(255,255,170)
MACRO Amber rgb(255,170,0)
MACRO Cream rgb(255,255,208)
MACRO Gold rgb(176,112,64)
MACRO Goldenrod rgb(255,176,0)
MACRO GreenYellow rgb(170,255,0)
MACRO Lemon rgb(255,255,85)
MACRO Maize rgb(255,176,112)
MACRO OrangeYellow rgb(255,208,0)
VML_DATASET "$(DestDataset)"
# ================================================================
# The main body of the mapping file starts here. Each of the
# _DEF lines describes the data model of the particular feature
# type, and the correlation lines describe how the feature is
# transformed from the source type to the destination type.
# You may edit the following lines to add or remove attributes,
# change attribute definitions, or invoke other FME functions as the
# features are translated.
# ================================================================
GINA road_edge0000400003 \
gina_feat_type gina_line \
gina_feat_code %gina_feat_code \
gina_feat_plan %gina_feat_plan \
gina_feat_network %gina_feat_network \
gina_feat_number %gina_feat_number \
gina_feat_version %gina_feat_version \
gina_feat_gp1 %gina_feat_gp1 \
gina_feat_class %gina_feat_class \
gina_feat_gp2 %gina_feat_gp2 \
gina_feat_layer %gina_feat_layer
VML road_edge0000400003 \
vml_type vml_polyline \
gina_feat_code %gina_feat_code \
gina_feat_plan %gina_feat_plan \
gina_feat_network %gina_feat_network \
gina_feat_number %gina_feat_number \
gina_feat_version %gina_feat_version \
gina_feat_gp1 %gina_feat_gp1 \
gina_feat_class %gina_feat_class \
gina_feat_gp2 %gina_feat_gp2 \
gina_feat_layer %gina_feat_layer
# ================================================================
GINA road_edge0000210002 \
gina_feat_type gina_line \
gina_feat_code %gina_feat_code \
gina_feat_plan %gina_feat_plan \
gina_feat_network %gina_feat_network \
gina_feat_number %gina_feat_number \
gina_feat_version %gina_feat_version \
gina_feat_gp1 %gina_feat_gp1 \
gina_feat_class %gina_feat_class \
gina_feat_gp2 %gina_feat_gp2 \
gina_feat_layer %gina_feat_layer
VML road_edge0000210002 \
vml_type vml_polyline \
gina_feat_code %gina_feat_code \
gina_feat_plan %gina_feat_plan \
gina_feat_network %gina_feat_network \
gina_feat_number %gina_feat_number \
gina_feat_version %gina_feat_version \
gina_feat_gp1 %gina_feat_gp1 \
gina_feat_class %gina_feat_class \
gina_feat_gp2 %gina_feat_gp2 \
gina_feat_layer %gina_feat_layer
# ================================================================
GINA property0000400003 \
gina_feat_type gina_c_point \
gina_feat_code %gina_feat_code \
gina_feat_rotation %gina_feat_rotation \
LOT %LOT \
gina_feat_plan %gina_feat_plan \
gina_feat_network %gina_feat_network \
gina_feat_number %gina_feat_number \
gina_feat_version %gina_feat_version \
PARCEL %PARCEL \
gina_feat_gp1 %gina_feat_gp1 \
NAME %NAME \
gina_feat_class %gina_feat_class \
gina_feat_gp2 %gina_feat_gp2 \
gina_feat_layer %gina_feat_layer \
TAX_ID %TAX_ID \
SURNAME %SURNAME
VML property0000400003 \
vml_type vml_point \
gina_feat_code %gina_feat_code \
gina_feat_rotation %gina_feat_rotation \
LOT %LOT \
gina_feat_plan %gina_feat_plan \
gina_feat_network %gina_feat_network \
gina_feat_number %gina_feat_number \
gina_feat_version %gina_feat_version \
PARCEL %PARCEL \
gina_feat_gp1 %gina_feat_gp1 \
NAME %NAME \
gina_feat_class %gina_feat_class \
gina_feat_gp2 %gina_feat_gp2 \
gina_feat_layer %gina_feat_layer \
TAX_ID %TAX_ID \
SURNAME %SURNAME
# ================================================================
GINA property_P_0000400003 \
gina_feat_type gina_polygon \
gina_feat_code %gina_feat_code \
gina_feat_plan %gina_feat_plan \
gina_feat_network %gina_feat_network \
gina_feat_number %gina_feat_number \
gina_feat_version %gina_feat_version \
gina_feat_gp1 %gina_feat_gp1 \
gina_feat_class %gina_feat_class \
gina_feat_gp2 %gina_feat_gp2 \
gina_feat_layer %gina_feat_layer \
polygon_number %polygon_number
VML property_P_0000400003 \
vml_type vml_polygon \
gina_feat_code %gina_feat_code \
gina_feat_plan %gina_feat_plan \
gina_feat_network %gina_feat_network \
gina_feat_version %gina_feat_version \
gina_feat_number %gina_feat_number \
gina_feat_gp1 %gina_feat_gp1 \
gina_feat_class %gina_feat_class \
gina_feat_gp2 %gina_feat_gp2 \
gina_feat_layer %gina_feat_layer \
polygon_number %polygon_number
# ================================================================
GINA hydrog_edge0000210002 \
gina_feat_type gina_line \
gina_feat_code %gina_feat_code \
gina_feat_plan %gina_feat_plan \
gina_feat_network %gina_feat_network \
gina_feat_number %gina_feat_number \
gina_feat_version %gina_feat_version \
gina_feat_gp1 %gina_feat_gp1 \
gina_feat_class %gina_feat_class \
gina_feat_gp2 %gina_feat_gp2 \
gina_feat_layer %gina_feat_layer
VML hydrog_edge0000210002 \
vml_type vml_polyline \
gina_feat_code %gina_feat_code \
gina_feat_plan %gina_feat_plan \
gina_feat_network %gina_feat_network \
gina_feat_number %gina_feat_number \
gina_feat_version %gina_feat_version \
gina_feat_gp1 %gina_feat_gp1 \
gina_feat_class %gina_feat_class \
gina_feat_gp2 %gina_feat_gp2 \
gina_feat_layer %gina_feat_layer
# ================================================================
GINA road_cl0000300002 \
gina_feat_type gina_line \
gina_feat_code %gina_feat_code \
CLASS %CLASS \
gina_feat_plan %gina_feat_plan \
gina_feat_network %gina_feat_network \
gina_feat_number %gina_feat_number \
gina_feat_version %gina_feat_version \
DIVISION %DIVISION \
gina_feat_gp1 %gina_feat_gp1 \
NAME %NAME \
gina_feat_class %gina_feat_class \
gina_feat_gp2 %gina_feat_gp2 \
gina_feat_layer %gina_feat_layer
VML road_cl0000300002 \
vml_type vml_polyline \
gina_feat_code %gina_feat_code \
CLASS %CLASS \
gina_feat_plan %gina_feat_plan \
gina_feat_network %gina_feat_network \
gina_feat_number %gina_feat_number \
gina_feat_version %gina_feat_version \
DIVISION %DIVISION \
gina_feat_gp1 %gina_feat_gp1 \
NAME %NAME \
gina_feat_class %gina_feat_class \
gina_feat_gp2 %gina_feat_gp2 \
gina_feat_layer %gina_feat_layer
# ================================================================
GINA road_cl_T_0000300002 \
gina_feat_type gina_text \
gina_feat_code %gina_feat_code \
gina_feat_rotation %gina_feat_rotation \
gina_feat_plan %gina_feat_plan \
gina_feat_network %gina_feat_network \
gina_feat_number %gina_feat_number \
gina_feat_version %gina_feat_version \
gina_feat_gp1 %gina_feat_gp1 \
gina_feat_class %gina_feat_class \
gina_feat_gp2 %gina_feat_gp2 \
gina_feat_layer %gina_feat_layer \
gina_feat_text %gina_feat_text
VML road_cl_T_0000300002 \
vml_type vml_text \
gina_feat_code %gina_feat_code \
vml_rotation %gina_feat_rotation \
gina_feat_plan %gina_feat_plan \
gina_feat_network %gina_feat_network \
gina_feat_number %gina_feat_number \
gina_feat_version %gina_feat_version \
gina_feat_gp1 %gina_feat_gp1 \
gina_feat_class %gina_feat_class \
gina_feat_gp2 %gina_feat_gp2 \
gina_feat_layer %gina_feat_layer \
vml_text_string %gina_feat_text
# ================================================================
GINA prop_bound0000400003 \
gina_feat_type gina_line \
gina_feat_code %gina_feat_code \
gina_feat_plan %gina_feat_plan \
gina_feat_network %gina_feat_network \
gina_feat_number %gina_feat_number \
gina_feat_version %gina_feat_version \
gina_feat_gp1 %gina_feat_gp1 \
gina_feat_class %gina_feat_class \
gina_feat_gp2 %gina_feat_gp2 \
gina_feat_layer %gina_feat_layer
VML prop_bound0000400003 \
vml_type vml_polyline \
gina_feat_code %gina_feat_code \
gina_feat_plan %gina_feat_plan \
gina_feat_network %gina_feat_network \
gina_feat_number %gina_feat_number \
gina_feat_version %gina_feat_version \
gina_feat_gp1 %gina_feat_gp1 \
gina_feat_class %gina_feat_class \
gina_feat_gp2 %gina_feat_gp2 \
gina_feat_layer %gina_feat_layer
# ================================================================
GINA neatline0000110001 \
gina_feat_type gina_line \
gina_feat_code %gina_feat_code \
gina_feat_plan %gina_feat_plan \
gina_feat_network %gina_feat_network \
gina_feat_number %gina_feat_number \
gina_feat_version %gina_feat_version \
gina_feat_gp1 %gina_feat_gp1 \
gina_feat_class %gina_feat_class \
gina_feat_gp2 %gina_feat_gp2 \
gina_feat_layer %gina_feat_layer
VML neatline0000110001 \
vml_type vml_polyline \
gina_feat_code %gina_feat_code \
gina_feat_plan %gina_feat_plan \
gina_feat_network %gina_feat_network \
gina_feat_number %gina_feat_number \
gina_feat_version %gina_feat_version \
gina_feat_gp1 %gina_feat_gp1 \
gina_feat_class %gina_feat_class \
gina_feat_gp2 %gina_feat_gp2 \
gina_feat_layer %gina_feat_layer
# ================================================================
GINA neatline0000100001 \
gina_feat_type gina_line \
gina_feat_code %gina_feat_code \
gina_feat_plan %gina_feat_plan \
gina_feat_network %gina_feat_network \
gina_feat_number %gina_feat_number \
gina_feat_version %gina_feat_version \
gina_feat_gp1 %gina_feat_gp1 \
gina_feat_class %gina_feat_class \
gina_feat_gp2 %gina_feat_gp2 \
gina_feat_layer %gina_feat_layer
VML neatline0000100001 \
vml_type vml_polyline \
gina_feat_code %gina_feat_code \
gina_feat_plan %gina_feat_plan \
gina_feat_network %gina_feat_network \
gina_feat_number %gina_feat_number \
gina_feat_version %gina_feat_version \
gina_feat_gp1 %gina_feat_gp1 \
gina_feat_class %gina_feat_class \
gina_feat_gp2 %gina_feat_gp2 \
gina_feat_layer %gina_feat_layer
# ================================================================
GINA road_int0000300002 \
gina_feat_type gina_point \
gina_feat_code %gina_feat_code \
gina_feat_rotation %gina_feat_rotation \
gina_feat_plan %gina_feat_plan \
gina_feat_network %gina_feat_network \
BETWEEN2 %BETWEEN2 \
IMAGE_REF %IMAGE_REF \
gina_feat_number %gina_feat_number \
gina_feat_version %gina_feat_version \
BETWEEN3 %BETWEEN3 \
BETWEEN1 %BETWEEN1 \
gina_feat_gp1 %gina_feat_gp1 \
ID %ID \
gina_feat_class %gina_feat_class \
gina_feat_gp2 %gina_feat_gp2 \
gina_feat_layer %gina_feat_layer
VML road_int0000300002 \
vml_type vml_point \
gina_feat_code %gina_feat_code \
gina_feat_rotation %gina_feat_rotation \
gina_feat_plan %gina_feat_plan \
gina_feat_network %gina_feat_network \
BETWEEN2 %BETWEEN2 \
IMAGE_REF %IMAGE_REF \
gina_feat_number %gina_feat_number \
gina_feat_version %gina_feat_version \
BETWEEN3 %BETWEEN3 \
BETWEEN1 %BETWEEN1 \
gina_feat_gp1 %gina_feat_gp1 \
ID %ID \
gina_feat_class %gina_feat_class \
gina_feat_gp2 %gina_feat_gp2 \
gina_feat_layer %gina_feat_layer
# ================================================================
GINA hydrog_edge0000400003 \
gina_feat_type gina_line \
gina_feat_code %gina_feat_code \
gina_feat_plan %gina_feat_plan \
gina_feat_network %gina_feat_network \
gina_feat_number %gina_feat_number \
gina_feat_version %gina_feat_version \
gina_feat_gp1 %gina_feat_gp1 \
gina_feat_class %gina_feat_class \
gina_feat_gp2 %gina_feat_gp2 \
gina_feat_layer %gina_feat_layer
VML hydrog_edge0000400003 \
vml_type vml_polyline \
gina_feat_code %gina_feat_code \
gina_feat_plan %gina_feat_plan \
gina_feat_network %gina_feat_network \
gina_feat_number %gina_feat_number \
gina_feat_version %gina_feat_version \
gina_feat_gp1 %gina_feat_gp1 \
gina_feat_class %gina_feat_class \
gina_feat_gp2 %gina_feat_gp2 \
gina_feat_layer %gina_feat_layer
# ================================================================
GINA hydrog_text0000210002 \
gina_feat_type gina_line \
gina_feat_code %gina_feat_code \
gina_feat_plan %gina_feat_plan \
gina_feat_network %gina_feat_network \
gina_feat_number %gina_feat_number \
gina_feat_version %gina_feat_version \
gina_feat_gp1 %gina_feat_gp1 \
gina_feat_class %gina_feat_class \
gina_feat_gp2 %gina_feat_gp2 \
gina_feat_layer %gina_feat_layer
VML hydrog_text0000210002 \
vml_type vml_polyline \
gina_feat_code %gina_feat_code \
gina_feat_plan %gina_feat_plan \
gina_feat_network %gina_feat_network \
gina_feat_number %gina_feat_number \
gina_feat_version %gina_feat_version \
gina_feat_gp1 %gina_feat_gp1 \
gina_feat_class %gina_feat_class \
gina_feat_gp2 %gina_feat_gp2 \
gina_feat_layer %gina_feat_layer
# ================================================================
GINA hydrog_text_T_0000210002 \
gina_feat_type gina_text \
gina_feat_code %gina_feat_code \
gina_feat_rotation %gina_feat_rotation \
gina_feat_plan %gina_feat_plan \
gina_feat_network %gina_feat_network \
gina_feat_number %gina_feat_number \
gina_feat_version %gina_feat_version \
gina_feat_gp1 %gina_feat_gp1 \
gina_feat_class %gina_feat_class \
gina_feat_gp2 %gina_feat_gp2 \
gina_feat_layer %gina_feat_layer \
gina_feat_text %gina_feat_text
VML hydrog_text_T_0000210002 \
vml_type vml_text \
gina_feat_code %gina_feat_code \
vml_rotation %gina_feat_rotation \
gina_feat_plan %gina_feat_plan \
gina_feat_network %gina_feat_network \
gina_feat_number %gina_feat_number \
gina_feat_version %gina_feat_version \
gina_feat_gp1 %gina_feat_gp1 \
gina_feat_class %gina_feat_class \
gina_feat_gp2 %gina_feat_gp2 \
gina_feat_layer %gina_feat_layer \
vml_text_string %gina_feat_text
# ================================================================
GINA road_edge0000300002 \
gina_feat_type gina_line \
gina_feat_code %gina_feat_code \
gina_feat_plan %gina_feat_plan \
gina_feat_network %gina_feat_network \
gina_feat_number %gina_feat_number \
gina_feat_version %gina_feat_version \
gina_feat_gp1 %gina_feat_gp1 \
gina_feat_class %gina_feat_class \
gina_feat_gp2 %gina_feat_gp2 \
gina_feat_layer %gina_feat_layer
VML road_edge0000300002 \
vml_type vml_polyline \
gina_feat_code %gina_feat_code \
gina_feat_plan %gina_feat_plan \
gina_feat_network %gina_feat_network \
gina_feat_number %gina_feat_number \
gina_feat_version %gina_feat_version \
gina_feat_gp1 %gina_feat_gp1 \
gina_feat_class %gina_feat_class \
gina_feat_gp2 %gina_feat_gp2 \
gina_feat_layer %gina_feat_layer
# ================================================================
GINA hydrog_edge0000010000 \
gina_feat_type gina_line \
gina_feat_code %gina_feat_code \
gina_feat_plan %gina_feat_plan \
gina_feat_network %gina_feat_network \
gina_feat_number %gina_feat_number \
gina_feat_version %gina_feat_version \
gina_feat_gp1 %gina_feat_gp1 \
gina_feat_class %gina_feat_class \
gina_feat_gp2 %gina_feat_gp2 \
gina_feat_layer %gina_feat_layer
VML hydrog_edge0000010000 \
vml_type vml_polyline \
gina_feat_code %gina_feat_code \
gina_feat_plan %gina_feat_plan \
gina_feat_network %gina_feat_network \
gina_feat_number %gina_feat_number \
gina_feat_version %gina_feat_version \
gina_feat_gp1 %gina_feat_gp1 \
gina_feat_class %gina_feat_class \
gina_feat_gp2 %gina_feat_gp2 \
gina_feat_layer %gina_feat_layer
# ================================================================
GINA map_sheet0000100001 \
gina_feat_type gina_c_point \
gina_feat_code %gina_feat_code \
gina_feat_rotation %gina_feat_rotation \
gina_feat_plan %gina_feat_plan \
gina_feat_network %gina_feat_network \
gina_feat_number %gina_feat_number \
gina_feat_version %gina_feat_version \
gina_feat_gp1 %gina_feat_gp1 \
ID %ID \
gina_feat_class %gina_feat_class \
gina_feat_gp2 %gina_feat_gp2 \
gina_feat_layer %gina_feat_layer
VML map_sheet0000100001 \
vml_type vml_point \
gina_feat_code %gina_feat_code \
gina_feat_rotation %gina_feat_rotation \
gina_feat_plan %gina_feat_plan \
gina_feat_network %gina_feat_network \
gina_feat_number %gina_feat_number \
gina_feat_version %gina_feat_version \
gina_feat_gp1 %gina_feat_gp1 \
ID %ID \
gina_feat_class %gina_feat_class \
gina_feat_gp2 %gina_feat_gp2 \
gina_feat_layer %gina_feat_layer
# ================================================================
GINA map_sheet_P_0000100001 \
gina_feat_type gina_polygon \
gina_feat_code %gina_feat_code \
gina_feat_plan %gina_feat_plan \
gina_feat_network %gina_feat_network \
gina_feat_number %gina_feat_number \
gina_feat_version %gina_feat_version \
gina_feat_gp1 %gina_feat_gp1 \
gina_feat_class %gina_feat_class \
gina_feat_gp2 %gina_feat_gp2 \
gina_feat_layer %gina_feat_layer \
polygon_number %polygon_number
VML map_sheet_P_0000100001 \
vml_type vml_polygon \
gina_feat_code %gina_feat_code \
gina_feat_plan %gina_feat_plan \
gina_feat_network %gina_feat_network \
gina_feat_number %gina_feat_number \
gina_feat_version %gina_feat_version \
gina_feat_gp1 %gina_feat_gp1 \
gina_feat_class %gina_feat_class \
gina_feat_gp2 %gina_feat_gp2 \
gina_feat_layer %gina_feat_layer \
polygon_number %polygon_number
# ================================================================
GINA filled_land0000600009 \
gina_feat_type gina_c_point \
gina_feat_code %gina_feat_code \
gina_feat_rotation %gina_feat_rotation \
gina_feat_plan %gina_feat_plan \
gina_feat_network %gina_feat_network \
gina_feat_number %gina_feat_number \
gina_feat_version %gina_feat_version \
gina_feat_gp1 %gina_feat_gp1 \
gina_feat_class %gina_feat_class \
gina_feat_gp2 %gina_feat_gp2 \
gina_feat_layer %gina_feat_layer
VML filled_land0000600009 \
vml_type vml_point \
gina_feat_code %gina_feat_code \
gina_feat_rotation %gina_feat_rotation \
gina_feat_plan %gina_feat_plan \
gina_feat_network %gina_feat_network \
gina_feat_number %gina_feat_number \
gina_feat_version %gina_feat_version \
gina_feat_gp1 %gina_feat_gp1 \
gina_feat_class %gina_feat_class \
gina_feat_gp2 %gina_feat_gp2 \
gina_feat_layer %gina_feat_layer
# ================================================================
GINA filled_land_P_0000600009 \
gina_feat_type gina_polygon \
gina_feat_code %gina_feat_code \
gina_feat_plan %gina_feat_plan \
gina_feat_network %gina_feat_network \
gina_feat_number %gina_feat_number \
gina_feat_version %gina_feat_version \
gina_feat_gp1 %gina_feat_gp1 \
gina_feat_class %gina_feat_class \
gina_feat_gp2 %gina_feat_gp2 \
gina_feat_layer %gina_feat_layer \
polygon_number %polygon_number
VML filled_land_P_0000600009 \
vml_type vml_polygon \
gina_feat_code %gina_feat_code \
gina_feat_plan %gina_feat_plan \
gina_feat_network %gina_feat_network \
gina_feat_number %gina_feat_number \
gina_feat_version %gina_feat_version \
gina_feat_gp1 %gina_feat_gp1 \
gina_feat_class %gina_feat_class \
gina_feat_gp2 %gina_feat_gp2 \
gina_feat_layer %gina_feat_layer \
polygon_number %polygon_number
# ================================================================
GINA filled_marsh0000600008 \
gina_feat_type gina_c_point \
gina_feat_code %gina_feat_code \
gina_feat_rotation %gina_feat_rotation \
gina_feat_plan %gina_feat_plan \
gina_feat_network %gina_feat_network \
gina_feat_number %gina_feat_number \
gina_feat_version %gina_feat_version \
gina_feat_gp1 %gina_feat_gp1 \
gina_feat_class %gina_feat_class \
gina_feat_gp2 %gina_feat_gp2 \
gina_feat_layer %gina_feat_layer
VML filled_marsh0000600008 \
vml_type vml_point \
gina_feat_code %gina_feat_code \
gina_feat_rotation %gina_feat_rotation \
gina_feat_plan %gina_feat_plan \
gina_feat_network %gina_feat_network \
gina_feat_number %gina_feat_number \
gina_feat_version %gina_feat_version \
gina_feat_gp1 %gina_feat_gp1 \
gina_feat_class %gina_feat_class \
gina_feat_gp2 %gina_feat_gp2 \
gina_feat_layer %gina_feat_layer
# ================================================================
GINA filled_marsh_P_000060000 \
gina_feat_type gina_polygon \
gina_feat_code %gina_feat_code \
gina_feat_plan %gina_feat_plan \
gina_feat_network %gina_feat_network \
gina_feat_number %gina_feat_number \
gina_feat_version %gina_feat_version \
gina_feat_gp1 %gina_feat_gp1 \
gina_feat_class %gina_feat_class \
gina_feat_gp2 %gina_feat_gp2 \
gina_feat_layer %gina_feat_layer \
polygon_number %polygon_number
VML filled_marsh_P_000060000 \
vml_type vml_polygon \
gina_feat_code %gina_feat_code \
gina_feat_plan %gina_feat_plan \
gina_feat_network %gina_feat_network \
gina_feat_number %gina_feat_number \
gina_feat_version %gina_feat_version \
gina_feat_gp1 %gina_feat_gp1 \
gina_feat_class %gina_feat_class \
gina_feat_gp2 %gina_feat_gp2 \
gina_feat_layer %gina_feat_layer \
polygon_number %polygon_number
# ================================================================
GINA filled_bound0000600009 \
gina_feat_type gina_line \
gina_feat_code %gina_feat_code \
gina_feat_plan %gina_feat_plan \
gina_feat_network %gina_feat_network \
gina_feat_number %gina_feat_number \
gina_feat_version %gina_feat_version \
gina_feat_gp1 %gina_feat_gp1 \
gina_feat_class %gina_feat_class \
gina_feat_gp2 %gina_feat_gp2 \
gina_feat_layer %gina_feat_layer
VML filled_bound0000600009 \
vml_type vml_polyline \
gina_feat_code %gina_feat_code \
gina_feat_plan %gina_feat_plan \
gina_feat_network %gina_feat_network \
gina_feat_number %gina_feat_number \
gina_feat_version %gina_feat_version \
gina_feat_gp1 %gina_feat_gp1 \
gina_feat_class %gina_feat_class \
gina_feat_gp2 %gina_feat_gp2 \
gina_feat_layer %gina_feat_layer
# ================================================================
GINA filled_bound0000600008 \
gina_feat_type gina_line \
gina_feat_code %gina_feat_code \
gina_feat_plan %gina_feat_plan \
gina_feat_network %gina_feat_network \
gina_feat_number %gina_feat_number \
gina_feat_version %gina_feat_version \
gina_feat_gp1 %gina_feat_gp1 \
gina_feat_class %gina_feat_class \
gina_feat_gp2 %gina_feat_gp2 \
gina_feat_layer %gina_feat_layer
VML filled_bound0000600008 \
vml_type vml_polyline \
gina_feat_code %gina_feat_code \
gina_feat_plan %gina_feat_plan \
gina_feat_network %gina_feat_network \
gina_feat_number %gina_feat_number \
gina_feat_version %gina_feat_version \
gina_feat_gp1 %gina_feat_gp1 \
gina_feat_class %gina_feat_class \
gina_feat_gp2 %gina_feat_gp2 \
gina_feat_layer %gina_feat_layer
# ================================================================
GINA ext_wall0000400012 \
gina_feat_type gina_line \
gina_feat_code %gina_feat_code \
gina_feat_plan %gina_feat_plan \
gina_feat_network %gina_feat_network \
gina_feat_number %gina_feat_number \
gina_feat_version %gina_feat_version \
gina_feat_gp1 %gina_feat_gp1 \
gina_feat_class %gina_feat_class \
gina_feat_gp2 %gina_feat_gp2 \
gina_feat_layer %gina_feat_layer
VML ext_wall0000400012 \
vml_type vml_polyline \
gina_feat_code %gina_feat_code \
gina_feat_plan %gina_feat_plan \
gina_feat_network %gina_feat_network \
gina_feat_number %gina_feat_number \
gina_feat_version %gina_feat_version \
gina_feat_gp1 %gina_feat_gp1 \
gina_feat_class %gina_feat_class \
gina_feat_gp2 %gina_feat_gp2 \
gina_feat_layer %gina_feat_layer
# ================================================================
GINA park0000400012 \
gina_feat_type gina_point \
gina_feat_code %gina_feat_code \
gina_feat_rotation %gina_feat_rotation \
gina_feat_plan %gina_feat_plan \
gina_feat_network %gina_feat_network \
gina_feat_number %gina_feat_number \
gina_feat_version %gina_feat_version \
gina_feat_gp1 %gina_feat_gp1 \
gina_feat_class %gina_feat_class \
gina_feat_gp2 %gina_feat_gp2 \
gina_feat_layer %gina_feat_layer
VML park0000400012 \
vml_type vml_point \
gina_feat_code %gina_feat_code \
gina_feat_rotation %gina_feat_rotation \
gina_feat_plan %gina_feat_plan \
gina_feat_network %gina_feat_network \
gina_feat_number %gina_feat_number \
gina_feat_version %gina_feat_version \
gina_feat_gp1 %gina_feat_gp1 \
gina_feat_class %gina_feat_class \
gina_feat_gp2 %gina_feat_gp2 \
gina_feat_layer %gina_feat_layer
# ================================================================
GINA orthophoto0000210002 \
gina_feat_type gina_point \
gina_feat_code %gina_feat_code \
gina_feat_rotation %gina_feat_rotation \
FILE_NAME %FILE_NAME \
gina_feat_plan %gina_feat_plan \
gina_feat_network %gina_feat_network \
DESCRIPTION %DESCRIPTION \
BITS_PER_PIXEL %BITS_PER_PIXEL \
IMAGE_TYPE %IMAGE_TYPE \
gina_feat_number %gina_feat_number \
gina_feat_version %gina_feat_version \
PIXELS_PER_LINE %PIXELS_PER_LINE \
gina_feat_gp1 %gina_feat_gp1 \
gina_feat_class %gina_feat_class \
gina_feat_gp2 %gina_feat_gp2 \
gina_feat_layer %gina_feat_layer \
NO_OF_LINES %NO_OF_LINES
VML orthophoto0000210002 \
vml_type vml_point \
gina_feat_code %gina_feat_code \
gina_feat_rotation %gina_feat_rotation \
FILE_NAME %FILE_NAME \
gina_feat_plan %gina_feat_plan \
gina_feat_network %gina_feat_network \
DESCRIPTION %DESCRIPTION \
BITS_PER_PIXEL %BITS_PER_PIXEL \
IMAGE_TYPE %IMAGE_TYPE \
gina_feat_number %gina_feat_number \
gina_feat_version %gina_feat_version \
PIXELS_PER_LINE %PIXELS_PER_LINE \
gina_feat_gp1 %gina_feat_gp1 \
gina_feat_class %gina_feat_class \
gina_feat_gp2 %gina_feat_gp2 \
gina_feat_layer %gina_feat_layer \
NO_OF_LINES %NO_OF_LINES
# ================================================================
GINA satellite0000210002 \
gina_feat_type gina_point \
gina_feat_code %gina_feat_code \
gina_feat_rotation %gina_feat_rotation \
FILE_NAME %FILE_NAME \
gina_feat_plan %gina_feat_plan \
gina_feat_network %gina_feat_network \
DESCRIPTION %DESCRIPTION \
BITS_PER_PIXEL %BITS_PER_PIXEL \
IMAGE_TYPE %IMAGE_TYPE \
gina_feat_number %gina_feat_number \
gina_feat_version %gina_feat_version \
PIXELS_PER_LINE %PIXELS_PER_LINE \
gina_feat_gp1 %gina_feat_gp1 \
gina_feat_class %gina_feat_class \
gina_feat_gp2 %gina_feat_gp2 \
gina_feat_layer %gina_feat_layer \
NO_OF_LINES %NO_OF_LINES
VML satellite0000210002 \
vml_type vml_point \
gina_feat_code %gina_feat_code \
gina_feat_rotation %gina_feat_rotation \
FILE_NAME %FILE_NAME \
gina_feat_plan %gina_feat_plan \
gina_feat_network %gina_feat_network \
DESCRIPTION %DESCRIPTION \
BITS_PER_PIXEL %BITS_PER_PIXEL \
IMAGE_TYPE %IMAGE_TYPE \
gina_feat_number %gina_feat_number \
gina_feat_version %gina_feat_version \
PIXELS_PER_LINE %PIXELS_PER_LINE \
gina_feat_gp1 %gina_feat_gp1 \
gina_feat_class %gina_feat_class \
gina_feat_gp2 %gina_feat_gp2 \
gina_feat_layer %gina_feat_layer \
NO_OF_LINES %NO_OF_LINES
# ================================================================
GINA image_extent0000500005 \
gina_feat_type gina_line \
gina_feat_code %gina_feat_code \
FILE_NAME %FILE_NAME \
gina_feat_plan %gina_feat_plan \
gina_feat_network %gina_feat_network \
DESCRIPTION %DESCRIPTION \
BITS_PER_PIXEL %BITS_PER_PIXEL \
IMAGE_TYPE %IMAGE_TYPE \
gina_feat_number %gina_feat_number \
gina_feat_version %gina_feat_version \
PIXELS_PER_LINE %PIXELS_PER_LINE \
gina_feat_gp1 %gina_feat_gp1 \
gina_feat_class %gina_feat_class \
gina_feat_gp2 %gina_feat_gp2 \
gina_feat_layer %gina_feat_layer \
NO_OF_LINES %NO_OF_LINES
VML image_extent0000500005 \
vml_type vml_polyline \
gina_feat_code %gina_feat_code \
FILE_NAME %FILE_NAME \
gina_feat_plan %gina_feat_plan \
gina_feat_network %gina_feat_network \
DESCRIPTION %DESCRIPTION \
BITS_PER_PIXEL %BITS_PER_PIXEL \
IMAGE_TYPE %IMAGE_TYPE \
gina_feat_number %gina_feat_number \
gina_feat_version %gina_feat_version \
PIXELS_PER_LINE %PIXELS_PER_LINE \
gina_feat_gp1 %gina_feat_gp1 \
gina_feat_class %gina_feat_class \
gina_feat_gp2 %gina_feat_gp2 \
gina_feat_layer %gina_feat_layer \
NO_OF_LINES %NO_OF_LINES
# ================================================================
GINA image_extent0000500004 \
gina_feat_type gina_line \
gina_feat_code %gina_feat_code \
FILE_NAME %FILE_NAME \
gina_feat_plan %gina_feat_plan \
gina_feat_network %gina_feat_network \
DESCRIPTION %DESCRIPTION \
BITS_PER_PIXEL %BITS_PER_PIXEL \
IMAGE_TYPE %IMAGE_TYPE \
gina_feat_number %gina_feat_number \
gina_feat_version %gina_feat_version \
PIXELS_PER_LINE %PIXELS_PER_LINE \
gina_feat_gp1 %gina_feat_gp1 \
gina_feat_class %gina_feat_class \
gina_feat_gp2 %gina_feat_gp2 \
gina_feat_layer %gina_feat_layer \
NO_OF_LINES %NO_OF_LINES
VML image_extent0000500004 \
vml_type vml_polyline \
gina_feat_code %gina_feat_code \
FILE_NAME %FILE_NAME \
gina_feat_plan %gina_feat_plan \
gina_feat_network %gina_feat_network \
DESCRIPTION %DESCRIPTION \
BITS_PER_PIXEL %BITS_PER_PIXEL \
IMAGE_TYPE %IMAGE_TYPE \
gina_feat_number %gina_feat_number \
gina_feat_version %gina_feat_version \
PIXELS_PER_LINE %PIXELS_PER_LINE \
gina_feat_gp1 %gina_feat_gp1 \
gina_feat_class %gina_feat_class \
gina_feat_gp2 %gina_feat_gp2 \
NO_OF_LINES %NO_OF_LINES
gina_feat_layer %gina_feat_layer \
# ================================================================
GINA photograph0000310003 \
gina_feat_type gina_point \
gina_feat_code %gina_feat_code \
gina_feat_rotation %gina_feat_rotation \
FILE_NAME %FILE_NAME \
gina_feat_plan %gina_feat_plan \
gina_feat_network %gina_feat_network \
DESCRIPTION %DESCRIPTION \
BITS_PER_PIXEL %BITS_PER_PIXEL \
IMAGE_TYPE %IMAGE_TYPE \
gina_feat_number %gina_feat_number \
gina_feat_version %gina_feat_version \
PIXELS_PER_LINE %PIXELS_PER_LINE \
gina_feat_gp1 %gina_feat_gp1 \
gina_feat_class %gina_feat_class \
gina_feat_gp2 %gina_feat_gp2 \
gina_feat_layer %gina_feat_layer \
NO_OF_LINES %NO_OF_LINES
VML photograph0000310003 \
vml_type vml_point \
gina_feat_code %gina_feat_code \
gina_feat_rotation %gina_feat_rotation \
FILE_NAME %FILE_NAME \
gina_feat_plan %gina_feat_plan \
gina_feat_network %gina_feat_network \
DESCRIPTION %DESCRIPTION \
BITS_PER_PIXEL %BITS_PER_PIXEL \
IMAGE_TYPE %IMAGE_TYPE \
gina_feat_number %gina_feat_number \
gina_feat_version %gina_feat_version \
PIXELS_PER_LINE %PIXELS_PER_LINE \
gina_feat_gp1 %gina_feat_gp1 \
gina_feat_class %gina_feat_class \
gina_feat_gp2 %gina_feat_gp2 \
gina_feat_layer %gina_feat_layer \
NO_OF_LINES %NO_OF_LINES
# ================================================================
GINA GINA_POLYGON \
gina_feat_type gina_polygon \
gina_feat_code %gina_feat_code \
gina_feat_plan %gina_feat_plan \
gina_feat_network %gina_feat_network \
gina_feat_number %gina_feat_number \
gina_feat_version %gina_feat_version \
gina_feat_gp1 %gina_feat_gp1 \
gina_feat_class %gina_feat_class \
gina_feat_gp2 %gina_feat_gp2 \
gina_feat_layer %gina_feat_layer \
polygon_number %polygon_number
VML GINA_POLYGON \
vml_type vml_polygon \
gina_feat_code %gina_feat_code \
gina_feat_plan %gina_feat_plan \
gina_feat_network %gina_feat_network \
gina_feat_number %gina_feat_number \
gina_feat_version %gina_feat_version \
gina_feat_gp1 %gina_feat_gp1 \
gina_feat_class %gina_feat_class \
gina_feat_gp2 %gina_feat_gp2 \
gina_feat_layer %gina_feat_layer \
polygon_number %polygon_number