PDF3D XML Reference Documentation
<?xml version="1.0"?>
    <pdf3d.io:InputParameters xmlns:pdf3d.io="http://www.pdf3d.com/ns/2012/03/pdf3d.io" xmlns:xsi="http://www.w3.org/2001/XMLSchema-instance" xsi:noNamespaceSchemaLocation="pdf3d.io.xsd" xsi:schemaLocation="http://www.pdf3d.com/ns/2012/03/pdf3d.io pdf3d.io.xsd">
        Defines main conversion parameters.
        pdf3d.io Input Specification General Notes. Here are the parameters available
        and expected by the pdf3d.io system, which in many cases are similar to
        the functions available interactively in PDF3DReportGen.
        All of these features are also available by directly using the PDF3D-SDK C++ API, bypassing XML if needed.
        See the PDF3D-SDK developer manual for additional information.  Note that all names are case sensitive.
<Producer value=""> Specifies name and version of software by which this structure was created.
</Producer> <TemplateFileName value=""> Specifies the template file name, if existing template is used in the Merge mode.
</TemplateFileName> <OutputFileName value="./output.pdf"> Specifies the output file name.
</OutputFileName> <ShowLayersWindow value="false"> Specifies if layers' windows should be shown or not. Possible values : value : "false", "true" (default value is "false")
</ShowLayersWindow> <ShowBookmarksWindow value="false"> Specifies if bookmark windows should be shown or not. Possible values : value : "false", "true" (default value is "false")
</ShowBookmarksWindow> <OutputFormat value="PDF3D"> Specifies the output format for the generated file. Possible values : value : default value is "PDF3D" "PDF3D": Specifies that 3D PDF file will be generated. "PDF2D": Specifies that 2D PDF file will be generated. "PRC": Specifies that PRC file will be generated. "U3D": Specifies that U3D file will be generated. "GLTF": Specifies that GLTF file will be generated.
</OutputFormat> <ShowPDFAfterClose value="true"> Specifies the flag which defines whether PDF should be opened in PDF browser or not. Possible values : value : "false", "true" (default value is "true")
</ShowPDFAfterClose> <Logging file="" toFile="false" toScreen="false" verbose="false"> Specifies various logging parameters. Attribute file: Specifies the log file name. Note: pdf3d.io.log file always is created for general log message output. Attribute toFile: Specifies log's output to file (specified by 'file' parameter). Attribute toScreen: Specifies log's output to STDOUT (usually this is a screen or command-prompt window). Attribute verbose: Specifies extended (or verbose) information in log. Possible values : toScreen : "false", "true" (default value is "false") toFile : "false", "true" (default value is "false") verbose : "false", "true" (default value is "false")
</Logging> <Dumping file=""> Specifies dumping parameters. Attribute file: Specifies the dump file name. Reserved for future use.
</Dumping> <ModelTreeLog jsNames="false" modelTreeNames="false" sceneNames="true" stopConversion="false"> Specifies model tree logging parameters. The model tree is logged either to PDF3DProgressConumer or the specified xml file. Attribute jsNames: If set then the xml output will show the names usable in JavaScrip. If this or modelTreeNames is set to true then the xml output will show the model hierarchy in the output file's model tree, othervise the PDF3DIntermediateScene model hierarchy will be shown. Attribute modelTreeNames: If set then the xml output will show the names displayed in the output file's model tree. If this or jsNames is set to true then the xml output will show the model hierarchy in the output file's model tree, othervise the PDF3DIntermediateScene model hierarchy will be shown. Attribute sceneNames: If set then the xml output will show the names in the PDF3DIntermediateScene. If modelTreeNames or jsNames is set to true then the xml output will show the model hierarchy in the output file's model tree, and the same PDF3DIntermediateModel's name will be shown for all the associated models. Attribute stopConversion: If set then the conversion process is not performed. Possible values : stopConversion : "false", "true" (default value is "false") jsNames : "false", "true" (default value is "false") modelTreeNames : "false", "true" (default value is "false") sceneNames : "false", "true" (default value is "true")
<File value=""> Specifies the output xml file. If the xml output file is not set then the log is shown with the PDF3DProgressConumer.
</File> </ModelTreeLog> <PDFECompliance value="false"> Specifies PDF/E Compliance characteristics in a generated PDF. Possible values : value : "false", "true" (default value is "false")
</PDFECompliance> <U3DOutputFormat value="false"> Specifies an output file format is U3D type. If false then 3D PDF output format is used. Otherwise, U3D output format is used. Note: If output file name has .u3d extension then this parameter will be set to true automatically. Possible values : value : "false", "true" (default value is "false")
</U3DOutputFormat> <Keywords value=""> Specifies the keywords to be added into the PDF document metadata. The resulting keywords are appended into document properties, revealed in Adobe Reader through File Properties menu panel.
</Keywords> <MetadataTitle value=""> Specifies the title to be added into the PDF document metadata
</MetadataTitle> <Author value=""> Specifies the author string to be added into the PDF document metadata
</Author> <Creator value=""> Specifies the application/creator string to be added into the PDF document metadata
</Creator> <GLTFOptions binary="true" lightPower="2.2"> Specifies parameters for saving glTF. Specifies various conversion parameters for glTF. Attribute binary: Specifies whether to use json/assets or binary format. Attribute lightPower: Intensity value of scene light that equals physical light intensity of 1.0. Possible values : binary : "false", "true" (default value is "true") lightPower : All valid float numbers (default value is "2.2")
<SavePointSets value="true"> Specifies if point sets will be saved. Possible values : value : "false", "true" (default value is "true")
</SavePointSets> <SaveLineSets value="true"> Specifies if line sets will be saved. Possible values : value : "false", "true" (default value is "true")
</SaveLineSets> <OmitDefaults value="true"> Specifies if set fields with default values should be saved. Possible values : value : "false", "true" (default value is "true")
</OmitDefaults> <AddAssetID value="false"> Specifies if asset id should added at the start of it's file name. Possible values : value : "false", "true" (default value is "false")
</AddAssetID> <UseAlphaBlend value="true"> Specifies if alpha mode should be set to BLEND for meshes with transparency. Possible values : value : "false", "true" (default value is "true")
</UseAlphaBlend> <UseSpecularGlossiness value="true"> Specifies if specular/glossiness PBR model should be used. Enables specular color support. Possible values : value : "false", "true" (default value is "true")
</UseSpecularGlossiness> <UseBlinnPhong value="true"> Specifies if Blinn Phong model should be used. Possible values : value : "false", "true" (default value is "true")
</UseBlinnPhong> <ConvertSRGB value="true"> Specifies whether to convert the scene's color values from sRGB to linear RGB before saving to glTF. Possible values : value : "false", "true" (default value is "true")
</ConvertSRGB> <Draco colorBits="8" compressionLevel="7" normalBits="10" pointThreshold="512" positionBits="14" texCoordBits="12" useAttributeRange="false" usePositionRange="true"> Specifies if draco compression should be used. Enables draco compression support. Attribute colorBits: Number of quantization bits for vertex colors. Attribute compressionLevel: Sets the desired level of compression. Sets the desired level of compression on the scale from 0 to 10. With 0 as the fastest, but the worst compression; and 10 the slowest speed, but the best compression. Attribute normalBits: Number of quantization bits for vertex normals. Attribute pointThreshold: Maximal number of vertices in the model at which compression is not needed. For models with number of vertices in output glTF model less than this value draco compression will not be performed. For other models the compression will be performed with the specified settings. Attribute positionBits: Number of quantization bits for vertex position. Attribute texCoordBits: Number of quantization bits for vertex texture coordinates. Attribute useAttributeRange: Specifies if explicit quantization will be used for vertex attributes. Along with Number of quantization bits specifies the precision vertex normals, colors and texture coordinates. Explicit quantization uses actual range of used values and implcit quantization uses the maximum extent of the values. Attribute usePositionRange: Specifies if explicit quantization will be used for vertex positions. Along with Number of quantization bits specifies the precision for vertex positions. Explicit quantization uses actual range of used values and implcit quantization uses the maximum extent of the values. Possible values : pointThreshold : All valid integer numbers in range (1 .. None) (default value is "512") compressionLevel : All valid integer numbers in range (0 .. 10) (default value is "7") positionBits : All valid integer numbers in range (1 .. 64) (default value is "14") normalBits : All valid integer numbers in range (1 .. 64) (default value is "10") texCoordBits : All valid integer numbers in range (1 .. 64) (default value is "12") colorBits : All valid integer numbers in range (1 .. 64) (default value is "8") usePositionRange : "false", "true" (default value is "true") useAttributeRange : "false", "true" (default value is "false")
</Draco> </GLTFOptions> <InterfaceAnimationOptions useInterpolation="false" useU3D="false"> Specifies the animation parameters for scene of the interface Attribute useInterpolation: If set, interpolation for animation will be enabled. Attribute useU3D: If set, the animation will be saved to the u3d stream (supported only for u3d output format). Possible values : useU3D : "false", "true" (default value is "false") useInterpolation : "false", "true" (default value is "false")
</InterfaceAnimationOptions> <CompressionFormat value="U3D_RHC"> Specifies the principle 3D encoding scheme for geometric data within the 3D scene Compression (Internal Format) sets the current 3D compression encoding format. It can be chosen out of U3D, U3D-RHC, PRC or PRC-HCT. U3D is used for Adobe version 8 compatibility. RHC is the improved Right Hemisphere Compression extension, sensitive to the Quality factor. PRC-HCT is generally the highest level of file compression, sensitive to the spatial Tolerance factor. Pure PRC may be used for interaction with other 3D software. Possible values : value : default value is "U3D_RHC" "U3D": Specifies to use U3D (Universal 3D) format for storing 3D scene. "U3D_RHC": Specifies to use U3D format with Right Hemisphere(R) Compression (RHC) for storing 3D scene. "PRC": Specifies to use PRC (Product Representation Compact) format for storing 3D scene. "PRC_HCT": Specifies to use PRC (Product Representation Compact) format with High Compressed Tesselations (HCT) for storing 3D scene.
</CompressionFormat> <PageMode value="FitHeight"> Possible values : value : default value is "FitHeight" "FitWidth": Initial PDF view zoom factor is adjusted to fit the entire current page width "FitHeight": Initial PDF view zoom factor is adjusted to fit the entire current page height "FitVisible": Initial PDF view zoom factor is adjusted to fit the entire current page visible "CustomZoom": Specifies custom zoom factor and other custom properties
</PageMode> <PageLayout value="OneColumn"> Possible values : value : default value is "OneColumn" "SinglePage": Display one page at a time "OneColumn": Display the pages in one column "TwoColumnLeft": Display the pages in two columns, with odd-numbered pages on the left "TwoColumnRight": Display the pages in two columns, with odd-numbered pages on the right "TwoPageLeft": Display the pages two at a time, with odd-numbered pages on the left "TwoPageRight": Display the pages two at a time, with odd-numbered pages on the right
</PageLayout> <U3DNormalsGen mode="None"> Indicates whether to generate normals for u3d. If this tag is not defined, the viewer is responsible for displaying the normals and the crease angle. If this tag is not defined, the viewer is responsible for displaying the normals and the crease angle. Possible values : mode : default value is "None" "None" "Flat" "Smooth"
</U3DNormalsGen> <PRCTolerance relative="true" value="1e-05"> Specifies spatial tolerance level used in PRC-HCT encoding scheme. Tolerance Type controls if the specified PRC Tolerance is the absolute or the relative value. It could be ether the Relative or the Absolute for scenes exported to PRC-HCT compression format. Tolerance sets the PRC-HCT compression factor (is ignored by U3D). It affects the level of compression, and may cause model distortion at some levels (i.e. when specifying large values). If "relative" tolerance is selected, a check is made for how many triangles will be degenerate with that tolerance. If more than 1%, then tolerance is automatically adjusted (internally) to get no more than 1% degenerate triangles. However, "absolute" tolerance is selected, no such check is made, where any triangles falling below the tolerance are collapsed and simplified, even if this results in radical changes to the model, with significant (and visual) mesh reduction. For instance, try converting 42400-IDGH.stl, using absolute tolerance = 0.1. Attribute relative: Specifies how tolerance factor is treated, as absolute distance or distance relative to bounding box diagonal. Attribute value: Specifies spatial tolerance factor used when PRC-HCT compression is used, where smaller is more accurate. Possible values : value : All valid float numbers (default value is "1e-05") relative : "false", "true" (default value is "true")
</PRCTolerance> <NoResourcePRCMode value="false"> Specifies suppression of "_resource" nodes in PRC model tree when enabled. To disable model tree Resource nodes enable this tag using true value. False value enables Resource nodes and it is the default behavior. Note that if NoResource mode is enabled then leaf models will lose transformations (and resulting 3D scene will most likely have incorrect transformations). Possible values : value : "false", "true" (default value is "false")
</NoResourcePRCMode> <U3DQualityFactor value="1.0"> Specifies U3D Quality factor. During conversion of shaded meshes, a mesh reduction, reduced detail representation may be produced. If the quality factor is set to 1.0 (default), no reduction takes place. If less than 1.0, some degree of reduction in detail occurs and the output file size may also be reduced. Please note that is may take the Adobe Reader longer to open documents that have been reduced, and some visible artifact may be present. Note that you may experience non-linear affects of reducing quality factor with respect to output file size. For some meshes, the mesh reduction scrubber may be over aggressive and completely remove smaller features. Also note that this parameter is usefull only for U3D compression format. Possible values : value : All valid float numbers in range (0.0 .. 1.0) (default value is "1.0")
</U3DQualityFactor> <TextureQualityFactor value="0.85"> Specifies Texture Quality factor. This parameter sets the quality factor that must be used while performing the compression of textures. Generally similar to JPEG compression quality as a guideline. Possible values : value : All valid float numbers in range (0.0 .. 1.0) (default value is "0.85")
</TextureQualityFactor> <NormalizeSceneBBox enabled="true" forceTransformateAllMatricesToIndentity="false" maximalAbsoluteCoordinate="100000.0" minimalBoundingBoxDimension="0.001"> Specifies coordinate space normalization method, for large scene extents (geospatial coordinates) Attribute enabled: Enables or disables scene normalization. If a 3D scene contains too many 3D coordinates then it can cause jittering in a 3D PDF Viewer. To avoid this you need to use scene normalization. This procedure will translate and/or scale all big coordinates to prevent jittering in 3D PDF Viewer. Attribute forceTransformateAllMatricesToIndentity: Enables or disables force transformation of all matrices to indentity. If after normalization a 3D scene contains nodes with local matrices in some cases it can cause notable distortion in displayed coordinates. To avoid this you need to recount all nodes coordinates and nulify transformation matrices. This procedure will translate all coordinates to prevent distortions in 3D PDF Viewer. Attribute maximalAbsoluteCoordinate: Specifies maximal absolute allowed coordinate. Specifies maximal absolute allowed coordinate for global 3D scene bounding box and for each model local bouding box. If global 3D scene bouding box is out of this range then global normalization will be applied. If a particular model's bounding box is out of this range then local normalization procedure for this particular model will be applied. Attribute minimalBoundingBoxDimension: Specifies minimal allowed dimension. Specifies minimal allowed dimension of a bounding box for global 3D scene and for each model local bouding box. If global 3D scene bouding box is lesser than this value then global normalization is applied. If a particular model's bounding box is lesser then this value then local normalization procedure for this particular model is applied. Possible values : enabled : "false", "true" (default value is "true") maximalAbsoluteCoordinate : All valid float numbers (default value is "100000.0") minimalBoundingBoxDimension : All valid float numbers (default value is "0.001") forceTransformateAllMatricesToIndentity : "false", "true" (default value is "false")
</NormalizeSceneBBox> <PrepareForConversion mergeExactlySameVertices="true" mergeUnnamedNodesToNamedEmptyParent="false" populateVertexColorsForPointSets="false" populateVertexColorsForPointSetsIfColorsTheSame="false" removeDegeneratedTriangles="true" removeEmptyNodeHierarchies="true" removeUnnamedGroupingNodes="true" removeUnusedVertices="true" synchronizeTriangleVertexOrderWithNormals="false"> Specifies various parameters which will be applied during 3D scene preparation to actual conversion step Attribute mergeExactlySameVertices: Specifies flag to perform merging of connectivity where exactly the same vertex positions are duplicated. Attribute mergeUnnamedNodesToNamedEmptyParent: Specifies a flag for removing empty node hierarchies. Attribute populateVertexColorsForPointSets: Specifies flag for copying diffuse color to point set vertex color. Attribute populateVertexColorsForPointSetsIfColorsTheSame: Specifies flag for copying diffuse color to point set vertex color only if all colors in a point set are the same. If flag works only if populateVertexColorsForPointSets is set and acts as an additional parameter. Attribute removeDegeneratedTriangles: Specifies a flag to perform filter for removing degenerating triangles. Attribute removeEmptyNodeHierarchies: Specifies a flag for removing empty node hierarchies. Attribute removeUnnamedGroupingNodes: Specifies a flag for removing unnamed grouping nodes. Attribute removeUnusedVertices: Specifies flag to remove unused vertices before conversion. Attribute synchronizeTriangleVertexOrderWithNormals: Synchronizes triangle vertex order with normals. This feature is helpfull only for PRC HCT encoding mode. Possible values : removeUnusedVertices : "false", "true" (default value is "true") mergeExactlySameVertices : "false", "true" (default value is "true") removeDegeneratedTriangles : "false", "true" (default value is "true") removeUnnamedGroupingNodes : "false", "true" (default value is "true") removeEmptyNodeHierarchies : "false", "true" (default value is "true") mergeUnnamedNodesToNamedEmptyParent : "false", "true" (default value is "false") synchronizeTriangleVertexOrderWithNormals : "false", "true" (default value is "false") populateVertexColorsForPointSets : "false", "true" (default value is "false") populateVertexColorsForPointSetsIfColorsTheSame : "false", "true" (default value is "false")
<Simplification boundaryWeight="1000.0" enabled="false" onlySubsetPlacement="true" pointWeight="1e-05" rgbWeight="0.01" thresoldLineSegmentsCount="150000" thresoldPointsCount="150000" thresoldTrianglesCount="150000" uvWeight="0.01"> Simplification is the process of reduction of total triangle count whenever possible, preserving features of the model. Attribute boundaryWeight: Weight for boundary faces (face with only one adjacent simplex) in the simplification error measure. The high default value has the normally desireable effect of preserving details at boundary faces where possible. When simplex is triangle - face is edge, when line segment - face is endpoint. Attribute enabled: Enables scene simplification process. Simplification is the process of reduction of total triangle and line segment count whenever possible, preserving features of the model. Simplified models may increase interactive performance speed, and reduce storage requirements for output file. Each model node, mesh is simplifed individually, the total number of nodes remains unchanged, unless some very small node has all triangles or line segments removed. The simplification process preserves boundary edges for overall shape, processes non-manifold mesh topology, and includes attribute preserving methods (color or texture). Processing of TriangleSets, LineSegmentSets and PointSets is supported. Attribute onlySubsetPlacement: Select simplified model vertex only from existing vertex positions. Default method (when OFF) computes optimal new vertex position, with less distortion error. Attribute pointWeight: Weight for point positions in simplification error measure. For well-conditioned models simplification process is driven by model planes formed by it's triangles (or by model lines formed by it's line segments), and such small default value for position weight does not affect overall process much. However, for degenerate models, like ones with all points lie on same plane or line, even small contribution from point positions improves overall robustness. This weight is not used during simplification of PointSets. Attribute rgbWeight: Weight of significance for Color RGB values in multi-dimensional simplification space. Weight 1.0 means that RGB error vector with magnitude 1.0 equivalent to XYZ error vector with magnitude of scene diagonal. This measure is used only where vertex RGB color values are present on the model. Attribute thresoldLineSegmentsCount: Specifies approximate line segment count of the simplified model. For single-model scenes, this is the exact threshold for output line segment count. For multi-model scenes, it is approximate threshold. Per-model Line Segment Count Threshold is calculated based on this parameter, average line segments per model diagonal, and total line segment count. Attribute thresoldPointsCount: Specifies approximate point count of simplified PointSet model. For single-model scenes, this is exact threshold for output points count. For multi-model scenes, it is approximate threshold. Per-model Point Count Threshold is calculated based on this parameter, average points per model diagonal, and total line segment count. Attribute thresoldTrianglesCount: Specifies approximate triangle count of the simplified model. For single-model scenes, this is the exact threshold for the output triangle count. For multi-model scenes, it is the approximate threshold. Per-model Triangle Count Threshold is calculated basing on this parameter, average triangles per model diagonal, and total triangles count. Attribute uvWeight: Weight of significance for Texture UV parameters in multi-dimensional simplification space. Weight 1.0 means that UV error vector with magnitude 1.0 equivalent to XYZ error vector with magnitude of scene diagonal. Note this is a measure based on the texture coordinate mapping, not the actual texture image color. This measure is applied only when Texture UV coordinates are present on the model. Possible values : enabled : "false", "true" (default value is "false") thresoldTrianglesCount : All valid integer numbers (default value is "150000") thresoldLineSegmentsCount : All valid integer numbers (default value is "150000") thresoldPointsCount : All valid integer numbers (default value is "150000") onlySubsetPlacement : "false", "true" (default value is "true") boundaryWeight : All valid float numbers (default value is "1000.0") pointWeight : All valid float numbers (default value is "1e-05") uvWeight : All valid float numbers (default value is "0.01") rgbWeight : All valid float numbers (default value is "0.01")
</Simplification> </PrepareForConversion> <PostProcessingNames> Specifies model names which will be replaced during 3D scene preparation to actual conversion step. "Triangles", "LineSets", "PointSets" values are set as default, just need to specify to enable such processing. Where automatically generated mesh node names may be specified by string matching, "Triangles", "LineSets", "PointSets", such that any node with a name starting with these are renamed to their immediate parent node name. If node names originally have numerical suffix, this is ignored and new numerical suffixes may be added it required to avoid duplicate node names. Name patterns should not include any wildcard characters such as "*". Matching occurs from the start only, not from an arbitrary substring position. Example: cube: 1 +> Triangles_Instance1 +> Triangles_Instance2 +> Triangles_Instance3 will be renamed to cube: 1 +> cube +> cube_Instance1 +> cube_Instance2 however... cube: 1 +> Triangles_Instance1 will be renamed to cube: 1 +> cube
<Names> <NodeName value=""> </NodeName> </Names> </PostProcessingNames> <ModelUnitType value="ModelUnit_is_NotDefined"> Specifies model unit coordinate type, shown in various annotations Attribute value: Specifies model 3D coordinate unit type. Possible values : value : default value is "ModelUnit_is_NotDefined" "ModelUnit_is_NotDefined": 1 model unit = 1 model unit. "ModelUnit_is_mm": 1 model unit = 1 millimeter. "ModelUnit_is_cm": 1 model unit = 1 centimeter. "ModelUnit_is_inch": 1 model unit = 1 inch (0.0254 meter). "ModelUnit_is_meter": 1 model unit = 1 meter. "ModelUnit_is_km": 1 model unit = 1 kilometer. "ModelUnit_is_pica": 1 model unit = 1 Postscript pica (0.004233333333 meter). "ModelUnit_is_point": 1 model unit = 1 Postscript point (0.0003527777778 meter). "ModelUnit_is_foot": 1 model unit = 1 foot (0.3048 meter). "ModelUnit_is_yard": 1 model unit = 1 yard (0.9144 meter). "ModelUnit_is_mile": 1 model unit = 1 mile (1609.344 meter).
<GeoOutputCS gcs="WGS_84_epsg_4326" geoRegistration2DMethod="ISO" system="Automatic" utmBand="NorthHemisphere" utmZone="0"> Specifies output geospatial (or non-geospatial) coordinate system and its type. Attribute gcs: Specifies output geodetic coordinate system (by EPSG registry code). This parameter is used only when 'system' parameter specifies geodetic coordinate system. Attribute geoRegistration2DMethod: Specifies geo-registration method for flat (2D) PDF maps. Note that this parameter is used only when resulting document will be saved as a flat PDF map (not a 3D document!). Attribute system: Specifies type of output coordinate system. The automatic detection algorithm is the following: 1) If some input assembly does not contain any information about an input geospatial coordinate system then an output coordinate system will be selected as generic cartesian (XYZ, non-geospatial). 2) If all input assemblies contain information about an input geospatial coordinate system then: a) Program tries to use a particular UTM zone projection. It checks if is entire scene inside a particular UTM zone. Also UPS projection could be selected here, if entire scene is inside one polar region. b) If the resulting (merged) scene is outside of one UTM/UPS zone then geodetic coordinate system (WGS84, latitude and longitude) will be used. This geospatial coordinate system should be used for saving scenes as 3D geospatial scenes (3D PDF or any other supported 3D format) only. This coordinate system should NOT be used for saving scenes as flat 2D PDF maps! This is because flat PDF maps support only projected (planar) coordinate systems. Historically cartographers have tried to address the challenge of representing the curved surface of the Earth on a map plane, and to this end have devised map projections. They did not have 3D renders available to them. Note that you can specify to use geodetic coordinate system in the resulting 3D PDF file, in fact geocentric (ECEF, relative to center of the Earth) coordinate system will be used inside the 3D scene. This geospatial coordinate system is appropriate for saving scenes as flat PDF maps and 3D geospatial scenes (3D PDF). Attribute utmBand: Specifies North/South Pole or normal UTM Northern/Southern Hemisphere projection. Note that this parameter is used only when the 'system' parameter specifies a UTM/UPS (geospatial) coordinate system. Attribute utmZone: Specifies UTM zone for output UTM/UPS (geospatial) coordinate system. Note that this parameter is used only when the 'system' parameter specifies a UTM/UPS (geospatial) coordinate system. Possible values : system : default value is "Automatic" "None": Specifies the use of generic cartesian (XYZ, non-geospatial) output coordinate system. "Automatic": Use of automatic detection of output coordinate system. "ECEF": Specifies geodetic output coordinate system. "UTM/UPS": Specifies projected (UTM or UPS projection) output coordinate system. gcs : default value is "WGS_84_epsg_4326" "Undefined" "HD1909_epsg_3819" "TWD67_epsg_3821" "TWD97_epsg_3824" "IGRS_epsg_3889" "MGI_1901_epsg_3906" "Unknown_datum_based_upon_the_Airy_1830_ellipsoid_epsg_4001" "Unknown_datum_based_upon_the_Airy_Modified_1849_ellipsoid_epsg_4002" "Unknown_datum_based_upon_the_Australian_National_Spheroid_epsg_4003" "Unknown_datum_based_upon_the_Bessel_1841_ellipsoid_epsg_4004" "Unknown_datum_based_upon_the_Bessel_Modified_ellipsoid_epsg_4005" "Unknown_datum_based_upon_the_Bessel_Namibia_ellipsoid_epsg_4006" "Unknown_datum_based_upon_the_Clarke_1858_ellipsoid_epsg_4007" "Unknown_datum_based_upon_the_Clarke_1866_ellipsoid_epsg_4008" "Unknown_datum_based_upon_the_Clarke_1866_Michigan_ellipsoid_epsg_4009" "Unknown_datum_based_upon_the_Clarke_1880_Benoit_ellipsoid_epsg_4010" "Unknown_datum_based_upon_the_Clarke_1880_IGN_ellipsoid_epsg_4011" "Unknown_datum_based_upon_the_Clarke_1880_RGS_ellipsoid_epsg_4012" "Unknown_datum_based_upon_the_Clarke_1880_Arc_ellipsoid_epsg_4013" "Unknown_datum_based_upon_the_Clarke_1880_SGA_1922_ellipsoid_epsg_4014" "Unknown_datum_based_upon_the_Everest_1830_1937_Adjustment_ellipsoid_epsg_4015" "Unknown_datum_based_upon_the_Everest_1830_1967_Definition_ellipsoid_epsg_4016" "Unknown_datum_based_upon_the_Everest_1830_Modified_ellipsoid_epsg_4018" "Unknown_datum_based_upon_the_GRS_1980_ellipsoid_epsg_4019" "Unknown_datum_based_upon_the_Helmert_1906_ellipsoid_epsg_4020" "Unknown_datum_based_upon_the_Indonesian_National_Spheroid_epsg_4021" "Unknown_datum_based_upon_the_International_1924_ellipsoid_epsg_4022" "MOLDREF99_epsg_4023" "Unknown_datum_based_upon_the_Krassowsky_1940_ellipsoid_epsg_4024" "Unknown_datum_based_upon_the_NWL_9D_ellipsoid_epsg_4025" "Unknown_datum_based_upon_the_Plessis_1817_ellipsoid_epsg_4027" "Unknown_datum_based_upon_the_Struve_1860_ellipsoid_epsg_4028" "Unknown_datum_based_upon_the_War_Office_ellipsoid_epsg_4029" "Unknown_datum_based_upon_the_WGS_84_ellipsoid_epsg_4030" "Unknown_datum_based_upon_the_GEM_10C_ellipsoid_epsg_4031" "Unknown_datum_based_upon_the_OSU86F_ellipsoid_epsg_4032" "Unknown_datum_based_upon_the_OSU91A_ellipsoid_epsg_4033" "Unknown_datum_based_upon_the_Clarke_1880_ellipsoid_epsg_4034" "Unknown_datum_based_upon_the_Authalic_Sphere_epsg_4035" "Unknown_datum_based_upon_the_GRS_1967_ellipsoid_epsg_4036" "Unknown_datum_based_upon_the_Average_Terrestrial_System_1977_ellipsoid_epsg_4041" "Unknown_datum_based_upon_the_Everest_1830_Definition_ellipsoid_epsg_4042" "Unknown_datum_based_upon_the_WGS_72_ellipsoid_epsg_4043" "Unknown_datum_based_upon_the_Everest_1830_1962_Definition_ellipsoid_epsg_4044" "Unknown_datum_based_upon_the_Everest_1830_1975_Definition_ellipsoid_epsg_4045" "RGRDC_2005_epsg_4046" "Unspecified_datum_based_upon_the_GRS_1980_Authalic_Sphere_epsg_4047" "Unspecified_datum_based_upon_the_Clarke_1866_Authalic_Sphere_epsg_4052" "Unspecified_datum_based_upon_the_International_1924_Authalic_Sphere_epsg_4053" "Unspecified_datum_based_upon_the_Hughes_1980_ellipsoid_epsg_4054" "Popular_Visualisation_CRS_epsg_4055" "SREF98_epsg_4075" "REGCAN95_epsg_4081" "Greek_epsg_4120" "GGRS87_epsg_4121" "ATS77_epsg_4122" "KKJ_epsg_4123" "RT90_epsg_4124" "Samboja_epsg_4125" "LKS94_ETRS89_epsg_4126" "Tete_epsg_4127" "Madzansua_epsg_4128" "Observatario_epsg_4129" "Moznet_epsg_4130" "Indian_1960_epsg_4131" "FD58_epsg_4132" "EST92_epsg_4133" "PSD93_epsg_4134" "Old_Hawaiian_epsg_4135" "St_Lawrence_Island_epsg_4136" "St_Paul_Island_epsg_4137" "St_George_Island_epsg_4138" "Puerto_Rico_epsg_4139" "NAD83CSRS98_epsg_4140" "Israel_epsg_4141" "Locodjo_1965_epsg_4142" "Abidjan_1987_epsg_4143" "Kalianpur_1937_epsg_4144" "Kalianpur_1962_epsg_4145" "Kalianpur_1975_epsg_4146" "Hanoi_1972_epsg_4147" "Hartebeesthoek94_epsg_4148" "CH1903_epsg_4149" "CH1903_epsg_4150" "CHTRF95_epsg_4151" "NAD83HARN_epsg_4152" "Rassadiran_epsg_4153" "ED50ED77_epsg_4154" "Dabola_1981_epsg_4155" "SJTSK_epsg_4156" "Mount_Dillon_epsg_4157" "Naparima_1955_epsg_4158" "ELD79_epsg_4159" "Chos_Malal_1914_epsg_4160" "Pampa_del_Castillo_epsg_4161" "Korean_1985_epsg_4162" "Yemen_NGN96_epsg_4163" "South_Yemen_epsg_4164" "Bissau_epsg_4165" "Korean_1995_epsg_4166" "NZGD2000_epsg_4167" "Accra_epsg_4168" "American_Samoa_1962_epsg_4169" "SIRGAS_1995_epsg_4170" "RGF93_epsg_4171" "POSGAR_epsg_4172" "IRENET95_epsg_4173" "Sierra_Leone_1924_epsg_4174" "Sierra_Leone_1968_epsg_4175" "Australian_Antarctic_epsg_4176" "Pulkovo_194283_epsg_4178" "Pulkovo_194258_epsg_4179" "EST97_epsg_4180" "Luxembourg_1930_epsg_4181" "Azores_Occidental_1939_epsg_4182" "Azores_Central_1948_epsg_4183" "Azores_Oriental_1940_epsg_4184" "Madeira_1936_epsg_4185" "OSNI_1952_epsg_4188" "REGVEN_epsg_4189" "POSGAR_98_epsg_4190" "Albanian_1987_epsg_4191" "Douala_1948_epsg_4192" "Manoca_1962_epsg_4193" "Qornoq_1927_epsg_4194" "Scoresbysund_1952_epsg_4195" "Ammassalik_1958_epsg_4196" "Garoua_epsg_4197" "Kousseri_epsg_4198" "Egypt_1930_epsg_4199" "Pulkovo_1995_epsg_4200" "Adindan_epsg_4201" "AGD66_epsg_4202" "AGD84_epsg_4203" "Ain_el_Abd_epsg_4204" "Afgooye_epsg_4205" "Agadez_epsg_4206" "Lisbon_epsg_4207" "Aratu_epsg_4208" "Arc_1950_epsg_4209" "Arc_1960_epsg_4210" "Batavia_epsg_4211" "Barbados_1938_epsg_4212" "Beduaram_epsg_4213" "Beijing_1954_epsg_4214" "Belge_1950_epsg_4215" "Bermuda_1957_epsg_4216" "Bogota_1975_epsg_4218" "Bukit_Rimpah_epsg_4219" "Camacupa_epsg_4220" "Campo_Inchauspe_epsg_4221" "Cape_epsg_4222" "Carthage_epsg_4223" "Chua_epsg_4224" "Corrego_Alegre_197072_epsg_4225" "Cote_dIvoire_epsg_4226" "Deir_ez_Zor_epsg_4227" "Douala_epsg_4228" "Egypt_1907_epsg_4229" "ED50_epsg_4230" "ED87_epsg_4231" "Fahud_epsg_4232" "Gandajika_1970_epsg_4233" "Garoua_epsg_4234" "Guyane_Francaise_epsg_4235" "Hu_Tzu_Shan_1950_epsg_4236" "HD72_epsg_4237" "ID74_epsg_4238" "Indian_1954_epsg_4239" "Indian_1975_epsg_4240" "Jamaica_1875_epsg_4241" "JAD69_epsg_4242" "Kalianpur_1880_epsg_4243" "Kandawala_epsg_4244" "Kertau_1968_epsg_4245" "KOC_epsg_4246" "La_Canoa_epsg_4247" "PSAD56_epsg_4248" "Lake_epsg_4249" "Leigon_epsg_4250" "Liberia_1964_epsg_4251" "Lome_epsg_4252" "Luzon_1911_epsg_4253" "Hito_XVIII_1963_epsg_4254" "Herat_North_epsg_4255" "Mahe_1971_epsg_4256" "Makassar_epsg_4257" "ETRS89_epsg_4258" "Malongo_1987_epsg_4259" "Manoca_epsg_4260" "Merchich_epsg_4261" "Massawa_epsg_4262" "Minna_epsg_4263" "Mhast_epsg_4264" "Monte_Mario_epsg_4265" "Mporaloko_epsg_4266" "NAD27_epsg_4267" "NAD27_Michigan_epsg_4268" "NAD83_epsg_4269" "Nahrwan_1967_epsg_4270" "Naparima_1972_epsg_4271" "NZGD49_epsg_4272" "NGO_1948_epsg_4273" "Datum_73_epsg_4274" "NTF_epsg_4275" "NSWC_9Z2_epsg_4276" "OSGB_1936_epsg_4277" "OSGB70_epsg_4278" "OSSN80_epsg_4279" "Padang_epsg_4280" "Palestine_1923_epsg_4281" "Pointe_Noire_epsg_4282" "GDA94_epsg_4283" "Pulkovo_1942_epsg_4284" "Qatar_1974_epsg_4285" "Qatar_1948_epsg_4286" "Qornoq_epsg_4287" "Loma_Quintana_epsg_4288" "Amersfoort_epsg_4289" "SAD69_epsg_4291" "Sapper_Hill_1943_epsg_4292" "Schwarzeck_epsg_4293" "Segora_epsg_4294" "Serindung_epsg_4295" "Sudan_epsg_4296" "Tananarive_epsg_4297" "Timbalai_1948_epsg_4298" "TM65_epsg_4299" "TM75_epsg_4300" "Tokyo_epsg_4301" "Trinidad_1903_epsg_4302" "TC1948_epsg_4303" "Voirol_1875_epsg_4304" "Bern_1938_epsg_4306" "Nord_Sahara_1959_epsg_4307" "RT38_epsg_4308" "Yacare_epsg_4309" "Yoff_epsg_4310" "Zanderij_epsg_4311" "MGI_epsg_4312" "Belge_1972_epsg_4313" "DHDN_epsg_4314" "Conakry_1905_epsg_4315" "Dealul_Piscului_1930_epsg_4316" "Dealul_Piscului_1970_epsg_4317" "NGN_epsg_4318" "KUDAMS_epsg_4319" "WGS_72_epsg_4322" "WGS_72BE_epsg_4324" "WGS_84_epsg_4326" "RGSPM06_epsg_4463" "RGM04_epsg_4470" "Cadastre_1997_epsg_4475" "Mexican_Datum_of_1993_epsg_4483" "China_Geodetic_Coordinate_System_2000_epsg_4490" "New_Beijing_epsg_4555" "RRAF_1991_epsg_4558" "Anguilla_1957_epsg_4600" "Antigua_1943_epsg_4601" "Dominica_1945_epsg_4602" "Grenada_1953_epsg_4603" "Montserrat_1958_epsg_4604" "St_Kitts_1955_epsg_4605" "St_Lucia_1955_epsg_4606" "St_Vincent_1945_epsg_4607" "NAD2776_epsg_4608" "NAD27CGQ77_epsg_4609" "Xian_1980_epsg_4610" "Hong_Kong_1980_epsg_4611" "JGD2000_epsg_4612" "Segara_epsg_4613" "QND95_epsg_4614" "Porto_Santo_epsg_4615" "Selvagem_Grande_epsg_4616" "NAD83CSRS_epsg_4617" "SAD69_epsg_4618" "SWEREF99_epsg_4619" "Point_58_epsg_4620" "Fort_Marigot_epsg_4621" "Guadeloupe_1948_epsg_4622" "CSG67_epsg_4623" "RGFG95_epsg_4624" "Martinique_1938_epsg_4625" "Reunion_1947_epsg_4626" "RGR92_epsg_4627" "Tahiti_52_epsg_4628" "Tahaa_54_epsg_4629" "IGN72_Nuku_Hiva_epsg_4630" "K0_1949_epsg_4631" "Combani_1950_epsg_4632" "IGN56_Lifou_epsg_4633" "IGN72_Grand_Terre_epsg_4634" "ST87_Ouvea_epsg_4635" "Petrels_1972_epsg_4636" "Perroud_1950_epsg_4637" "Saint_Pierre_et_Miquelon_1950_epsg_4638" "MOP78_epsg_4639" "RRAF_1991_epsg_4640" "IGN53_Mare_epsg_4641" "ST84_Ile_des_Pins_epsg_4642" "ST71_Belep_epsg_4643" "NEA74_Noumea_epsg_4644" "RGNC_1991_epsg_4645" "Grand_Comoros_epsg_4646" "Reykjavik_1900_epsg_4657" "Hjorsey_1955_epsg_4658" "ISN93_epsg_4659" "Helle_1954_epsg_4660" "LKS92_epsg_4661" "IGN72_Grande_Terre_epsg_4662" "Porto_Santo_1995_epsg_4663" "Azores_Oriental_1995_epsg_4664" "Azores_Central_1995_epsg_4665" "Lisbon_1890_epsg_4666" "IKBD92_epsg_4667" "ED79_epsg_4668" "LKS94_epsg_4669" "IGM95_epsg_4670" "Voirol_1879_epsg_4671" "Chatham_Islands_1971_epsg_4672" "Chatham_Islands_1979_epsg_4673" "SIRGAS_2000_epsg_4674" "Guam_1963_epsg_4675" "Vientiane_1982_epsg_4676" "Lao_1993_epsg_4677" "Lao_1997_epsg_4678" "Jouik_1961_epsg_4679" "Nouakchott_1965_epsg_4680" "Mauritania_1999_epsg_4681" "Gulshan_303_epsg_4682" "PRS92_epsg_4683" "Gan_1970_epsg_4684" "Gandajika_epsg_4685" "MAGNASIRGAS_epsg_4686" "RGPF_epsg_4687" "Fatu_Iva_72_epsg_4688" "IGN63_Hiva_Oa_epsg_4689" "Tahiti_79_epsg_4690" "Moorea_87_epsg_4691" "Maupiti_83_epsg_4692" "Nakhle_Ghanem_epsg_4693" "POSGAR_94_epsg_4694" "Katanga_1955_epsg_4695" "Kasai_1953_epsg_4696" "IGC_1962_6th_Parallel_South_epsg_4697" "IGN_1962_Kerguelen_epsg_4698" "Le_Pouce_1934_epsg_4699" "IGN_Astro_1960_epsg_4700" "IGCB_1955_epsg_4701" "Mauritania_1999_epsg_4702" "Mhast_1951_epsg_4703" "Mhast_onshore_epsg_4704" "Mhast_offshore_epsg_4705" "Egypt_Gulf_of_Suez_S650_TL_epsg_4706" "Tern_Island_1961_epsg_4707" "Cocos_Islands_1965_epsg_4708" "Iwo_Jima_1945_epsg_4709" "St_Helena_1971_epsg_4710" "Marcus_Island_1952_epsg_4711" "Ascension_Island_1958_epsg_4712" "Ayabelle_Lighthouse_epsg_4713" "Bellevue_epsg_4714" "Camp_Area_Astro_epsg_4715" "Phoenix_Islands_1966_epsg_4716" "Cape_Canaveral_epsg_4717" "Solomon_1968_epsg_4718" "Easter_Island_1967_epsg_4719" "Fiji_1986_epsg_4720" "Fiji_1956_epsg_4721" "South_Georgia_1968_epsg_4722" "Grand_Cayman_1959_epsg_4723" "Diego_Garcia_1969_epsg_4724" "Johnston_Island_1961_epsg_4725" "Little_Cayman_1961_epsg_4726" "Midway_1961_epsg_4727" "Pico_de_las_Nieves_1984_epsg_4728" "Pitcairn_1967_epsg_4729" "Santo_1965_epsg_4730" "Viti_Levu_1916_epsg_4731" "Marshall_Islands_1960_epsg_4732" "Wake_Island_1952_epsg_4733" "Tristan_1968_epsg_4734" "Kusaie_1951_epsg_4735" "Deception_Island_epsg_4736" "Korea_2000_epsg_4737" "Hong_Kong_1963_epsg_4738" "Hong_Kong_196367_epsg_4739" "PZ90_epsg_4740" "FD54_epsg_4741" "GDM2000_epsg_4742" "Karbala_1979_epsg_4743" "Nahrwan_1934_epsg_4744" "RD83_epsg_4745" "PD83_epsg_4746" "GR96_epsg_4747" "Vanua_Levu_1915_epsg_4748" "RGNC9193_epsg_4749" "ST87_Ouvea_epsg_4750" "Kertau_RSO_epsg_4751" "Viti_Levu_1912_epsg_4752" "fk89_epsg_4753" "LGD2006_epsg_4754" "DGN95_epsg_4755" "VN2000_epsg_4756" "SVY21_epsg_4757" "JAD2001_epsg_4758" "NAD83NSRS2007_epsg_4759" "WGS_66_epsg_4760" "HTRS96_epsg_4761" "BDA2000_epsg_4762" "Pitcairn_2006_epsg_4763" "RSRGD2000_epsg_4764" "Slovenia_1996_epsg_4765" "Bern_1898_Bern_epsg_4801" "Bogota_1975_Bogota_epsg_4802" "Lisbon_Lisbon_epsg_4803" "Makassar_Jakarta_epsg_4804" "MGI_Ferro_epsg_4805" "Monte_Mario_Rome_epsg_4806" "NTF_Paris_epsg_4807" "Padang_Jakarta_epsg_4808" "Belge_1950_Brussels_epsg_4809" "Tananarive_Paris_epsg_4810" "Voirol_1875_Paris_epsg_4811" "Batavia_Jakarta_epsg_4813" "RT38_Stockholm_epsg_4814" "Greek_Athens_epsg_4815" "Carthage_Paris_epsg_4816" "NGO_1948_Oslo_epsg_4817" "SJTSK_Ferro_epsg_4818" "Nord_Sahara_1959_Paris_epsg_4819" "Segara_Jakarta_epsg_4820" "Voirol_1879_Paris_epsg_4821" "Sao_Tome_epsg_4823" "Principe_epsg_4824" "ATF_Paris_epsg_4901" "NDG_Paris_epsg_4902" "Madrid_1870_Madrid_epsg_4903" "Lisbon_1890_Lisbon_epsg_4904" "PTRA08_epsg_5013" "Tokyo_1892_epsg_5132" "SJTSK05_epsg_5228" "SJTSK05_Ferro_epsg_5229" "SLD99_epsg_5233" "GDBD2009_epsg_5246" "TUREF_epsg_5252" "DRUKREF_03_epsg_5264" "ISN2004_epsg_5324" "POSGAR_2007_epsg_5340" "MARGEN_epsg_5354" "SIRGASChile_epsg_5360" "CR05_epsg_5365" "MACARIO_SOLIS_epsg_5371" "Peru96_epsg_5373" "SIRGASROU98_epsg_5381" "SIRGAS_ES20078_epsg_5393" "Ocotepeque_1935_epsg_5451" "Sibun_Gorge_1922_epsg_5464" "PanamaColon_1911_epsg_5467" "RGAF09_epsg_5489" "Corrego_Alegre_1961_epsg_5524" "SAD6996_epsg_5527" "PNG94_epsg_5546" utmZone : All valid integer numbers in range (1 .. 60) (default value is "0") utmBand : default value is "NorthHemisphere" "SouthPole": Specifies polar UPS projection mode on South Pole. "SouthHemisphere": Specifies normal UTM projection mode in Southern Hemisphere. "NorthHemisphere": Specifies normal UTM projection mode in Northern Hemisphere. "NorthPole": Specifies polar UPS projection mode on North Pole. geoRegistration2DMethod : default value is "ISO" "ISO": Specifies to use ISO 32000 geo-registration method for flat (2D) PDF maps. "OGC": Specifies to use OGC best practices geo-registration method for flat (2D) PDF maps.
</GeoOutputCS> </ModelUnitType> <MergeMode value="NewOrReplace"> Specifies merge mode when appending, injecting or merging content into an existing PDF When writing out a PDF file, and the output file already exists, you have several options about how the existing file should be treated. In New/Replace mode, the existing file is simply overwritten and replaced with new content. In Prepend mode, a new page is inserted at the start of the document. In Append mode, a new page is created at the end of the document, as a new last page. In both Prepend and Append modes, all existing content still exists in the PDF document file. In "at page" mode, a new page is inserted into the existing document at the specified page. In "replace existing annotation" mode, a new 3D annotation is inserted into the existing document at the specified page by replacing existing one with specified number. In "at placeholder" mode, a new 3D annotation is inserted into the existing document at the placeholder layout taken from keyword XML information. Possible values : value : default value is "NewOrReplace" "NewOrReplace" "Prepend" "Append" "AtPage" "Replace" "Placeholder"
<ReplaceMode value="Number"> Specifies mode for replacing 3D view in the existing document, by page, hash, etc. When writing out a PDF file, at using replace existing annotation merge mode, you have several options about how the existing annotation will be searched. In Hash mode, all documents 3D annotation's data are compared to supplied hash and first annotation to pass this check will be replaced. In HashAt mode, only annotations at specified page are compared to hash. In Number mode, replaced annotations is specified by page number and number of annotaion on page. Attribute value: Specifies one of several replacement modes when injecting into existing PDF. Possible values : value : default value is "Number" "Hash" "HashAt" "Number"
</ReplaceMode> <AnnotationNumber value="1"> Specifies Annotation number. Used when replacing an existing annotation, replacing 3D view content in the existing PDF document. Possible values are all positive integer numbers. Possible values : value : All valid integer numbers (default value is "1")
</AnnotationNumber> <AnnotationHash value="d51b529eeb60f4ff9fe4139c10233718"> Specifies Annotation Hash value. Used when replacing existing annotation, replacing a 3D view in the existing PDF document.
</AnnotationHash> </MergeMode> <PageNumber value="-1"> Specifies page number. Used in "at page" and "replace existing annotation" modes for injecting 3D view into an existing document. Possible values are: for "at page" mode - all positive integer numbers and -1 value; for "replace existing annotation" mode - all positive integer numbers. Possible values : value : All valid integer numbers (default value is "-1")
</PageNumber> <OnExistingPage value="false"> Specifies "On existing page" flag. By default with this option off, a new page is added or inserted into the existing document. When this option is enabled, no new page is added. Instead, the 3D view is placed within an existing page, as specified by the above "Page Number" option. Merge "at page" must also be selected. Possible values : value : "false", "true" (default value is "false")
</OnExistingPage> <PageUnit value="pts"> Specifies page size and margin units (points, inches, mm) Attribute value: Specifies a PDF 2D page unit. Possible values : value : default value is "pts" "mm": 1 unit = 1 millimeter. "inch": 1 unit = 1 inch (25.4 millimeter). "pts": 1 unit = 1 Postscript point (0.3527777778 millimeter).
</PageUnit> <PageSize format="Custom" height="842" landscape="false" width="595"> Specifies page width and page height. PDF page layout parameters. These control the page size by width and height. The 3D scene viewport is placed on the page controlled by the four margin parameters. All layout parameters are specified in units of typesetting "point", or "pt". A pt unit is 1/72 inches, or 0.35277mm. Accordingly, A4 page size is 595 x 842 pts, while Letter format is 612 x 792 pts. Attribute format: Specifies a PDF 2D page format. Attribute landscape: Specifies a landscape mode for the current PDF 2D page. Possible values : width : All valid float numbers (default value is "595") height : All valid float numbers (default value is "842") format : default value is "Custom" "A4" "B5" "Letter" "Legal" "Executive" "A0" "A1" "A2" "A3" "A5" "A6" "A7" "A8" "A9" "A10" "B0" "B1" "B10" "B2" "B3" "B4" "B6" "B7" "B8" "B9" "C5E" "Comm10E" "DLE" "Folio" "Ledger" "Tabloid" "PowerPoint" "Imperial" "QuadElephant" "Stockwell" "Origami" "Foolscap" "A3plus" "C0" "C1" "C2" "C3" "C4" "C5" "C6" "C7" "C8" "C9" "C10" "JB3" "JB4" "Custom" landscape : "false", "true" (default value is "false")
</PageSize> <Margins adjustBottomMarginForControls="true" bottom="50.0" left="50.0" right="50.0" top="50.0"> Specifies margin parameters. PDF page layout parameters. These control the page size by width and height. The 3D scene viewport is placed on the page controlled by the four margin parameters. All layout parameters are specified in units of typesetting "point", or "pt". A pt unit is 1/72 inches, or 0.35277mm. Accordingly, A4 page size is 595 x 842 pts, while Letter format is 612 x 792 pts. Attribute adjustBottomMarginForControls: Adjusts the botom margin for the possible addition of user controls. Attribute bottom: Specify BOTTOM margin from edge of PDF page. Attribute left: Specify LEFT margin from edge of PDF page. Attribute right: Specify RIGHT margin from edge of PDF page. Attribute top: Specify TOP margin from edge of PDF page. Possible values : left : All valid float numbers (default value is "50.0") top : All valid float numbers (default value is "50.0") right : All valid float numbers (default value is "50.0") bottom : All valid float numbers (default value is "50.0") adjustBottomMarginForControls : "false", "true" (default value is "true")
<LegendRect visible="true"> Specifies rectangle area for a legend If these parameters are not specified then the default position and the size for legend bar will be used, and 3D annotation right margin will be adjusted. If legend bar rectangle coordinates are specified then the 3D annotation margins will be untouched. Attribute visible: Specifies visibility for legend Possible values : visible : "false", "true" (default value is "true")
<Position bottom="80.0" left="200.0"> Specifies a 2D position. Possible values : left : All valid float numbers (default value is "200.0") bottom : All valid float numbers (default value is "80.0")
</Position> <Size height="330.0" width="100.0"> Specifies a size. Possible values : width : All valid float numbers (default value is "100.0") height : All valid float numbers (default value is "330.0")
</Size> </LegendRect> </Margins> <TitleString alignment="HCenter Top" bold="false" fontFamily="Arial" fontFile="" fontSize="24.0" italic="false" underline="false" value=""> Specifies title string annotation over 3D view. Attribute alignment: Specifies the caption alignment use while printing the caption. If AlignTop is used, then the caption is printed above the 3D Viewport. If AlignBottom or AlignVCenter is used then the caption is printed below the 3D viewport. AlignLeft, AlignRight, AlignHCenter and AlignJustify is used to horizontally align the caption text. By default an alignment of \c AlignCenter|AlignTop is used. Attribute bold: This parameter specifies the bold property of the font. Attribute fontFamily: This parameter specifies a font family for title string printing. Possible values are all valid font families. Attribute fontFile: This parameter specifies a font from the external file name. This font will be used during title string printing. Attribute fontSize: Specify font sise. Attribute italic: This parameter specifies the italic property of the font. Attribute underline: This parameter specifies the underline property of the font. Attribute value: Title text string to be formatted as a title over main 3D scene This string bold, large, centered over top of the 3D view. Possible values : fontSize : All valid float numbers (default value is "24.0") alignment : default value is "HCenter Top" "Left" "Right" "HCenter" "Justify" "Top" "Bottom" "VCenter" "HVCenter" bold : "false", "true" (default value is "false") italic : "false", "true" (default value is "false") underline : "false", "true" (default value is "false")
<Color alpha="0" blue="0" green="0" red="0"> Specifies the color of the text for the title string Attribute alpha: Specifies color's "alpha" component Attribute blue: Specifies color's "blue" component Attribute green: Specifies color's "green" component Attribute red: Specifies color's "red" component Possible values : red : All valid integer numbers (default value is "0") green : All valid integer numbers (default value is "0") blue : All valid integer numbers (default value is "0") alpha : All valid integer numbers (default value is "0")
</Color> </TitleString> <CaptionBox alignment="HCenter Top" bold="false" fontFamily="Times New Roman" fontFile="" fontSize="24.0" italic="false" underline="false" value=""> Specifies caption box string, paragraph under 3D view with line border. Attribute alignment: Specifies the caption alignment use while printing the caption. If AlignTop is used, then the caption is printed above the 3D Viewport. If AlignBottom or AlignVCenter is used then the caption is printed below the 3D viewport. AlignLeft, AlignRight, AlignHCenter and AlignJustify is used to horizontally align the caption text. By default an alignment of \c AlignCenter|AlignTop is used. Attribute bold: This parameter specifies the bold property of the font. Attribute fontFamily: This parameter specifies a font family for title string printing. Possible values are all valid font families. Attribute fontFile: This parameter specifies a font from the external file name. This font will be used during title string printing. Attribute fontSize: Specify font sise. Attribute italic: This parameter specifies the italic property of the font. Attribute underline: This parameter specifies the underline property of the font. Attribute value: Title text string to be formatted as a title over main 3D scene This string bold, large, centered over top of the 3D view. Possible values : fontSize : All valid float numbers (default value is "24.0") alignment : default value is "HCenter Top" "Left" "Right" "HCenter" "Justify" "Top" "Bottom" "VCenter" "HVCenter" bold : "false", "true" (default value is "false") italic : "false", "true" (default value is "false") underline : "false", "true" (default value is "false")
<Color alpha="0" blue="0" green="0" red="0"> Specifies the color of the text for the title string Attribute alpha: Specifies color's "alpha" component Attribute blue: Specifies color's "blue" component Attribute green: Specifies color's "green" component Attribute red: Specifies color's "red" component Possible values : red : All valid integer numbers (default value is "0") green : All valid integer numbers (default value is "0") blue : All valid integer numbers (default value is "0") alpha : All valid integer numbers (default value is "0")
</Color> </CaptionBox> <ShowToolBar value="true"> Specifies toolbar visibility. Possible values : value : "false", "true" (default value is "true")
</ShowToolBar> <ShowUserInterface value="false"> Specifies model tree control visiblity. Possible values : value : "false", "true" (default value is "false")
</ShowUserInterface> <PDF3DSceneOptions lightingScheme="CAD" lockRenderMode="false" renderMode="Solid"> Specifies quick options to configure the scene in the exported PDF file. Attribute lightingScheme: Specifies the visual lighting style as default when first shown. Specifies the visual lighting style shown when PDF is shown, such as CAD. First entry loads custom lights from file, if available. Attribute lockRenderMode: Locks render mode to value preset at PDF generation time. Forces display in the same render mode as specified at creation time, i.e. locks in render mode representation, and disables user ability to change it during Adobe Reader session. This can be used to hide underlying mesh wireframe. Attribute renderMode: Specifies the visual rendering mode style as default when first shown. Specifies the visual rendering mode style setting when PDF is shown, such as solid, transparent or wireframe. Possible values : renderMode : default value is "Solid" "Solid" "SolidWireframe" "Transparent" "TransparentWireframe" "BoundingBox" "TransparentBoundingBox" "TransparentBoundingBoxOutline" "Wireframe" "ShadedWireframe" "HiddenWireframe" "Vertices" "ShadedVertices" "Illustration" "SolidOutline" "ShadedIllustration" lightingScheme : default value is "CAD" "Artwork" "None" "White" "Day" "Night" "Hard" "Primary" "Blue" "Red" "Cube" "CAD" "Headlamp" lockRenderMode : "false", "true" (default value is "false")
</PDF3DSceneOptions> <PosterImage value=""> Specifies poster image.
</PosterImage> <NavigationConstraint value="ConstrainUnset"> Specifies non-default mouse interaction navigation constraints, restricted modes This controls view mouse interaction, such that all or certain types of action are disabled. Once set at PDF generation time, the PDF user cannot change it. Attribute value: Specifies the scene mouse navigation constraints, limiting possible interaction. Specifies the scene mouse navigation constraints, restricting possible mouse interaction techniques. Possible values : value : default value is "ConstrainUnset" "ConstrainUnset": Leaves unset, does not force any value. "ConstrainAllow": Allows all rotation, scale, pan, etc. "ConstrainNoRotate": All rotation disabled, both 2D and 3D. "ConstrainNoPanZoom": All pan and zoom disabled. "ConstrainDisable": All rotate, spin, walk, pan and zoom disabled.
</NavigationConstraint> <DefaultNavigationTool value="UnknownOrDefault"> Specifies default navigation tool, how mouse interacts when scene first opens. Specifies the default navigation tool, active when PDF is first shown. Specifies the default navigation tool, active when PDF is first shown. Attribute value: Specifies default navigation tool, how mouse interacts when scene first opens. Specifies the default navigation tool, active when PDF is first shown. Possible values : value : default value is "UnknownOrDefault" "UnknownOrDefault" "Fly" "Measure" "Pan" "Rotate" "Spin" "Walk" "Zoom"
</DefaultNavigationTool> <Annotation3DActivation activationMode="OnVisible" deactivationMode="OnInvisible"> Specifies parameters for 3D annotation activation and deactivation. Attribute activationMode: Specifies 3D annotation activation mode. Attribute deactivationMode: Specifies 3D annotation deactivation mode. Possible values : activationMode : default value is "OnVisible" "OnOpen" "OnVisible" "Manual" deactivationMode : default value is "OnInvisible" "OnClose" "OnInvisible" "Manual"
</Annotation3DActivation> <Preview> Specifies preview image for 3D annotation deactivated state.
<Text alignment="Left Top" bottom="0.0" drawBox="false" height="0.0" left="0.0" rotation="0.0" rotationAlignment="Left Top" value="" width="0.0" wordWrap="true"> Specifies simple text for 3D annotation deactivated state. You can specify text position, font properties, such as family name (or font file name instead), font size, bold, italic and underline properties. Note: You can use UTF8 encoding to include Unicode characters. In such a case you need to specify an XML header that has UTF8 encoding and input XML file must has valid UTF8 format. Note: You can use "font" or "family" parameter (please see below) to specify a valid font which supports your extended Unicode characters. Note: Control character sets may cause the conversion and PDF generation to fail. Html or rich text is not currently supported. Descriptions of rest parameters please see below. You can use extended form of "DrawText". You are able to specify additional parameters, such as text alignment, word wrapping. Attribute alignment: This parameter specifies the horizontal and vertical alignments for the text. Attribute bottom: This parameter specifies bottom coordinate of left bottom corner for text position. Attribute drawBox: This parameter specifies that text box would be drawn. Attribute height: This parameter specifies the height of text box. Attribute left: This parameter specifies left coordinate of left bottom corner for text position. Attribute rotation: This parameter specifies the clockwise rotation in degrees. Attribute rotationAlignment: This parameter specifies which corner/center of the text box is the rotation center. Attribute value: This parameter specifies a valid text which would be printed. Possible values are all valid text strings (both ASCII and UTF8, please see remark above). Attribute width: This parameter specifies the width of text box. Attribute wordWrap: This parameter specifies that word wrapping is enabled. Possible values : left : All valid float numbers (default value is "0.0") bottom : All valid float numbers (default value is "0.0") width : All valid float numbers (default value is "0.0") height : All valid float numbers (default value is "0.0") alignment : default value is "Left Top" "Left" "Right" "HCenter" "Justify" "Top" "Bottom" "VCenter" "HVCenter" drawBox : "false", "true" (default value is "false") wordWrap : "false", "true" (default value is "true") rotation : All valid float numbers (default value is "0.0") rotationAlignment : default value is "Left Top" "Left" "Right" "HCenter" "Justify" "Top" "Bottom" "VCenter" "HVCenter"
<Font bold="false" family="Times New Roman" file="" italic="false" size="14.0" underline="false"> Specifies font properties for text printing. Attribute bold: This parameter specifies the bold property of the font. Attribute family: This parameter specifies a font family for text printing. Attribute file: This parameter specifies a font from the external file name. This font will be used during text printing. Attribute italic: This parameter specifies the italic property of the font. Attribute size: This parameter specifies the size of font. Attribute underline: This parameter specifies the underline property of the font. Possible values : size : All valid float numbers (default value is "14.0") bold : "false", "true" (default value is "false") italic : "false", "true" (default value is "false") underline : "false", "true" (default value is "false")
</Font> <Color alpha="255" blue="0" green="0" red="0"> Specifies a color. Attribute alpha: Specifies color's "alpha" component Attribute blue: Specifies color's "blue" component Attribute green: Specifies color's "green" component Attribute red: Specifies color's "red" component Possible values : red : All valid integer numbers (default value is "0") green : All valid integer numbers (default value is "0") blue : All valid integer numbers (default value is "0") alpha : All valid integer numbers (default value is "255")
</Color> </Text> <DrawItem> </DrawItem> <DrawText bottom="0.0" left="0.0" value=""> Specifies a text which would be printed. You can specify text position, font properties, such as family name (or font file name instead), font size, bold, italic and underline properties. Note: You can use UTF8 encoding to include Unicode characters. In such a case you need to specify an XML header that has UTF8 encoding and input XML file must has valid UTF8 format. Note: You can use "font" or "family" parameter (please see below) to specify a valid font which supports your extended Unicode characters. Note: Control character sets may cause the conversion and PDF generation to fail. Html or rich text is not currently supported. Descriptions of rest parameters please see below. Attribute bottom: This parameter specifies bottom coordinate of left bottom corner for text position. Attribute left: This parameter specifies left coordinate of left bottom corner for text position. Attribute value: This parameter specifies a valid text which would be printed. Possible values are all valid text strings (both ASCII and UTF8, please see remark above). Possible values : left : All valid float numbers (default value is "0.0") bottom : All valid float numbers (default value is "0.0")
<Font bold="false" family="Times New Roman" file="" italic="false" size="14.0" underline="false"> Specifies font properties for text printing. Attribute bold: This parameter specifies the bold property of the font. Attribute family: This parameter specifies a font family for text printing. Attribute file: This parameter specifies a font from the external file name. This font will be used during text printing. Attribute italic: This parameter specifies the italic property of the font. Attribute size: This parameter specifies the size of font. Attribute underline: This parameter specifies the underline property of the font. Possible values : size : All valid float numbers (default value is "14.0") bold : "false", "true" (default value is "false") italic : "false", "true" (default value is "false") underline : "false", "true" (default value is "false")
</Font> <Color alpha="255" blue="0" green="0" red="0"> Specifies a color. Attribute alpha: Specifies color's "alpha" component Attribute blue: Specifies color's "blue" component Attribute green: Specifies color's "green" component Attribute red: Specifies color's "red" component Possible values : red : All valid integer numbers (default value is "0") green : All valid integer numbers (default value is "0") blue : All valid integer numbers (default value is "0") alpha : All valid integer numbers (default value is "255")
</Color> </DrawText> <DrawTextRect alignment="Left Top" bottom="0.0" drawBox="false" height="0.0" left="0.0" rotation="0.0" rotationAlignment="Left Top" value="" width="0.0" wordWrap="true"> Specifies a text in a given rectangle. You can specify text position, font properties, such as family name (or font file name instead), font size, bold, italic and underline properties. Note: You can use UTF8 encoding to include Unicode characters. In such a case you need to specify an XML header that has UTF8 encoding and input XML file must has valid UTF8 format. Note: You can use "font" or "family" parameter (please see below) to specify a valid font which supports your extended Unicode characters. Note: Control character sets may cause the conversion and PDF generation to fail. Html or rich text is not currently supported. Descriptions of rest parameters please see below. You can use extended form of "DrawText". You are able to specify additional parameters, such as text alignment, word wrapping. Attribute alignment: This parameter specifies the horizontal and vertical alignments for the text. Attribute bottom: This parameter specifies bottom coordinate of left bottom corner for text position. Attribute drawBox: This parameter specifies that text box would be drawn. Attribute height: This parameter specifies the height of text box. Attribute left: This parameter specifies left coordinate of left bottom corner for text position. Attribute rotation: This parameter specifies the clockwise rotation in degrees. Attribute rotationAlignment: This parameter specifies which corner/center of the text box is the rotation center. Attribute value: This parameter specifies a valid text which would be printed. Possible values are all valid text strings (both ASCII and UTF8, please see remark above). Attribute width: This parameter specifies the width of text box. Attribute wordWrap: This parameter specifies that word wrapping is enabled. Possible values : left : All valid float numbers (default value is "0.0") bottom : All valid float numbers (default value is "0.0") width : All valid float numbers (default value is "0.0") height : All valid float numbers (default value is "0.0") alignment : default value is "Left Top" "Left" "Right" "HCenter" "Justify" "Top" "Bottom" "VCenter" "HVCenter" drawBox : "false", "true" (default value is "false") wordWrap : "false", "true" (default value is "true") rotation : All valid float numbers (default value is "0.0") rotationAlignment : default value is "Left Top" "Left" "Right" "HCenter" "Justify" "Top" "Bottom" "VCenter" "HVCenter"
<Font bold="false" family="Times New Roman" file="" italic="false" size="14.0" underline="false"> Specifies font properties for text printing. Attribute bold: This parameter specifies the bold property of the font. Attribute family: This parameter specifies a font family for text printing. Attribute file: This parameter specifies a font from the external file name. This font will be used during text printing. Attribute italic: This parameter specifies the italic property of the font. Attribute size: This parameter specifies the size of font. Attribute underline: This parameter specifies the underline property of the font. Possible values : size : All valid float numbers (default value is "14.0") bold : "false", "true" (default value is "false") italic : "false", "true" (default value is "false") underline : "false", "true" (default value is "false")
</Font> <Color alpha="255" blue="0" green="0" red="0"> Specifies a color. Attribute alpha: Specifies color's "alpha" component Attribute blue: Specifies color's "blue" component Attribute green: Specifies color's "green" component Attribute red: Specifies color's "red" component Possible values : red : All valid integer numbers (default value is "0") green : All valid integer numbers (default value is "0") blue : All valid integer numbers (default value is "0") alpha : All valid integer numbers (default value is "255")
</Color> </DrawTextRect> <DrawImage bottom="0.0" file="" height="50.0" left="0.0" scale="false" width="50.0"> Specifies an image or flash animation (deprecated) which may be drawn on the PDF page. You are able to specify image position using bottom left corner of image. NOTE: Flash is deprecated and not recommended. Adobe no longer supports it and many consider Flash security unsafe. Attribute bottom: This parameter specifies bottom coordinate of left bottom corner for image position. Attribute file: This parameter specifies the image file name. The following file formats are supported: * JPEG * TIFF * PNG * Windows BMP (32-bit bitmaps are not supported) * Flash SWF file, including video, sound, animation (Deprecated) Attribute height: This parameter specifies a new height of image. Please set "scale" to "true" if you change this parameter Attribute left: This parameter specifies left coordinate of left bottom corner for image position. Attribute scale: This parameter specifies the scale media. Please set "true" if you change width/height parameter Attribute width: This parameter specifies a new width of image. Please set "scale" to "true" if you change this parameter Possible values : left : All valid float numbers (default value is "0.0") bottom : All valid float numbers (default value is "0.0") width : All valid float numbers (default value is "50.0") height : All valid float numbers (default value is "50.0") scale : "false", "true" (default value is "false")
</DrawImage> <DrawHyperLink bottom="0.0" left="0.0" text="" url=""> Draw a hyperlink. Draw a text string using the most recent text font settings (or default if no such settings defined), which when clicked links to a URL. Attribute bottom: This parameter specifies the offset from the bottom border of the page. Attribute left: This parameter specifies the offset from the left border of the page. Attribute text: This parameter specifies the text in the document. Attribute url: This parameter specifies the URL. Possible values : left : All valid float numbers (default value is "0.0") bottom : All valid float numbers (default value is "0.0")
</DrawHyperLink> <DrawArc angle1="0.0" angle2="0.0" fill="false" radius="0.0" x="0.0" y="0.0"> Specifies a 2D Path drawing operation for drawing an arc. Possible values : x : All valid float numbers (default value is "0.0") y : All valid float numbers (default value is "0.0") radius : All valid float numbers (default value is "0.0") angle1 : All valid float numbers (default value is "0.0") angle2 : All valid float numbers (default value is "0.0") fill : "false", "true" (default value is "false")
</DrawArc> <DrawRect bottom="0.0" fill="false" height="0.0" left="0.0" width="0.0"> Specifies a 2D Path drawing operation for drawing a rectangle. Possible values : left : All valid float numbers (default value is "0.0") bottom : All valid float numbers (default value is "0.0") width : All valid float numbers (default value is "0.0") height : All valid float numbers (default value is "0.0") fill : "false", "true" (default value is "false")
</DrawRect> <DrawLine x1="0.0" x2="0.0" y1="0.0" y2="0.0"> Specifies a 2D Path drawing operation for drawing a line. Possible values : x1 : All valid float numbers (default value is "0.0") y1 : All valid float numbers (default value is "0.0") x2 : All valid float numbers (default value is "0.0") y2 : All valid float numbers (default value is "0.0")
</DrawLine> <DrawCircle bottom="0.0" fill="false" height="0.0" left="0.0" width="0.0"> Specifies a 2D Path drawing operation for drawing a circle. Possible values : left : All valid float numbers (default value is "0.0") bottom : All valid float numbers (default value is "0.0") width : All valid float numbers (default value is "0.0") height : All valid float numbers (default value is "0.0") fill : "false", "true" (default value is "false")
</DrawCircle> <MoveTo x="0.0" y="0.0"> Specifies a 2D Path drawing operation, moving to a point, creating a new path. Possible values : x : All valid float numbers (default value is "0.0") y : All valid float numbers (default value is "0.0")
</MoveTo> <LineTo x="0.0" y="0.0"> Specifies a 2D Path drawing operation, moving to the next point in the current path. Possible values : x : All valid float numbers (default value is "0.0") y : All valid float numbers (default value is "0.0")
</LineTo> <CubicBezierTo dX1="0.0" dX2="0.0" dX3="0.0" dY1="0.0" dY2="0.0" dY3="0.0"> Specifies a 2D Path drawing operation. Moves to the next point in the current path along a bezier curve. Possible values : dX1 : All valid float numbers (default value is "0.0") dY1 : All valid float numbers (default value is "0.0") dX2 : All valid float numbers (default value is "0.0") dY2 : All valid float numbers (default value is "0.0") dX3 : All valid float numbers (default value is "0.0") dY3 : All valid float numbers (default value is "0.0")
</CubicBezierTo> <Stroke> Specifies a 2D Path drawing operation for stroking (actually drawing) the current path.
</Stroke> <Fill evenOddRule="false"> Specifies a 2D Path drawing operation for filling the current path. Possible values : evenOddRule : "false", "true" (default value is "false")
</Fill> <Clip evenOddRule="false"> Specifies a 2D Path drawing operation for modifying the clipping path by intersecting it with the current path. Possible values : evenOddRule : "false", "true" (default value is "false")
</Clip> <ClosePath> Specifies a 2D Path drawing operation for moving to the beginning point of the current path.
</ClosePath> <SetCurrentColor> Specifies a 2D Path drawing operation for setting the current colour used for drawing.
<Color alpha="255" blue="255" green="255" red="255"> Specifies a color. Attribute alpha: Specifies color's "alpha" component Attribute blue: Specifies color's "blue" component Attribute green: Specifies color's "green" component Attribute red: Specifies color's "red" component Possible values : red : All valid integer numbers (default value is "255") green : All valid integer numbers (default value is "255") blue : All valid integer numbers (default value is "255") alpha : All valid integer numbers (default value is "255")
</Color> </SetCurrentColor> <SetCurrentLineWidth width="0.0"> Specifies a 2D Path drawing operation for setting the line width used for drawing. Possible values : width : All valid float numbers (default value is "0.0")
</SetCurrentLineWidth> <SaveGraphicsState> Saves the current graphics state.
</SaveGraphicsState> <RestoreGraphicsState> Restores the last saved graphics state.
</RestoreGraphicsState> </Preview> <DoubleSidedRendering enabled="true" value="true"> Sets double sided rendering property, so both sides of surfaces are shown. Use this data block to enable/disable double sided rendering. If enabled both front and back faces of each polygon are rendered when viewed in Adobe Reader. This feature works only for Adobe Reader 8.1 or later, but does not produce any error messages in previous versions. Attribute enabled: If true then the double sided rendering property should be set, so that front and back faces are shown. Attribute value: This specifies a new value for double sided rendering property, so that front and back faces are shown. Possible values : enabled : "false", "true" (default value is "true") value : "false", "true" (default value is "true")
</DoubleSidedRendering> <SetTransparentBackground value="false"> Specifies the transparent background flag. This function transparency flag for 3D view background, such that any text, graphics or images on the 2D PDF page will show through, anywhere there is no 3D object. By default this flag is turned off, so background is opaque. With transparent background the viewer menu for changing background color cannot be used. Possible values : value : "false", "true" (default value is "false")
</SetTransparentBackground> <UseBackgroundColor> Specifies usage a fixed color as background color for 3D views. Specifies that a specific background color other than PDF viewer default (normally black) should be used when PDF document is shown. If enabled, at least one color should be specified. If both first and initial color is specified for a gradient, the viewer menu is unable to adjust the background. If only first color is used, then users can change the background to a local preference.
<Color alpha="255" blue="255" green="255" red="190"> First main background color for 3D view. If second color unset, then this is solid color for full scene. Attribute alpha: Specifies color's "alpha" component Attribute blue: Specifies color's "blue" component Attribute green: Specifies color's "green" component Attribute red: Specifies color's "red" component Possible values : red : All valid integer numbers (default value is "190") green : All valid integer numbers (default value is "255") blue : All valid integer numbers (default value is "255") alpha : All valid integer numbers (default value is "255")
</Color> <AdditionalColor alpha="255" blue="255" green="255" red="190"> Additional background color for 3D view. If set, then vertical gradient using both colors is shown. In this case the normal PDF background menu is not active, the viewer cannot alter this background choice. Attribute alpha: Specifies color's "alpha" component Attribute blue: Specifies color's "blue" component Attribute green: Specifies color's "green" component Attribute red: Specifies color's "red" component Possible values : red : All valid integer numbers (default value is "190") green : All valid integer numbers (default value is "255") blue : All valid integer numbers (default value is "255") alpha : All valid integer numbers (default value is "255")
</AdditionalColor> </UseBackgroundColor> <VctMode value="Color"> Sets VCT mode, vertex color texture processing method, improved saturated color shading Also specifies the required VCT mode, where RGB vertex colors are transformed into a texture map to improve visual quality and shading. Possible values : value : default value is "Color" "Color" "GrayScale" "ColorMap" "IndexMapGRB" "IndexMapGBR" "IndexMapRBG" "ColorHV"
</VctMode> <ImageBlackPixelsAlphaMasking value="false"> Specifies Image Black Pixels Alpha Masking, where the color black becomes hidden (fully transparent). Possible values : value : "false", "true" (default value is "false")
</ImageBlackPixelsAlphaMasking> <GenerateBlackBackfaces shininess="0.0" value="false"> Specifies flag for generating black backfaces models. This option creates additional duplicate triangles with reverse topological order, with normal in the opposite direction from the original. New meshes are added at the same place in the model hierarchy as the original. A larger PDF and reduced rendering performance may be observed with this option. Single-sided rending mode is enabled so only the original or the duplicate is visible, not both. Any vertex color or texture is removed. A color material property is specified on the back face triangles. This option creates additional duplicate triangles with reverse topological order, with normal in the opposite direction from the original. New meshes are added at the same place in the model hierarchy as the original. A larger PDF and reduced rendering performance may be observed with this option. Single-sided rending mode is enabled so only the original or the duplicate is visible, not both. Any vertex color or texture is removed. A black color material property is specified on the back face triangles. Possible values : value : "false", "true" (default value is "false") shininess : All valid float numbers in range (0.0 .. 1.0) (default value is "0.0")
<DiffuseColor alpha="0" blue="0" green="0" red="0"> Specifies the diffuse color for back face triangles Attribute alpha: Specifies color's "alpha" component Attribute blue: Specifies color's "blue" component Attribute green: Specifies color's "green" component Attribute red: Specifies color's "red" component Possible values : red : All valid integer numbers (default value is "0") green : All valid integer numbers (default value is "0") blue : All valid integer numbers (default value is "0") alpha : All valid integer numbers (default value is "0")
</DiffuseColor> <AmbientColor alpha="0" blue="0" green="0" red="0"> Specifies the ambient color for back face triangles Attribute alpha: Specifies color's "alpha" component Attribute blue: Specifies color's "blue" component Attribute green: Specifies color's "green" component Attribute red: Specifies color's "red" component Possible values : red : All valid integer numbers (default value is "0") green : All valid integer numbers (default value is "0") blue : All valid integer numbers (default value is "0") alpha : All valid integer numbers (default value is "0")
</AmbientColor> <SpecularColor alpha="0" blue="0" green="0" red="0"> Specifies the specular color for back face triangles Attribute alpha: Specifies color's "alpha" component Attribute blue: Specifies color's "blue" component Attribute green: Specifies color's "green" component Attribute red: Specifies color's "red" component Possible values : red : All valid integer numbers (default value is "0") green : All valid integer numbers (default value is "0") blue : All valid integer numbers (default value is "0") alpha : All valid integer numbers (default value is "0")
</SpecularColor> <EmissionColor alpha="0" blue="0" green="0" red="0"> Specifies the emission color for back face triangles Attribute alpha: Specifies color's "alpha" component Attribute blue: Specifies color's "blue" component Attribute green: Specifies color's "green" component Attribute red: Specifies color's "red" component Possible values : red : All valid integer numbers (default value is "0") green : All valid integer numbers (default value is "0") blue : All valid integer numbers (default value is "0") alpha : All valid integer numbers (default value is "0")
</EmissionColor> </GenerateBlackBackfaces> <SceneAxes elevation="0.0" fontSize="24.0" insertXAxis="false" insertYAxis="false" insertZAxis="false" minStepsCountX="7" minStepsCountY="7" minStepsCountZ="7" showUnitLabelX="false" showUnitLabelY="false" showUnitLabelZ="false" useScaleBar="false"> Specifies scene options. Defines edge annotations with axes lines, tic lines and labels to annotate the coordinates along X, Y, Z bounding box extents of all 3D objects in scene. It adds additional nodes into the 3D model tree to hold annotations. Attribute elevation: Specifies the vertical position relative to the model, default is around the lower base. Attribute fontSize: Specifies font size to be used on scene axis text labels Attribute insertXAxis: Enables X axis annotatation line, tics and labels Attribute insertYAxis: Enables Y axis annotatation line, tics and labels Attribute insertZAxis: Enables Z axis annotatation line, tics and labels Attribute minStepsCountX: Specifies minimum number of labels along X axis Attribute minStepsCountY: Specifies minimum number of labels along Y axis Attribute minStepsCountZ: Specifies minimum number of labels along Z axis Attribute showUnitLabelX: Adds a unit text labels to enabled X axis Attribute showUnitLabelY: Adds a unit text labels to enabled Y axis Attribute showUnitLabelZ: Adds a unit text labels to enabled Z axis Attribute useScaleBar: Adds a chess-board black and white border design to any enabled axis Possible values : elevation : All valid float numbers (default value is "0.0") insertXAxis : "false", "true" (default value is "false") insertYAxis : "false", "true" (default value is "false") insertZAxis : "false", "true" (default value is "false") useScaleBar : "false", "true" (default value is "false") showUnitLabelX : "false", "true" (default value is "false") showUnitLabelY : "false", "true" (default value is "false") showUnitLabelZ : "false", "true" (default value is "false") fontSize : All valid float numbers (default value is "24.0") minStepsCountX : All valid integer numbers (default value is "7") minStepsCountY : All valid integer numbers (default value is "7") minStepsCountZ : All valid integer numbers (default value is "7")
</SceneAxes> <TransformCoordinateSpaceFrom inputCoordinateSpace="Right Hand (Z+Up)"> Adds a rotational root 3D scene node to specify global coordinate system Specifies coordinate system for the entire scene, if right-hand Z axis is best oriented out of screen toward viewer, or shown as up direction, toward top of page. This is application and data dependent. Possible values : inputCoordinateSpace : default value is "Right Hand (Z+Up)" "From input file" "Right Hand (Z+Up)" "Right Hand (Y+Up)" "Custom Matrix"
<PreScalePerComponent x="1.0" y="1.0" z="1.0"> Specifies the additonal scale transformation for the input scene. Can be helpful if the input file already pre-scaled by producing software. Attribute x: Specifies vector's "X" component Attribute y: Specifies vector's "Y" component Attribute z: Specifies vector's "Z" component Possible values : x : All valid float numbers (default value is "1.0") y : All valid float numbers (default value is "1.0") z : All valid float numbers (default value is "1.0")
</PreScalePerComponent> <CustomMatrix> Specifies a matrix.
<ColX w="0.0" x="1.0" y="0.0" z="0.0"> Specifies a vector. Attribute w: Specifies column's "W" component Attribute x: Specifies vector's "X" component Attribute y: Specifies vector's "Y" component Attribute z: Specifies vector's "Z" component Possible values : x : All valid float numbers (default value is "1.0") y : All valid float numbers (default value is "0.0") z : All valid float numbers (default value is "0.0") w : All valid float numbers (default value is "0.0")
</ColX> <ColY w="0.0" x="0.0" y="1.0" z="0.0"> Specifies a vector. Attribute w: Specifies column's "W" component Attribute x: Specifies vector's "X" component Attribute y: Specifies vector's "Y" component Attribute z: Specifies vector's "Z" component Possible values : x : All valid float numbers (default value is "0.0") y : All valid float numbers (default value is "1.0") z : All valid float numbers (default value is "0.0") w : All valid float numbers (default value is "0.0")
</ColY> <ColZ w="0.0" x="0.0" y="0.0" z="1.0"> Specifies a vector. Attribute w: Specifies column's "W" component Attribute x: Specifies vector's "X" component Attribute y: Specifies vector's "Y" component Attribute z: Specifies vector's "Z" component Possible values : x : All valid float numbers (default value is "0.0") y : All valid float numbers (default value is "0.0") z : All valid float numbers (default value is "1.0") w : All valid float numbers (default value is "0.0")
</ColZ> <ColW w="1.0" x="0.0" y="0.0" z="0.0"> Specifies a vector. Attribute w: Specifies column's "W" component Attribute x: Specifies vector's "X" component Attribute y: Specifies vector's "Y" component Attribute z: Specifies vector's "Z" component Possible values : x : All valid float numbers (default value is "0.0") y : All valid float numbers (default value is "0.0") z : All valid float numbers (default value is "0.0") w : All valid float numbers (default value is "1.0")
</ColW> </CustomMatrix> </TransformCoordinateSpaceFrom> <DefaultViewScheme outlineAngle="45.0" value="CAD"> Enables or disables generation of sets of default 3D views. Attribute outlineAngle: Sets a outline angle for the View Scheme views. Since version 2.11 Outline angle specifies the minimal angle between two faces at which a silhouette edge will appear in illustration and outline render modes. Possible values : value : default value is "CAD" "None" "CAD" "Geospatial" "Anatomical" "ODA" "Panoramic" outlineAngle : All valid float numbers (default value is "45.0")
</DefaultViewScheme> <ZoomFactor value="0.8"> Specifies zoom factor. The zoom factor specifies the parameter which is used when creating the default viewpoint. This parameter is used internally by the PDF3D SDK library to set the relative size of the bounding box of the model with respect to the window. In the default view the object is centered. Possible values : value : All valid float numbers in range (0.0 .. 1.0) (default value is "0.8")
</ZoomFactor> <InitialView index="0" useCustomView="false"> Specifies initial view when PDF is first displayed. Attribute index: Specifies initial view index. Attribute useCustomView: Specifies that initial view index will be applied to a custom view list, otherwise it will be applied to default view list. Possible values : index : All valid integer numbers in range (0 .. None) (default value is "0") useCustomView : "false", "true" (default value is "false")
</InitialView> <AutomaticallyGeneratePMI defaultViewsShowAutogeneratedPMI="false" enable1ChildFilter="true" generateViews="true" limitForProcessedNodeCount="100" limitProcessedNodeCount="true" maxGroupLevel="10" maxModelLevel="10" minGroupLevel="0" minModelLevel="0" showBBSizes="true" showBBoxes="true" showGlobalMetrics="true" showNodeNames="true" skipEmptyGroupingNodes="false" skipModelNodes="false"> Enables or disables automatically generated Product Markup Information (PMI). Enables the generation of dimensional annotations around every bounding box of major objects, showning lead lines, arrows, distance dimension values. Custom viewer are also created for each annotation for part-specific view isolations. Attribute defaultViewsShowAutogeneratedPMI: Specifies if default 3D views should show the autogenerated PMI. Specifies that PMI annotations should be visible on normal default views as well as additional PMI view-dependent views. This allows PMI to immediately be visible when PDF is first open, without selecting any special view. Attribute enable1ChildFilter: Specifies flag which enables "single child filter". Attribute generateViews: Specifies which that special views will be generated. Attribute limitForProcessedNodeCount: Specifies maximal number of processed nodes. Attribute limitProcessedNodeCount: Specifies which indicates that number of processed nodes should be limited. Attribute maxGroupLevel: Specifies maximal (inclusive mode) nesting level for empty grouping nodes which will be processed. Attribute maxModelLevel: Specifies maximal (inclusive mode) nesting level for models which will be processed. Attribute minGroupLevel: Specifies minimal (inclusive mode) nesting level for empty grouping nodes which will be processed. Attribute minModelLevel: Specifies minimal (inclusive mode) nesting level for models which will be processed. Attribute showBBSizes: Specifies which means that PMI indicating bounding box sizes for each axis will be generated. Attribute showBBoxes: Specifies that PMI indicating bounding box wire-frame lines will be shown. Attribute showGlobalMetrics: Specifies that PMI indicating bounding box sizes will show distances in global coordinate system. Otherwise a local coordinate system will be used. Attribute showNodeNames: Specifies which means that text labels indicating node names will be generated. Attribute skipEmptyGroupingNodes: Specifies which means that PMI nodes will not be generated for empty grouping nodes. Attribute skipModelNodes: Specifies which means that PMI nodes will not be generated for all model nodes. Possible values : limitProcessedNodeCount : "false", "true" (default value is "true") limitForProcessedNodeCount : All valid integer numbers (default value is "100") skipModelNodes : "false", "true" (default value is "false") maxModelLevel : All valid integer numbers (default value is "10") minModelLevel : All valid integer numbers (default value is "0") skipEmptyGroupingNodes : "false", "true" (default value is "false") maxGroupLevel : All valid integer numbers (default value is "10") minGroupLevel : All valid integer numbers (default value is "0") enable1ChildFilter : "false", "true" (default value is "true") showNodeNames : "false", "true" (default value is "true") showBBSizes : "false", "true" (default value is "true") showGlobalMetrics : "false", "true" (default value is "true") showBBoxes : "false", "true" (default value is "true") generateViews : "false", "true" (default value is "true") defaultViewsShowAutogeneratedPMI : "false", "true" (default value is "false")
<NodeNameColor alpha="255" blue="255" green="255" red="255"> Specifies a color. Attribute alpha: Specifies color's "alpha" component Attribute blue: Specifies color's "blue" component Attribute green: Specifies color's "green" component Attribute red: Specifies color's "red" component Possible values : red : All valid integer numbers (default value is "255") green : All valid integer numbers (default value is "255") blue : All valid integer numbers (default value is "255") alpha : All valid integer numbers (default value is "255")
</NodeNameColor> <XSizeColor alpha="255" blue="255" green="255" red="255"> Specifies a color. Attribute alpha: Specifies color's "alpha" component Attribute blue: Specifies color's "blue" component Attribute green: Specifies color's "green" component Attribute red: Specifies color's "red" component Possible values : red : All valid integer numbers (default value is "255") green : All valid integer numbers (default value is "255") blue : All valid integer numbers (default value is "255") alpha : All valid integer numbers (default value is "255")
</XSizeColor> <YSizeColor alpha="255" blue="255" green="255" red="255"> Specifies a color. Attribute alpha: Specifies color's "alpha" component Attribute blue: Specifies color's "blue" component Attribute green: Specifies color's "green" component Attribute red: Specifies color's "red" component Possible values : red : All valid integer numbers (default value is "255") green : All valid integer numbers (default value is "255") blue : All valid integer numbers (default value is "255") alpha : All valid integer numbers (default value is "255")
</YSizeColor> <ZSizeColor alpha="255" blue="255" green="255" red="255"> Specifies a color. Attribute alpha: Specifies color's "alpha" component Attribute blue: Specifies color's "blue" component Attribute green: Specifies color's "green" component Attribute red: Specifies color's "red" component Possible values : red : All valid integer numbers (default value is "255") green : All valid integer numbers (default value is "255") blue : All valid integer numbers (default value is "255") alpha : All valid integer numbers (default value is "255")
</ZSizeColor> <BboxColor alpha="255" blue="255" green="255" red="255"> Specifies a color. Attribute alpha: Specifies color's "alpha" component Attribute blue: Specifies color's "blue" component Attribute green: Specifies color's "green" component Attribute red: Specifies color's "red" component Possible values : red : All valid integer numbers (default value is "255") green : All valid integer numbers (default value is "255") blue : All valid integer numbers (default value is "255") alpha : All valid integer numbers (default value is "255")
</BboxColor> </AutomaticallyGeneratePMI> <DynamicLabels billboardContinuesMode="true" billboardMode="true" enableScale="true" fontSizeScale="1.0" fontSizeThreshold="64.0" higherFontBitRes="96.0" lowerFontBitRes="24.0" noJavaScriptSize="0.125" staticScale="0.025"> Enables or disables billboard dynamic 3D labels. Enables scale and orientation of 3D text labels to face view direction and fixed scale, regardless of rotation and zoom interaction. Attribute billboardContinuesMode: Enables Label continuous dynamic update. If dynamic labels are enabled above, there are two choices about how the label dynamics are updated. First, (the default) , the labels are refreshed with dynamic orientation control as the user drags the mouse and rotates or zooms the 3D scene. If this toggle is OFF, the update is deferred until the user lifts up the mouse at the end of a drag gesture. This may be useful if the scene is large and update speed is slow. Attribute billboardMode: Enables dynamic labels. If the conversion scene contains 3D text labels, these will be represented by small rectangular text strings anchored to fixed 3D locations. If this toggle is enabled, the orientation will by dynamically adjusted during viewing inside the PDF viewer such that the labels remain aligned to the viewer. Attribute enableScale: Enables label scale with depth. If the conversion scene contains 3D text labels, these will be represented by small rectangular text strings anchored to fixed 3D locations. If this toggle is enabled, and the above Enable dynamic labels is on, the orientation will be dynamically adjusted during viewing inside the PDF viewer such that the labels remain approximately a fixed size invariant to distance from the viewer. Attribute fontSizeScale: Specifies font size general scale factor for 3D text labels. This scale factor will be applied for each 3D text label. For example, if the font size value is 100 in some input external file, this value is too big to show properly. You can introduce scale factor (i.e. 0.5 or 0.25) to reduce the actual used font size. Attribute fontSizeThreshold: Set font size threshold parameter for selection of font bit resolution. If font size is less than threshold (after applying general scale factor) then label texture image will have "lowerFontBitRes" resolution, else it will have "higherFontBitRes" resolution. Possible values are all valid positive float numbers, however should generally be a typical available integer font size. This value has a direct control on the pixel bitmap resolution of the label texture. Attribute higherFontBitRes: Specifies font bit resolution for hi-res fonts. Used when font size is great than "fontSizeThreshold". Possible values are all valid positive float numbers, however should generally be a typical available integer font size. This value has a direct control on the pixel bitmap resolution of the label texture. Attribute lowerFontBitRes: Specifies font bit resolution for low-res fonts. Used when font size is less than "fontSizeThreshold". Possible values are all valid positive float numbers, however should generally be a typical available integer font size. This value has a direct control on the pixel bitmap resolution of the label texture. Attribute noJavaScriptSize: Specifies labels size in case if PDF reader does not support JavaScript If JavaScript is not supported by PDF reader or disabled by default then it is impossible to perform dynamic scaling or billboarding. This parameter specifies static sizes of labels relevant to 3D scene bounding box. I.e. default value 0.125 means that a particular label will have size of 12.5% os total 3D scene bounding box. Note again that this parameter is used only if JavaScript engine is not present or disabled on target PDF reader. Attribute staticScale: Specifies font size scale factor in case if "enableScale" is false. In such a case the 3D text labels are not scaled dynamically, but have fixed, static size. Such static size could be specified by this parameter. Please note that this is not an absolute parameter, but it is relative to the entire 3D scene maximum dimension. Actual size of 3D text static labels will be calculated as multiplication of the current scale factor and the entire 3D scene maximal dimension. Possible values are all valid positive float numbers. This does not affect the pixel bitmap resolution of the label texture, it controls the geometric dimensions within the 3D scene. Possible values : billboardMode : "false", "true" (default value is "true") billboardContinuesMode : "false", "true" (default value is "true") enableScale : "false", "true" (default value is "true") fontSizeScale : All valid float numbers (default value is "1.0") fontSizeThreshold : All valid float numbers (default value is "64.0") lowerFontBitRes : All valid float numbers (default value is "24.0") higherFontBitRes : All valid float numbers (default value is "96.0") staticScale : All valid float numbers (default value is "0.025") noJavaScriptSize : All valid float numbers (default value is "0.125")
</DynamicLabels> <Watermark customParameters="false" fontSize="32.0" opacity="0.3" rotationAngle="45.0" text="PDF3D-SDK" xPosition="0.0" yPosition="0.0"> Enables or disables watermark text overlay floating over 3D view port. Watermark is a text overlay for the 3D viewport, floating in front of all 3D objects. The text is large, drawn at 45 degree angle, in a simple bold font, with partial transparency. 3D objects are visible through the transparent text, and mouse interactions to directly to the 3D view without interaction with the watermark. A diagonal large transparent watermark text is placed over the 3D view, allowing mouse interaction to go through to the 3D scene. Attribute customParameters: Enables customized watermark parameters. In case of customized parameters, custom parameters will be used. Otherwise, diagonal watermark text will be drawn. Attribute fontSize: Specifies custom value for watermark font size. Attribute opacity: Specifies custom value for watermark opacity. Attribute rotationAngle: Specifies custom value for watermark rotation angle. Attribute text: The text string defines the text string shown as a watermark. It should be a single line of text, normally a word or short phrase. Attribute xPosition: Specifies custom value for watermark X coordinate. Attribute yPosition: Specifies custom value for watermark Y coordinate. Possible values : customParameters : "false", "true" (default value is "false") opacity : All valid float numbers (default value is "0.3") fontSize : All valid float numbers (default value is "32.0") rotationAngle : All valid float numbers (default value is "45.0") xPosition : All valid float numbers (default value is "0.0") yPosition : All valid float numbers (default value is "0.0")
</Watermark> <ClippingPlaneObject> *** Please note: This tag is not supported by ReportGen. *** Clipping Plane Object is infinite plane which partitions space into two subspaces. One of subspaces will be hidden during rendering process. By default Clipping Plane Object is Oxy plane and hidden subspace is z>0.0. Note, it is not near/far clipping plane. This Clipping Plane is static scene object in "World" space.
<Position x="0.0" y="0.0" z="0.0"> Specifies the position(translate) for a node. Attribute x: Specifies vector's "X" component Attribute y: Specifies vector's "Y" component Attribute z: Specifies vector's "Z" component Possible values : x : All valid float numbers (default value is "0.0") y : All valid float numbers (default value is "0.0") z : All valid float numbers (default value is "0.0")
</Position> <Rotation angle="0.0" x="0.0" y="0.0" z="0.0"> Specifies the orientation (or rotation). Attribute angle: Specifies orientation's "angle" component Attribute x: Specifies vector's "X" component Attribute y: Specifies vector's "Y" component Attribute z: Specifies vector's "Z" component Possible values : x : All valid float numbers (default value is "0.0") y : All valid float numbers (default value is "0.0") z : All valid float numbers (default value is "0.0") angle : All valid float numbers (default value is "0.0")
</Rotation> <RotationCenter x="0.0" y="0.0" z="0.0"> Specifies the center of rotation. Attribute x: Specifies vector's "X" component Attribute y: Specifies vector's "Y" component Attribute z: Specifies vector's "Z" component Possible values : x : All valid float numbers (default value is "0.0") y : All valid float numbers (default value is "0.0") z : All valid float numbers (default value is "0.0")
</RotationCenter> <GeneralScale value="1.0"> Specifies a common-axis scale parameter. Possible values : value : All valid float numbers (default value is "1.0")
</GeneralScale> <ScalePerComponent x="1.0" y="1.0" z="1.0"> Specifies a scale parameter for each axis separately. Attribute x: Specifies vector's "X" component Attribute y: Specifies vector's "Y" component Attribute z: Specifies vector's "Z" component Possible values : x : All valid float numbers (default value is "1.0") y : All valid float numbers (default value is "1.0") z : All valid float numbers (default value is "1.0")
</ScalePerComponent> </ClippingPlaneObject> <ZFightingPrevention enabled="false" zShiftScale="1.0"> Coincident Object graphical separation to avoid conflicting display artefacts. An additional scene management component is inserted to move objects away and toward the view direction to separate them from Z-buffer coincident display fighting effects. Attribute enabled: Enables/Disables Z-Fighting. Attribute zShiftScale: Specifies value for Z-Shift Scale used by Z-Fighting Prevention Mechanism. It is empirical coefficient. If there is Z-Fighting, then try to increase scale. It is percent of bounding box diagonal that is used for Z-Shifting. Possible values : enabled : "false", "true" (default value is "false") zShiftScale : All valid float numbers (default value is "1.0")
</ZFightingPrevention> <GlobalControlsStyle embedRuntimeLibraries="true" value="Widget"> Specifies style of special controls on PDF page controlling 3D scene (Normal or Flash) NOTE: Flash is deprecated and not recommended. Adobe no longer supports it and many consider Flash security unsafe. Attribute embedRuntimeLibraries: For flash controls: specifies if Runtime Libraries will be included in the PDF (Deprecated). True means that RSLs (Runtime Shared Library) must be included in the file. False means that only controls will be included in the file. Generally, embedding RSLs means that PDF file is always ready to use, but have about 600-800 KB of extra size. Using signed RSLs, on the other hand, allows to get rid of this additional data, while may result in losing part of functionality due to unavailability of signed RSLs. Only used for "Flash" controls style. NOTE: Flash is deprecated and not recommended. Adobe no longer supports it and many consider Flash security unsafe. Attribute value: Specifies global style for all inserted additional controls. This value means that Adobe Flash technology will be used (deprecated). Adobe Flash technology requires Adobe Reader 9 or later. NOTE: Flash is deprecated and not recommended. Adobe no longer supports it and many consider Flash security unsafe. Possible values : value : default value is "Widget" "Widget": This value means that ordinary PDF widgets will be used. "Flash": Specifies type of used PDF widgets. embedRuntimeLibraries : "false", "true" (default value is "true")
</GlobalControlsStyle> <GeospatialNorthCompassSystem addCompassMesh="true" billboardPositionX="0.07" billboardPositionY="0.07" billboardScale="0.045" compassMeshName="PDF3D-SDKCompassMesh"> Replaces default axes with North Compass symbol in lower left corner of view. Attribute addCompassMesh: Specifies should be compass mesh added into 3D scene. If true then PDF3D-SDK will be embed (add) into resulting 3D scene a special internal mesh for north compass system. Otherwise, the user of pdf3d.io should take care for adding the special mesh for this goal. Please note that such mesh should have compassMeshName name. Attribute billboardPositionX: Specifies x screen-coordinate on a 3D viewport of north the compass mesh center. This coordinate system begins from the lower left corner of the 3D viewport. X is relative to the minimum viewport side. For example, for output page A4 (width: 595, height: 842) the starting position is the bottom left corner (0, 0), the maximum value for width is 1.0, for height is 1.415. Attribute billboardPositionY: Specifies y screen-coordinate (from 0.0 to 1.0) on 3D viewport of north compass mesh center. This coordinate system begins from bottom left corner of 3D viewport. Y is relative to the minimum viewport side. For example, for output page A4 (width: 595, height: 842) the starting position is the bottom left corner (0, 0), the maximum value for width is 1.0, for height is 1.415. Attribute billboardScale: Specifies scale factor for north compass mesh. Scale is a transfer from mesh unit to screenSize unit. Attribute compassMeshName: Specifies an existing mesh name in the current 3D scene which would be used as north compass mesh. Possible values : billboardPositionX : All valid float numbers (default value is "0.07") billboardPositionY : All valid float numbers (default value is "0.07") billboardScale : All valid float numbers (default value is "0.045") addCompassMesh : "false", "true" (default value is "true")
</GeospatialNorthCompassSystem> <InsertZScaleControls defaultZScaleFactor="1.0"> Inserts Z-scale controls under 3D view, for user control of scaling in 3D scene. The Z-Scale controls are predefined controls, which allow for scaling the entire scene along Z-axis. Attribute defaultZScaleFactor: Specifies the default Z-Scale factor when scene is first established Possible values : defaultZScaleFactor : All valid float numbers (default value is "1.0")
</InsertZScaleControls> <InsertMouse3DProbeControls angleModeDesc="Angle" angleModeEnabled="true" bottom="10.0" compactMode="false" defaultMode="Probe" disModeDesc="Disable" disModeEnabled="true" distanceModeDesc="Distance" distanceModeEnabled="true" geoDisplayMode="Geodetic" gradeModeDesc="Grade" gradeModeEnabled="true" height="93.0" labelsAreIgnored="true" left="10.0" numberFormat="Representable" numberPrecision="2" probeModeDesc="Probe" probeModeEnabled="true" showFullLocation="false" showGlobalCoordinates="true" slopeAzimuthModeDesc="Azimuth" slopeAzimuthModeEnabled="true" useExactPositionSize="false" width="250.0"> Inserts Mouse3D probe controls for measuring 3D objects. Attribute angleModeDesc: This parameter specifies a text which will be used for describing angle measuring mode in GUI controls. Attribute angleModeEnabled: This parameter specifies that angle measuring mode will be enabled or not. Attribute bottom: This parameter specifies bottom coordinate of left bottom corner for controls position. Please note that this parameter is used only when "useExactPositionSize" is true. Attribute compactMode: This parameter specifies compact mode where these GUI controls require only 1 line of text. Attribute defaultMode: The defaultMode parameter specifies default Mouse3D Probe mode. Attribute disModeDesc: This parameter specifies a text which will be used for description of a disable mode in GUI controls. Attribute disModeEnabled: This parameter specifies that disable mode will be enabled or not. Attribute distanceModeDesc: This parameter specifies a text which will be used for description of a distance measuring mode in GUI controls. Attribute distanceModeEnabled: This parameter specifies that distance measuring mode will be enabled or not. Attribute geoDisplayMode: Specifies default geospatial reporting mode for Mouse3D Probe controls. This parameter is used only when output 3D scene is in some geospatial (either projected or geodetic) coordinate system. Attribute gradeModeDesc: This parameter specifies a text which will be used for description of a grade measuring mode in GUI controls. Attribute gradeModeEnabled: This parameter specifies that grade measuring mode will be enabled or not. Attribute height: This parameter specifies the height of controls box. Please note that this parameter is used only when "useExactPositionSize" is true. Attribute labelsAreIgnored: Specifies if 3D labels should be ignored. If labelsAreIgnored is true then the user cannot pick the labels by mouse probe. Otherwise, the user can pick the labels by mouse probe. Attribute left: This parameter specifies left coordinate of left bottom corner for controls position. Please note that this parameter is used only when "useExactPositionSize" is true. Attribute numberFormat: Specifies the display form for numbers in JavaScript. The uses precision is described by the numberPrecision. Attribute numberPrecision: Specifies the display precision for numbers in JavaScript. The use of precision is described by the numberFormat. Attribute probeModeDesc: This parameter specifies a text which will be used for description of a probe mode in GUI controls. Attribute probeModeEnabled: This parameter specifies that probe mode will be enabled or not. Attribute showFullLocation: Specifies if full location should be shown. If showFullLocation is true then mouse 3D Probe controls show full model location at model tree. Otherwise, the mouse 3D Probe controls show only model name. Attribute showGlobalCoordinates: Specifies if global coordinates should be shown. If showGlobalCoordinates is true then global coordinates will be shown. Otherwise, a model local coordinates will be shown. Attribute slopeAzimuthModeDesc: This parameter specifies a text which will be used for description of a slope and azimuth measuring mode (in degrees) in GUI controls. Attribute slopeAzimuthModeEnabled: This parameter specifies that slope and azimuth measuring mode will be enabled or not. Attribute useExactPositionSize: Specifies if exact custom position and size should be used. This parameter specifies that custom defined "left", "bottom", "width" and "height" parameters should be specified and taken into account. Attribute width: This parameter specifies the width of controls box. Please note that this parameter is used only when "useExactPositionSize" is true. Possible values : showFullLocation : "false", "true" (default value is "false") showGlobalCoordinates : "false", "true" (default value is "true") labelsAreIgnored : "false", "true" (default value is "true") defaultMode : default value is "Probe" "Disable" "Probe" "Distance" "Angle" "SlopeAzimuth" "Grade" useExactPositionSize : "false", "true" (default value is "false") left : All valid float numbers (default value is "10.0") bottom : All valid float numbers (default value is "10.0") width : All valid float numbers (default value is "250.0") height : All valid float numbers (default value is "93.0") compactMode : "false", "true" (default value is "false") disModeEnabled : "false", "true" (default value is "true") probeModeEnabled : "false", "true" (default value is "true") distanceModeEnabled : "false", "true" (default value is "true") angleModeEnabled : "false", "true" (default value is "true") slopeAzimuthModeEnabled : "false", "true" (default value is "true") gradeModeEnabled : "false", "true" (default value is "true") geoDisplayMode : default value is "Geodetic" "Geodetic": Specifies that the default Mouse3D Probe mode is geographic (latitude and longitude) coordinate reporting mode. "UtmUps": Specifies that the default Mouse3D Probe mode is UTM/UPS (easting and northing) coordinate reporting mode. "Mgrs": Specifies that the default Mouse3D Probe mode is MGRS (designation and in-cell, Military Grid Reference System) coordinate reporting mode. "Geocentric": Specifies that the default Mouse3D Probe mode is geocentric (ECEF, relative to center of the Earth) coordinate reporting mode. numberFormat : default value is "Representable" "Fixed": Specifies to use fixed-point notation wtih `precision` digits after the decimal point. "Precise": Specifies to use fixed-point or exponential notation rounded to `precision` significant digits. "Exponential": Specifies to use exponential notation wtih `precision` digits after the decimal point. "Representable": Specifies to use fixed-point or exponential notation rounded to `precision` decimal digits represented in 64 bit float; 1e+17 and greater values use `precision` of 16.. "RepresentableTruncated": Specifies to use fixed-point or exponential notation rounded to `precision` decimal digits represented in 64 bit float. numberPrecision : All valid integer numbers (default value is "2")
</InsertMouse3DProbeControls> <EnableDocumentSecurity allowAccessible="false" allowAssemble="false" allowFillInExistingForm="false" allowHighPrint="false" allowModify="false" allowModifyAnnotation="true" allowPrint="false" allowTextExtraction="false" encryption="RC4-128" ownerPassword="" userPassword=""> Enables or disables PDF document security and encryption options Note that Z-Scale controls and Mouse 3D Probe controls (and other controls) require allowModifyAnnotation permission is enabled. Attribute allowAccessible: This permission allows users to extract text and graphics to support user with disabillities. Attribute allowAssemble: This permission allows users to assemble the document: insert, create, rotate delete pages. Attribute allowFillInExistingForm: This permission allows users to fill in existing form or signature fields. Attribute allowHighPrint: This permission allows users to print the high resolution version of the document. Attribute allowModify: This permission allows to modifying the document beside annotations. Attribute allowModifyAnnotation: This permission allows users to add commenting, add or modify text annotations or form fields. Please note that commenting is now available to all PDF users, in free Adobe Reader, starting from version X. In version 9 and before, it was a protected proprietary feature. The current security flag also controls commenting feature in free Adobe Reader. The PDFs generated with enabled this flag, or with no security at all, should allow commenting on the PDF page using the free Adobe Reader X or Acrobat Pro X. Attribute allowPrint: Makes the specified permission available to viewers of the PDF. Attribute allowTextExtraction: This permission allows users to copy and quote the text. Attribute encryption: Defines which encryption scheme will be used. Attribute ownerPassword: Specifies the owner password. Attribute userPassword: Specifies the user password. Possible values : allowPrint : "false", "true" (default value is "false") allowModify : "false", "true" (default value is "false") allowTextExtraction : "false", "true" (default value is "false") allowModifyAnnotation : "false", "true" (default value is "true") allowFillInExistingForm : "false", "true" (default value is "false") allowAccessible : "false", "true" (default value is "false") allowAssemble : "false", "true" (default value is "false") allowHighPrint : "false", "true" (default value is "false") encryption : default value is "RC4-128" "RC4-40" "RC4-128" "AES-128" "AES-256"
</EnableDocumentSecurity> <InsertMetadataControls enabled="true" walkUpTree="true"> Inserts metadata output controls. Attribute enabled: Specifies if metadata controls should be enabled. If enabled is true then metadata output controls are enabled by default when the PDF page is open. Otherwise, the metadata output controls are disabled. Attribute walkUpTree: Specifies if extended metadata search should be used. If walkUpTree is true then the advanced algorithm for matching metadata is used. The "advanced" algorithm is the following: If the current node has metadata then the current node's metadata is used. If the current node has no metadata then the parent's metadata is used. If the parent node has no metadata then we walk up tree searching for metadata. This action will be completed when either metadata is found or we reach the root node. If walkUpTree is false then simple algorithm for matching metadata is used. The "simple" algorithm is the following: If the current node has metadata then the current node's metadata is used. Otherwise, there is no metadata available for reporting to the user. Possible values : enabled : "false", "true" (default value is "true") walkUpTree : "false", "true" (default value is "true")
</InsertMetadataControls> <InsertAnimationControls animationName="" currTextFieldVisible="true" delayMultiplierByDefault="1.0" directionCheckBoxVisible="true" fastButtonVisible="true" forwardDirectionByDefault="true" initiallyPlaying="true" nextButtonVisible="true" normalRepeatCheckBoxVisible="true" pauseButtonVisible="true" pingpongRepeatCheckBoxVisible="true" playButtonVisible="true" prevButtonVisible="true" repeatByDefault="true" repeatCheckBoxVisible="true" repeatModeByDefault="Normal" slowButtonVisible="true" smoothRepeatCheckBoxVisible="false" stopButtonVisible="true" stretchToRect="false" timeTagTextFieldVisible="false"> Enables inserting layer separation system, where identified layers are moved apart. Attribute animationName: This parameter specifies the animation name. You can use this name as animationIDString parameter to pass it into PDF3D-SDK APIs calls. The animation name must be unique. Possible values are all valid alphanumeric strings (plus '_' symbol). Attribute currTextFieldVisible: Specifies that current frame number text output field will be visible. Attribute delayMultiplierByDefault: This parameter specifies the initial "video speed". In fact this parameter specifies the multiplier for delay between two frames. If this parameter is zero then fastest possible speed is selected (i.e. no delay). Attribute directionCheckBoxVisible: Specifies that direction checkbox will be visible. Attribute fastButtonVisible: Specifies that fast animation button will be visible. Attribute forwardDirectionByDefault: This parameter specifies the initial direction of playback. Attribute initiallyPlaying: If initiallyPlaying is true then animation is playing by default. Otherwise, the animation is stopped. Attribute nextButtonVisible: Specifies that next frame button will be visible. Attribute normalRepeatCheckBoxVisible: Specifies that normal repeat mode checkbox will be visible. Attribute pauseButtonVisible: Specifies that pause button will be visible. Attribute pingpongRepeatCheckBoxVisible: Specifies that "pinpong" repeat mode checkbox will be visible. Attribute playButtonVisible: Specifies that play button will be visible. Attribute prevButtonVisible: Specifies that previous frame button will be visible. Attribute repeatByDefault: Specifies repeat by default flag. If repeatByDefault is true then repeat mode is enabled by default. Otherwise, the repeat mode is disabled. Attribute repeatCheckBoxVisible: Specifies that repeat checkbox will be visible. Attribute repeatModeByDefault: This parameter specifies the global repeat mode by default. The specified model repeats the movement. The specified model moves forward then the specified model moves backward. Attribute slowButtonVisible: Specifies that slow animation button will be visible. Attribute smoothRepeatCheckBoxVisible: Specifies that "smooth" repeat mode checkbox will be visible. Attribute stopButtonVisible: Specifies that stop button will be visible. Attribute stretchToRect: Specifies that animation controls will be stretched If the total width of the buttons is less than the width of the Rect. Attribute timeTagTextFieldVisible: Specifies that text output field for time tags will be visible. Possible values : initiallyPlaying : "false", "true" (default value is "true") repeatByDefault : "false", "true" (default value is "true") repeatModeByDefault : default value is "Normal" "None": The specified model moves once then stops. "Normal": Normal repeat mode. "PingPong": PingPong repeat mode. "Smooth": The specified model moves forward then returns to the initial position smoothly. forwardDirectionByDefault : "false", "true" (default value is "true") delayMultiplierByDefault : All valid float numbers (default value is "1.0") playButtonVisible : "false", "true" (default value is "true") pauseButtonVisible : "false", "true" (default value is "true") stopButtonVisible : "false", "true" (default value is "true") prevButtonVisible : "false", "true" (default value is "true") currTextFieldVisible : "false", "true" (default value is "true") nextButtonVisible : "false", "true" (default value is "true") slowButtonVisible : "false", "true" (default value is "true") fastButtonVisible : "false", "true" (default value is "true") repeatCheckBoxVisible : "false", "true" (default value is "true") normalRepeatCheckBoxVisible : "false", "true" (default value is "true") pingpongRepeatCheckBoxVisible : "false", "true" (default value is "true") smoothRepeatCheckBoxVisible : "false", "true" (default value is "false") directionCheckBoxVisible : "false", "true" (default value is "true") timeTagTextFieldVisible : "false", "true" (default value is "false") stretchToRect : "false", "true" (default value is "false")
</InsertAnimationControls> <InsertLayerSeparationSystem defaultSeparation="5.0" id="DefaultLSS" insertControls="true"> Enables inserting layer separation system, where identified layers are moved apart. Attribute defaultSeparation: Specifies default separation factor. Attribute insertControls: Specifies interactive layer control menu should be inserted into PDF page. Possible values : insertControls : "false", "true" (default value is "true") defaultSeparation : All valid float numbers (default value is "5.0")
<Direction x="0.0" y="0.0" z="1.0"> Specifies direction vector for layer separation system. Attribute x: Specifies vector's "X" component Attribute y: Specifies vector's "Y" component Attribute z: Specifies vector's "Z" component Possible values : x : All valid float numbers (default value is "0.0") y : All valid float numbers (default value is "0.0") z : All valid float numbers (default value is "1.0")
</Direction> <LayerName value=""> </LayerName> </InsertLayerSeparationSystem> <SequenceAnimation animateAssemblies="false" exposeScripts="false" supressAnimation="false"> Enables step by step playback of object lists with play, pause and speed control Attribute animateAssemblies: Specifies whether to animate all assemblies or a given set of nodes. Attribute exposeScripts: Specifies if scripts used by an animation should be availiable to use in user scripts. Attribute supressAnimation: Specifies if animation must be controlledonly by user scripts. Possible values : animateAssemblies : "false", "true" (default value is "false") exposeScripts : "false", "true" (default value is "false") supressAnimation : "false", "true" (default value is "false")
<Node value=""> List of alternating nodes for the animation.
</Node> </SequenceAnimation> <ProgressiveMode value="false"> Enables or disables progressive animation mode. In progressive sequence animation, in next step, visible surface is added (or hidden, depending on animation direction). Possible values : value : "false", "true" (default value is "false")
</ProgressiveMode> <SpinAnimation axis="X" rotationPerMinute="6.0"> Enables simple spin animation, rotating around one of main scene axes at fixed speed. Attribute axis: Specify primary axes of rotation for simple spin animation, entire scene moved. Attribute rotationPerMinute: Specify speed of rotation in revolutions per minute (RPM), default is 6 RPM (10 seconds for full rotation). Possible values : axis : default value is "X" "X" "Y" "Z" rotationPerMinute : All valid float numbers (default value is "6.0")
</SpinAnimation> <ExplodedView value="false"> Enables or disables explode view. Applies offset transformation to layers, model nodes, such that they are separated away from each other along an offset vector, providing a simple layer separation visualization. Offset scale and direction are set by further options, and user control on PDF page may also be added. Possible values : value : "false", "true" (default value is "false")
</ExplodedView> <ColorToTexture ColorPlaneCountLimit="100" LimitColorPlaneCount="true" OptimizedOutputModelMode="false" alphaTolerance="0.5" fragmentMaxSize="16" fragmentMinSize="4" morphAxesMode="None" usePngCompression="true"> Parameters for conversion from from color per vertex to texture-based model If enabled, replaces colors by generated texture and texture coordinates. Only triangle meshes are modified. If enabled, replaces colors by generated texture and texture coordinates. Only triangle meshes are modified. Attribute ColorPlaneCountLimit: Specifies color plane count limit If number of color planes will exceed some limit then new color planes will not created and only existing color planes will be used. Limiting color plane count will increase processing speed but will reduce quality of texture representation. Attribute LimitColorPlaneCount: Specifies limit color plane count flag If number of color planes will exceed some limit then new color planes will not created and only existing color planes will be used. Limiting color plane count will increase processing speed but will reduce quality of texture representation. Attribute OptimizedOutputModelMode: Specifies to apply optimized mode for output scene or model Attribute alphaTolerance: Specifies the color alpha tolerance Attribute fragmentMaxSize: Specifies texture fragment maximal size All generated texture fragments will not exceed this limit. Attribute fragmentMinSize: Specifies texture fragment minimal size All generated texture fragments will exceed this minimal value. Attribute morphAxesMode: Specifies the texture fragment local axes improvement mode By default such improvements are off. This is an experimental feature. Attribute usePngCompression: Specifies to use PNG compression for the generated textures If this flag is disabled than JPEG compresion will be used. Note that JPEG compression could introduce some artifacts. For a better quality it is recommended to use PNG compression. Possible values : fragmentMaxSize : All valid integer numbers in range (4 .. None) (default value is "16") fragmentMinSize : All valid integer numbers in range (4 .. None) (default value is "4") usePngCompression : "false", "true" (default value is "true") alphaTolerance : All valid float numbers (default value is "0.5") morphAxesMode : default value is "None" "None": Do not perform any axes morph "Method1": Increase tolerance of axes "Method2": Use sheared axes OptimizedOutputModelMode : "false", "true" (default value is "false") LimitColorPlaneCount : "false", "true" (default value is "true") ColorPlaneCountLimit : All valid integer numbers in range (1 .. None) (default value is "100")
<ColorTolerance x="0.5" y="0.5" z="0.5"> Specifies color tolerance It is important parameter for this class. By default, color tolerance is (0.5, 0.5, 0.5). Any color is a triple of red, green and blue components in the range from 0 to 255. This class will assumes that two colors are equal if for each component its delta is not higher than tolerance. A higher value for tolerance means a better compression, but also it means that some artifacts could be appeared. Default value (0.5, 0.5, 0.5) specifies the best quality. It is not recommended to specify tolerance which is lesser then 0.5 for any component. Attribute x: Specifies vector's "X" component Attribute y: Specifies vector's "Y" component Attribute z: Specifies vector's "Z" component Possible values : x : All valid float numbers (default value is "0.5") y : All valid float numbers (default value is "0.5") z : All valid float numbers (default value is "0.5")
</ColorTolerance> </ColorToTexture> <AssemblyDepthForScene depthLimit="2"> Attribute depthLimit: Specifies the maximum assembly depth limit for scene's model tree hierarchy, merging leaf nodes Possible values : depthLimit : All valid integer numbers in range (0 .. None) (default value is "2")
</AssemblyDepthForScene> <DefaultAssemblyProperties colorArrayIndex="-1" colorArrayName=""> Specifies parameter block of the animation models Attribute colorArrayIndex: Input Data Attribute Array's Index from which colors will be computed Colors texture will be generated from array (which index is defined here) defined in results parameters file. Attribute colorArrayName: Input Data Attribute Array's Name from which colors will be computed Colors texture will be generated from array (which name is defined here) defined in results parameters file. Possible values : colorArrayIndex : All valid integer numbers (default value is "-1")
<CcwMode value="CCW 0"> Specifies "CCW mode" parameter. Some VRML files are generated without following the assumptions of the VRML specification. In some cases, conversion results may be improved, especially lighting and normal vector directions by selecting an alternative mode from the following selection. Most of the time the first default setting is recommended. If you encounter shading issues, experiment with other modes. Possible values : value : default value is "CCW 0" "CCW 0": Default mode, use file spec if possible. "CCW 1": Use file spec, but reverse the meaning. "CCW 2": Ignore file spec, always swap. "CCW 3": Ignore file spec, never swap.
</CcwMode> <SolidMode value="SOLID 1"> Specifies "Solid mode" parameter. Some VRML files are generated without following the assumptions of the VRML specification. In some cases, conversion results may be improved, especially lighting and normal vector directions by selecting an alternative mode from the following selection. Most of the time the first default setting is recommended. If you encounter shading issues, experiment with other modes. Note duplication of faces increases file size. Attribute value: Duplicate triangles if required. Possible values : value : default value is "SOLID 1" "SOLID 0": Use file spec if possible. "SOLID 1": Ignore file spec, never duplicate.
</SolidMode> <CreaseAngle value="30.0"> Specifies crease angle parameter. In case if input normals will be ignored (or not specified in input model). Possible values : value : All valid float numbers (default value is "30.0")
</CreaseAngle> <UseSpecifiedLODLevel mode="DefaultBehavior" specifiedLODLevel="0"> Specifies the LOD (Level of Detail) level and mode. Specifies the LOD (Level of Detail) level which be used during the conversion process, where the originating model contains multiple resolution versions at various levels of detail. The conversion output will only contain a single level of detail, selected by means of this parameter. At highest LOD level, model will have the most detail, generating the largest output file size. At lower LOD levels, a simplified lower detail model will be used. Attribute mode: In case if the specified LOD level is not available then lowest LOD level would be used. Specified values should match those present in the file if possible, when LOD parameter value is positive. Please note that Coin Interface uses lowest LOD level. Please note that Coin Interface does not support this value. Possible values : mode : default value is "DefaultBehavior" "CustomLODLevel": This value mean that conversion interface will use the specified LOD level. "DefaultBehavior": This value means that conversion interface will use some default LOD level. "HighestDetail": This value means that conversion interface will use highest LOD level (typically LOD level 0). "LowestDetail": This value means that conversion interface will use lowest LOD level (depends on model's lowest LOD level). "AllLODLevels": This value means that all LOD levels will be converted. specifiedLODLevel : All valid integer numbers (default value is "0")
</UseSpecifiedLODLevel> <UseOriginalNormals value="false"> Specifies "Use original normals" parameter. If selected, model normals are passed through and used in the 3D PDF model. If not selected, normals are ignored and normals are auto- generated within the PDF3D system. Possible values : value : "false", "true" (default value is "false")
</UseOriginalNormals> <InventorNode soNodePtr="0"> Specifies the address for the input node.
</InventorNode> <GeospatialImage value=""> Specifies input geospatial image file for using as texture image. Also you can use ordinal image files plus accompanied world files to make output model textured. Geospatial TIFF format is also supported.
</GeospatialImage> <CommonProperties> <InputUnits degreesPerMeter="3e-06" xyUnits="m" zUnits="m"> Specifies input units for the current assembly. The input units of all assemblies are being processed by the following algorithm: 1) If ModelUnitType parameter is specified manually (i.e. it is not equal to ModelUnit_is_NotDefined value) then all models will be converted from input units to the manually specified ModelUnitType. 2) If ModelUnitType parameter is not specified manually (i.e. it is equal ModelUnit_is_NotDefined value) then program iterates through the input assemblies (in original order). For each assembly it performs the following: a) If xyUnits of the current assembly is not equal zUnits of the current assembly and zUnits can be assigned to ModelUnitType parameter. In such case XY coordinates are being converted to zUnits. Also ModelUnitType parameter is forced to zUnits parameter value. Program converts all the rest assemblies to ModelUnitType parameter. b) If xyUnits of the current assembly are not equal zUnits of the current assembly and zUnits can not be assigned to ModelUnitType, but xyUnits can be assigned to ModelUnitType. In such a case Z coordinates are being converted to xyUnits. The ModelUnitType parameter is forces to xyUnits parameter value. Program converts all the rest assemblies to ModelUnitType parameter. c) If both xyUnits and zUnits of the current assembly can not be assigned to ModelUnitType then program process the rest assemblies (checks for conditions a, b and c). As a result of such processing a target units should be selected. If ModelUnitType is still ModelUnit_is_NotDefined and the output coordinate system is some type of the geospatial coordinate system (either exactly specified geodetic or projected coordinate system, or automatically detected geospatial coordinate system) then ModelUnitType is forced to meters. If output coordinate system is the geospatial coordinate system then degreesPerMeter parameter is not used, and used geospatially correct transformations. Note that xyUnits and zUnits can be applied to any input assembly, but for GRD_Interface. The deprecated parameter degreesPerMeter is used only when output coordinate system is the generic cartesian. Attribute degreesPerMeter: This is a deprecated parameter, use it only for backward compatibility. This is a deprecated parameter, use it only for backward compatibility. Specifies conversion factor for an input file X-Y units to meters. Important to correctly map elevation values. If using degrees lat-lon, grid will be shown a square with a general simple degree to meters conversion. This does not take into account curvature, distortions at high latitudes. If precise geometry is needed, please, use AssemblyProperties->GeospatialProperties and InputParameters->ModelUnitType->GeoOutputCS parameter blocks instead. This conversion factor is intended only for visual effects, can be set so that surface variations become visible. Attribute xyUnits: Specifies input file X-Y units (meters, miles, etc) for the current assembly. Attribute zUnits: Specifies Z depth, elevation units, typically Meters. Possible values : xyUnits : default value is "m" "m": 1 model unit = 1 meter. "mm": 1 model unit = 1 millimeter. "cm": 1 model unit = 1 centimeter. "in": 1 model unit = 1 inch (0.0254 meter). "km": 1 model unit = 1 kilometer. "p": 1 model unit = 1 Postscript pica (0.004233333333 meter). "pt": 1 model unit = 1 Postscript point (0.0003527777778 meter). "ft": 1 model unit = 1 foot (0.3048 meter). "yd": 1 model unit = 1 yard (0.9144 meter). "mi": 1 model unit = 1 mile (1609.344 meter). "fath": 1 model unit = 1 fathom (1.8288 meter). "custom": 1 model unit = 1 degree (angular units will be converted to linear by the use of additional coefficient). "radian": 1 model unit = 1 radian (angular units will be converted to linear by the use of additional coefficient, but first radians will be converted to degrees). "grad": 1 model unit = 1 grad (angular units will be converted to linear by use of additional coefficient, but first grads will be converted to degrees). zUnits : default value is "m" "m": 1 model unit = 1 meter. "mm": 1 model unit = 1 millimeter. "cm": 1 model unit = 1 centimeter. "in": 1 model unit = 1 inch (0.0254 meter). "km": 1 model unit = 1 kilometer. "p": 1 model unit = 1 Postscript pica (0.004233333333 meter). "pt": 1 model unit = 1 Postscript point (0.0003527777778 meter). "ft": 1 model unit = 1 foot (0.3048 meter). "yd": 1 model unit = 1 yard (0.9144 meter). "mi": 1 model unit = 1 mile (1609.344 meter). "fath": 1 model unit = 1 fathom (1.8288 meter). "custom": 1 model unit = 1 degree (angular units will be converted to linear by the use of additional coefficient). "radian": 1 model unit = 1 radian (angular units will be converted to linear by the use of additional coefficient, but first radians will be converted to degrees). "grad": 1 model unit = 1 grad (angular units will be converted to linear by use of additional coefficient, but first grads will be converted to degrees). degreesPerMeter : All valid float numbers (default value is "3e-06")
</InputUnits> <TransformCoordinateSpaceFrom inputCoordinateSpace="Right Hand (Z+Up)"> Adds a rotational local root 3D scene node to specify the local (per assembly) coordinate system Specifies coordinate system for the entire scene, if right-hand Z axis is best oriented out of screen toward viewer, or shown as up direction, toward top of page. This is application and data dependent. Specifies the coordinate system for entire assembly, if right-hand Z axis is best oriented out of the screen towards the viewer, or shown as up direction, toward the top of a page. It is application and data dependent parameter. Possible values : inputCoordinateSpace : default value is "Right Hand (Z+Up)" "From input file" "Right Hand (Z+Up)" "Right Hand (Y+Up)" "Custom Matrix"
<PreScalePerComponent x="1.0" y="1.0" z="1.0"> Specifies the additonal scale transformation for the input scene. Can be helpful if the input file already pre-scaled by producing software. Attribute x: Specifies vector's "X" component Attribute y: Specifies vector's "Y" component Attribute z: Specifies vector's "Z" component Possible values : x : All valid float numbers (default value is "1.0") y : All valid float numbers (default value is "1.0") z : All valid float numbers (default value is "1.0")
</PreScalePerComponent> <CustomMatrix> Specifies a matrix.
<ColX w="0.0" x="1.0" y="0.0" z="0.0"> Specifies a vector. Attribute w: Specifies column's "W" component Attribute x: Specifies vector's "X" component Attribute y: Specifies vector's "Y" component Attribute z: Specifies vector's "Z" component Possible values : x : All valid float numbers (default value is "1.0") y : All valid float numbers (default value is "0.0") z : All valid float numbers (default value is "0.0") w : All valid float numbers (default value is "0.0")
</ColX> <ColY w="0.0" x="0.0" y="1.0" z="0.0"> Specifies a vector. Attribute w: Specifies column's "W" component Attribute x: Specifies vector's "X" component Attribute y: Specifies vector's "Y" component Attribute z: Specifies vector's "Z" component Possible values : x : All valid float numbers (default value is "0.0") y : All valid float numbers (default value is "1.0") z : All valid float numbers (default value is "0.0") w : All valid float numbers (default value is "0.0")
</ColY> <ColZ w="0.0" x="0.0" y="0.0" z="1.0"> Specifies a vector. Attribute w: Specifies column's "W" component Attribute x: Specifies vector's "X" component Attribute y: Specifies vector's "Y" component Attribute z: Specifies vector's "Z" component Possible values : x : All valid float numbers (default value is "0.0") y : All valid float numbers (default value is "0.0") z : All valid float numbers (default value is "1.0") w : All valid float numbers (default value is "0.0")
</ColZ> <ColW w="1.0" x="0.0" y="0.0" z="0.0"> Specifies a vector. Attribute w: Specifies column's "W" component Attribute x: Specifies vector's "X" component Attribute y: Specifies vector's "Y" component Attribute z: Specifies vector's "Z" component Possible values : x : All valid float numbers (default value is "0.0") y : All valid float numbers (default value is "0.0") z : All valid float numbers (default value is "0.0") w : All valid float numbers (default value is "1.0")
</ColW> </CustomMatrix> </TransformCoordinateSpaceFrom> <WeldingProximity value="0.001"> Possible values : value : All valid float numbers (default value is "0.001")
</WeldingProximity> </CommonProperties> <GeospatialProperties highTextureResolution="false"> Specifies properties for geospatial referenced objects. Attribute highTextureResolution: High Resolution textures may degrade display performance and generate larger files while preserving more detail. Note the Adobe Reader imposes limits on practical texture size. The texture image encoding process applies a clamp limit on texture size during conversion. For high-resolution textures mode (for best detail, at cost of larger files and slow interation) pixel count maximum 16383 * 4096 is applied. For default typical use (moderate resolution, small files, fast interaction), the limit is 4096 * 1024 pixel count. Note this is total number of pixels, ignoring image aspect ratio. Possible values : highTextureResolution : "false", "true" (default value is "false")
<Input customWKT="" gcs="WGS_84_epsg_4326" pcs="WGS_84_UTM_zone_1N_epsg_32601" system="Input"> Specifies input geospatial (or non-geospatial) coordinate system and its type. These parameters could be specified per assembly basis. Attribute customWKT: Specifies custom input geographic or projected coordinate system. Attribute gcs: Specifies input geodetic (geospatial) coordinate system (by EPSG registry code). This parameter is used only when the 'system' parameter specifies geographic coordinate system. Attribute pcs: Specifies input projected (geospatial) coordinate system (by EPSG registry code). This parameter is used only when the 'system' parameter specifies projected coordinate system. Attribute system: Specifies the type of the input coordinate system. Information about geospatial coordinate system could be stored in the input files. For instance, GeoTIFF files could store information about geospatial coordinate system inside the image header. Many other formats can use accompanied files (typically with .prj extension) to store descriptions of the used geospatial coordinate systems. If an input file does not contain (or does not have associated) information about its geospatial coordinate system then the program assumes that the input assembly is in generic cartesian (non-geospatial) coordinate system. If an input file contains some information about its geospatial coordinate system then such information will not be used and instead will use system specified with the geographic coordinate system parameter. If an input file contains some information about a geospatial coordinate system then such information will not be used and instead will use the specified projected coordinate system. Possible values : system : default value is "Input" "None": Specifies to use generic cartesian (XYZ, non-geospatial) input coordinate system. "Input": Specifies to use geospatial coordinate system which is stored in input file. "Geographic": Exactly specifies the use of some specific geographic input coordinate system. "Projected": Exactly specifies the use of projected (geospatial) input coordinate system. "Custom": Exactly specifies the use of custom projected or geographic input coordinate system. gcs : default value is "WGS_84_epsg_4326" "Undefined" "HD1909_epsg_3819" "TWD67_epsg_3821" "TWD97_epsg_3824" "IGRS_epsg_3889" "MGI_1901_epsg_3906" "Unknown_datum_based_upon_the_Airy_1830_ellipsoid_epsg_4001" "Unknown_datum_based_upon_the_Airy_Modified_1849_ellipsoid_epsg_4002" "Unknown_datum_based_upon_the_Australian_National_Spheroid_epsg_4003" "Unknown_datum_based_upon_the_Bessel_1841_ellipsoid_epsg_4004" "Unknown_datum_based_upon_the_Bessel_Modified_ellipsoid_epsg_4005" "Unknown_datum_based_upon_the_Bessel_Namibia_ellipsoid_epsg_4006" "Unknown_datum_based_upon_the_Clarke_1858_ellipsoid_epsg_4007" "Unknown_datum_based_upon_the_Clarke_1866_ellipsoid_epsg_4008" "Unknown_datum_based_upon_the_Clarke_1866_Michigan_ellipsoid_epsg_4009" "Unknown_datum_based_upon_the_Clarke_1880_Benoit_ellipsoid_epsg_4010" "Unknown_datum_based_upon_the_Clarke_1880_IGN_ellipsoid_epsg_4011" "Unknown_datum_based_upon_the_Clarke_1880_RGS_ellipsoid_epsg_4012" "Unknown_datum_based_upon_the_Clarke_1880_Arc_ellipsoid_epsg_4013" "Unknown_datum_based_upon_the_Clarke_1880_SGA_1922_ellipsoid_epsg_4014" "Unknown_datum_based_upon_the_Everest_1830_1937_Adjustment_ellipsoid_epsg_4015" "Unknown_datum_based_upon_the_Everest_1830_1967_Definition_ellipsoid_epsg_4016" "Unknown_datum_based_upon_the_Everest_1830_Modified_ellipsoid_epsg_4018" "Unknown_datum_based_upon_the_GRS_1980_ellipsoid_epsg_4019" "Unknown_datum_based_upon_the_Helmert_1906_ellipsoid_epsg_4020" "Unknown_datum_based_upon_the_Indonesian_National_Spheroid_epsg_4021" "Unknown_datum_based_upon_the_International_1924_ellipsoid_epsg_4022" "MOLDREF99_epsg_4023" "Unknown_datum_based_upon_the_Krassowsky_1940_ellipsoid_epsg_4024" "Unknown_datum_based_upon_the_NWL_9D_ellipsoid_epsg_4025" "Unknown_datum_based_upon_the_Plessis_1817_ellipsoid_epsg_4027" "Unknown_datum_based_upon_the_Struve_1860_ellipsoid_epsg_4028" "Unknown_datum_based_upon_the_War_Office_ellipsoid_epsg_4029" "Unknown_datum_based_upon_the_WGS_84_ellipsoid_epsg_4030" "Unknown_datum_based_upon_the_GEM_10C_ellipsoid_epsg_4031" "Unknown_datum_based_upon_the_OSU86F_ellipsoid_epsg_4032" "Unknown_datum_based_upon_the_OSU91A_ellipsoid_epsg_4033" "Unknown_datum_based_upon_the_Clarke_1880_ellipsoid_epsg_4034" "Unknown_datum_based_upon_the_Authalic_Sphere_epsg_4035" "Unknown_datum_based_upon_the_GRS_1967_ellipsoid_epsg_4036" "Unknown_datum_based_upon_the_Average_Terrestrial_System_1977_ellipsoid_epsg_4041" "Unknown_datum_based_upon_the_Everest_1830_Definition_ellipsoid_epsg_4042" "Unknown_datum_based_upon_the_WGS_72_ellipsoid_epsg_4043" "Unknown_datum_based_upon_the_Everest_1830_1962_Definition_ellipsoid_epsg_4044" "Unknown_datum_based_upon_the_Everest_1830_1975_Definition_ellipsoid_epsg_4045" "RGRDC_2005_epsg_4046" "Unspecified_datum_based_upon_the_GRS_1980_Authalic_Sphere_epsg_4047" "Unspecified_datum_based_upon_the_Clarke_1866_Authalic_Sphere_epsg_4052" "Unspecified_datum_based_upon_the_International_1924_Authalic_Sphere_epsg_4053" "Unspecified_datum_based_upon_the_Hughes_1980_ellipsoid_epsg_4054" "Popular_Visualisation_CRS_epsg_4055" "SREF98_epsg_4075" "REGCAN95_epsg_4081" "Greek_epsg_4120" "GGRS87_epsg_4121" "ATS77_epsg_4122" "KKJ_epsg_4123" "RT90_epsg_4124" "Samboja_epsg_4125" "LKS94_ETRS89_epsg_4126" "Tete_epsg_4127" "Madzansua_epsg_4128" "Observatario_epsg_4129" "Moznet_epsg_4130" "Indian_1960_epsg_4131" "FD58_epsg_4132" "EST92_epsg_4133" "PSD93_epsg_4134" "Old_Hawaiian_epsg_4135" "St_Lawrence_Island_epsg_4136" "St_Paul_Island_epsg_4137" "St_George_Island_epsg_4138" "Puerto_Rico_epsg_4139" "NAD83CSRS98_epsg_4140" "Israel_epsg_4141" "Locodjo_1965_epsg_4142" "Abidjan_1987_epsg_4143" "Kalianpur_1937_epsg_4144" "Kalianpur_1962_epsg_4145" "Kalianpur_1975_epsg_4146" "Hanoi_1972_epsg_4147" "Hartebeesthoek94_epsg_4148" "CH1903_epsg_4149" "CH1903_epsg_4150" "CHTRF95_epsg_4151" "NAD83HARN_epsg_4152" "Rassadiran_epsg_4153" "ED50ED77_epsg_4154" "Dabola_1981_epsg_4155" "SJTSK_epsg_4156" "Mount_Dillon_epsg_4157" "Naparima_1955_epsg_4158" "ELD79_epsg_4159" "Chos_Malal_1914_epsg_4160" "Pampa_del_Castillo_epsg_4161" "Korean_1985_epsg_4162" "Yemen_NGN96_epsg_4163" "South_Yemen_epsg_4164" "Bissau_epsg_4165" "Korean_1995_epsg_4166" "NZGD2000_epsg_4167" "Accra_epsg_4168" "American_Samoa_1962_epsg_4169" "SIRGAS_1995_epsg_4170" "RGF93_epsg_4171" "POSGAR_epsg_4172" "IRENET95_epsg_4173" "Sierra_Leone_1924_epsg_4174" "Sierra_Leone_1968_epsg_4175" "Australian_Antarctic_epsg_4176" "Pulkovo_194283_epsg_4178" "Pulkovo_194258_epsg_4179" "EST97_epsg_4180" "Luxembourg_1930_epsg_4181" "Azores_Occidental_1939_epsg_4182" "Azores_Central_1948_epsg_4183" "Azores_Oriental_1940_epsg_4184" "Madeira_1936_epsg_4185" "OSNI_1952_epsg_4188" "REGVEN_epsg_4189" "POSGAR_98_epsg_4190" "Albanian_1987_epsg_4191" "Douala_1948_epsg_4192" "Manoca_1962_epsg_4193" "Qornoq_1927_epsg_4194" "Scoresbysund_1952_epsg_4195" "Ammassalik_1958_epsg_4196" "Garoua_epsg_4197" "Kousseri_epsg_4198" "Egypt_1930_epsg_4199" "Pulkovo_1995_epsg_4200" "Adindan_epsg_4201" "AGD66_epsg_4202" "AGD84_epsg_4203" "Ain_el_Abd_epsg_4204" "Afgooye_epsg_4205" "Agadez_epsg_4206" "Lisbon_epsg_4207" "Aratu_epsg_4208" "Arc_1950_epsg_4209" "Arc_1960_epsg_4210" "Batavia_epsg_4211" "Barbados_1938_epsg_4212" "Beduaram_epsg_4213" "Beijing_1954_epsg_4214" "Belge_1950_epsg_4215" "Bermuda_1957_epsg_4216" "Bogota_1975_epsg_4218" "Bukit_Rimpah_epsg_4219" "Camacupa_epsg_4220" "Campo_Inchauspe_epsg_4221" "Cape_epsg_4222" "Carthage_epsg_4223" "Chua_epsg_4224" "Corrego_Alegre_197072_epsg_4225" "Cote_dIvoire_epsg_4226" "Deir_ez_Zor_epsg_4227" "Douala_epsg_4228" "Egypt_1907_epsg_4229" "ED50_epsg_4230" "ED87_epsg_4231" "Fahud_epsg_4232" "Gandajika_1970_epsg_4233" "Garoua_epsg_4234" "Guyane_Francaise_epsg_4235" "Hu_Tzu_Shan_1950_epsg_4236" "HD72_epsg_4237" "ID74_epsg_4238" "Indian_1954_epsg_4239" "Indian_1975_epsg_4240" "Jamaica_1875_epsg_4241" "JAD69_epsg_4242" "Kalianpur_1880_epsg_4243" "Kandawala_epsg_4244" "Kertau_1968_epsg_4245" "KOC_epsg_4246" "La_Canoa_epsg_4247" "PSAD56_epsg_4248" "Lake_epsg_4249" "Leigon_epsg_4250" "Liberia_1964_epsg_4251" "Lome_epsg_4252" "Luzon_1911_epsg_4253" "Hito_XVIII_1963_epsg_4254" "Herat_North_epsg_4255" "Mahe_1971_epsg_4256" "Makassar_epsg_4257" "ETRS89_epsg_4258" "Malongo_1987_epsg_4259" "Manoca_epsg_4260" "Merchich_epsg_4261" "Massawa_epsg_4262" "Minna_epsg_4263" "Mhast_epsg_4264" "Monte_Mario_epsg_4265" "Mporaloko_epsg_4266" "NAD27_epsg_4267" "NAD27_Michigan_epsg_4268" "NAD83_epsg_4269" "Nahrwan_1967_epsg_4270" "Naparima_1972_epsg_4271" "NZGD49_epsg_4272" "NGO_1948_epsg_4273" "Datum_73_epsg_4274" "NTF_epsg_4275" "NSWC_9Z2_epsg_4276" "OSGB_1936_epsg_4277" "OSGB70_epsg_4278" "OSSN80_epsg_4279" "Padang_epsg_4280" "Palestine_1923_epsg_4281" "Pointe_Noire_epsg_4282" "GDA94_epsg_4283" "Pulkovo_1942_epsg_4284" "Qatar_1974_epsg_4285" "Qatar_1948_epsg_4286" "Qornoq_epsg_4287" "Loma_Quintana_epsg_4288" "Amersfoort_epsg_4289" "SAD69_epsg_4291" "Sapper_Hill_1943_epsg_4292" "Schwarzeck_epsg_4293" "Segora_epsg_4294" "Serindung_epsg_4295" "Sudan_epsg_4296" "Tananarive_epsg_4297" "Timbalai_1948_epsg_4298" "TM65_epsg_4299" "TM75_epsg_4300" "Tokyo_epsg_4301" "Trinidad_1903_epsg_4302" "TC1948_epsg_4303" "Voirol_1875_epsg_4304" "Bern_1938_epsg_4306" "Nord_Sahara_1959_epsg_4307" "RT38_epsg_4308" "Yacare_epsg_4309" "Yoff_epsg_4310" "Zanderij_epsg_4311" "MGI_epsg_4312" "Belge_1972_epsg_4313" "DHDN_epsg_4314" "Conakry_1905_epsg_4315" "Dealul_Piscului_1930_epsg_4316" "Dealul_Piscului_1970_epsg_4317" "NGN_epsg_4318" "KUDAMS_epsg_4319" "WGS_72_epsg_4322" "WGS_72BE_epsg_4324" "WGS_84_epsg_4326" "RGSPM06_epsg_4463" "RGM04_epsg_4470" "Cadastre_1997_epsg_4475" "Mexican_Datum_of_1993_epsg_4483" "China_Geodetic_Coordinate_System_2000_epsg_4490" "New_Beijing_epsg_4555" "RRAF_1991_epsg_4558" "Anguilla_1957_epsg_4600" "Antigua_1943_epsg_4601" "Dominica_1945_epsg_4602" "Grenada_1953_epsg_4603" "Montserrat_1958_epsg_4604" "St_Kitts_1955_epsg_4605" "St_Lucia_1955_epsg_4606" "St_Vincent_1945_epsg_4607" "NAD2776_epsg_4608" "NAD27CGQ77_epsg_4609" "Xian_1980_epsg_4610" "Hong_Kong_1980_epsg_4611" "JGD2000_epsg_4612" "Segara_epsg_4613" "QND95_epsg_4614" "Porto_Santo_epsg_4615" "Selvagem_Grande_epsg_4616" "NAD83CSRS_epsg_4617" "SAD69_epsg_4618" "SWEREF99_epsg_4619" "Point_58_epsg_4620" "Fort_Marigot_epsg_4621" "Guadeloupe_1948_epsg_4622" "CSG67_epsg_4623" "RGFG95_epsg_4624" "Martinique_1938_epsg_4625" "Reunion_1947_epsg_4626" "RGR92_epsg_4627" "Tahiti_52_epsg_4628" "Tahaa_54_epsg_4629" "IGN72_Nuku_Hiva_epsg_4630" "K0_1949_epsg_4631" "Combani_1950_epsg_4632" "IGN56_Lifou_epsg_4633" "IGN72_Grand_Terre_epsg_4634" "ST87_Ouvea_epsg_4635" "Petrels_1972_epsg_4636" "Perroud_1950_epsg_4637" "Saint_Pierre_et_Miquelon_1950_epsg_4638" "MOP78_epsg_4639" "RRAF_1991_epsg_4640" "IGN53_Mare_epsg_4641" "ST84_Ile_des_Pins_epsg_4642" "ST71_Belep_epsg_4643" "NEA74_Noumea_epsg_4644" "RGNC_1991_epsg_4645" "Grand_Comoros_epsg_4646" "Reykjavik_1900_epsg_4657" "Hjorsey_1955_epsg_4658" "ISN93_epsg_4659" "Helle_1954_epsg_4660" "LKS92_epsg_4661" "IGN72_Grande_Terre_epsg_4662" "Porto_Santo_1995_epsg_4663" "Azores_Oriental_1995_epsg_4664" "Azores_Central_1995_epsg_4665" "Lisbon_1890_epsg_4666" "IKBD92_epsg_4667" "ED79_epsg_4668" "LKS94_epsg_4669" "IGM95_epsg_4670" "Voirol_1879_epsg_4671" "Chatham_Islands_1971_epsg_4672" "Chatham_Islands_1979_epsg_4673" "SIRGAS_2000_epsg_4674" "Guam_1963_epsg_4675" "Vientiane_1982_epsg_4676" "Lao_1993_epsg_4677" "Lao_1997_epsg_4678" "Jouik_1961_epsg_4679" "Nouakchott_1965_epsg_4680" "Mauritania_1999_epsg_4681" "Gulshan_303_epsg_4682" "PRS92_epsg_4683" "Gan_1970_epsg_4684" "Gandajika_epsg_4685" "MAGNASIRGAS_epsg_4686" "RGPF_epsg_4687" "Fatu_Iva_72_epsg_4688" "IGN63_Hiva_Oa_epsg_4689" "Tahiti_79_epsg_4690" "Moorea_87_epsg_4691" "Maupiti_83_epsg_4692" "Nakhle_Ghanem_epsg_4693" "POSGAR_94_epsg_4694" "Katanga_1955_epsg_4695" "Kasai_1953_epsg_4696" "IGC_1962_6th_Parallel_South_epsg_4697" "IGN_1962_Kerguelen_epsg_4698" "Le_Pouce_1934_epsg_4699" "IGN_Astro_1960_epsg_4700" "IGCB_1955_epsg_4701" "Mauritania_1999_epsg_4702" "Mhast_1951_epsg_4703" "Mhast_onshore_epsg_4704" "Mhast_offshore_epsg_4705" "Egypt_Gulf_of_Suez_S650_TL_epsg_4706" "Tern_Island_1961_epsg_4707" "Cocos_Islands_1965_epsg_4708" "Iwo_Jima_1945_epsg_4709" "St_Helena_1971_epsg_4710" "Marcus_Island_1952_epsg_4711" "Ascension_Island_1958_epsg_4712" "Ayabelle_Lighthouse_epsg_4713" "Bellevue_epsg_4714" "Camp_Area_Astro_epsg_4715" "Phoenix_Islands_1966_epsg_4716" "Cape_Canaveral_epsg_4717" "Solomon_1968_epsg_4718" "Easter_Island_1967_epsg_4719" "Fiji_1986_epsg_4720" "Fiji_1956_epsg_4721" "South_Georgia_1968_epsg_4722" "Grand_Cayman_1959_epsg_4723" "Diego_Garcia_1969_epsg_4724" "Johnston_Island_1961_epsg_4725" "Little_Cayman_1961_epsg_4726" "Midway_1961_epsg_4727" "Pico_de_las_Nieves_1984_epsg_4728" "Pitcairn_1967_epsg_4729" "Santo_1965_epsg_4730" "Viti_Levu_1916_epsg_4731" "Marshall_Islands_1960_epsg_4732" "Wake_Island_1952_epsg_4733" "Tristan_1968_epsg_4734" "Kusaie_1951_epsg_4735" "Deception_Island_epsg_4736" "Korea_2000_epsg_4737" "Hong_Kong_1963_epsg_4738" "Hong_Kong_196367_epsg_4739" "PZ90_epsg_4740" "FD54_epsg_4741" "GDM2000_epsg_4742" "Karbala_1979_epsg_4743" "Nahrwan_1934_epsg_4744" "RD83_epsg_4745" "PD83_epsg_4746" "GR96_epsg_4747" "Vanua_Levu_1915_epsg_4748" "RGNC9193_epsg_4749" "ST87_Ouvea_epsg_4750" "Kertau_RSO_epsg_4751" "Viti_Levu_1912_epsg_4752" "fk89_epsg_4753" "LGD2006_epsg_4754" "DGN95_epsg_4755" "VN2000_epsg_4756" "SVY21_epsg_4757" "JAD2001_epsg_4758" "NAD83NSRS2007_epsg_4759" "WGS_66_epsg_4760" "HTRS96_epsg_4761" "BDA2000_epsg_4762" "Pitcairn_2006_epsg_4763" "RSRGD2000_epsg_4764" "Slovenia_1996_epsg_4765" "Bern_1898_Bern_epsg_4801" "Bogota_1975_Bogota_epsg_4802" "Lisbon_Lisbon_epsg_4803" "Makassar_Jakarta_epsg_4804" "MGI_Ferro_epsg_4805" "Monte_Mario_Rome_epsg_4806" "NTF_Paris_epsg_4807" "Padang_Jakarta_epsg_4808" "Belge_1950_Brussels_epsg_4809" "Tananarive_Paris_epsg_4810" "Voirol_1875_Paris_epsg_4811" "Batavia_Jakarta_epsg_4813" "RT38_Stockholm_epsg_4814" "Greek_Athens_epsg_4815" "Carthage_Paris_epsg_4816" "NGO_1948_Oslo_epsg_4817" "SJTSK_Ferro_epsg_4818" "Nord_Sahara_1959_Paris_epsg_4819" "Segara_Jakarta_epsg_4820" "Voirol_1879_Paris_epsg_4821" "Sao_Tome_epsg_4823" "Principe_epsg_4824" "ATF_Paris_epsg_4901" "NDG_Paris_epsg_4902" "Madrid_1870_Madrid_epsg_4903" "Lisbon_1890_Lisbon_epsg_4904" "PTRA08_epsg_5013" "Tokyo_1892_epsg_5132" "SJTSK05_epsg_5228" "SJTSK05_Ferro_epsg_5229" "SLD99_epsg_5233" "GDBD2009_epsg_5246" "TUREF_epsg_5252" "DRUKREF_03_epsg_5264" "ISN2004_epsg_5324" "POSGAR_2007_epsg_5340" "MARGEN_epsg_5354" "SIRGASChile_epsg_5360" "CR05_epsg_5365" "MACARIO_SOLIS_epsg_5371" "Peru96_epsg_5373" "SIRGASROU98_epsg_5381" "SIRGAS_ES20078_epsg_5393" "Ocotepeque_1935_epsg_5451" "Sibun_Gorge_1922_epsg_5464" "PanamaColon_1911_epsg_5467" "RGAF09_epsg_5489" "Corrego_Alegre_1961_epsg_5524" "SAD6996_epsg_5527" "PNG94_epsg_5546" pcs : default value is "WGS_84_UTM_zone_1N_epsg_32601" "Undefined" "Anguilla_1957_British_West_Indies_Grid_epsg_2000" "Antigua_1943_British_West_Indies_Grid_epsg_2001" "Dominica_1945_British_West_Indies_Grid_epsg_2002" "Grenada_1953_British_West_Indies_Grid_epsg_2003" "Montserrat_1958_British_West_Indies_Grid_epsg_2004" "St_Kitts_1955_British_West_Indies_Grid_epsg_2005" "St_Lucia_1955_British_West_Indies_Grid_epsg_2006" "St_Vincent_45_British_West_Indies_Grid_epsg_2007" "NAD27CGQ77_SCoPQ_zone_2_epsg_2008" "NAD27CGQ77_SCoPQ_zone_3_epsg_2009" "NAD27CGQ77_SCoPQ_zone_4_epsg_2010" "NAD27CGQ77_SCoPQ_zone_5_epsg_2011" "NAD27CGQ77_SCoPQ_zone_6_epsg_2012" "NAD27CGQ77_SCoPQ_zone_7_epsg_2013" "NAD27CGQ77_SCoPQ_zone_8_epsg_2014" "NAD27CGQ77_SCoPQ_zone_9_epsg_2015" "NAD27CGQ77_SCoPQ_zone_10_epsg_2016" "NAD2776_MTM_zone_8_epsg_2017" "NAD2776_MTM_zone_9_epsg_2018" "NAD2776_MTM_zone_10_epsg_2019" "NAD2776_MTM_zone_11_epsg_2020" "NAD2776_MTM_zone_12_epsg_2021" "NAD2776_MTM_zone_13_epsg_2022" "NAD2776_MTM_zone_14_epsg_2023" "NAD2776_MTM_zone_15_epsg_2024" "NAD2776_MTM_zone_16_epsg_2025" "NAD2776_MTM_zone_17_epsg_2026" "NAD2776_UTM_zone_15N_epsg_2027" "NAD2776_UTM_zone_16N_epsg_2028" "NAD2776_UTM_zone_17N_epsg_2029" "NAD2776_UTM_zone_18N_epsg_2030" "NAD27CGQ77_UTM_zone_17N_epsg_2031" "NAD27CGQ77_UTM_zone_18N_epsg_2032" "NAD27CGQ77_UTM_zone_19N_epsg_2033" "NAD27CGQ77_UTM_zone_20N_epsg_2034" "NAD27CGQ77_UTM_zone_21N_epsg_2035" "NAD83CSRS98_New_Brunswick_Stereo_epsg_2036" "NAD83CSRS98_UTM_zone_19N_epsg_2037" "NAD83CSRS98_UTM_zone_20N_epsg_2038" "Israel_Israeli_TM_Grid_epsg_2039" "Locodjo_1965_UTM_zone_30N_epsg_2040" "Abidjan_1987_UTM_zone_30N_epsg_2041" "Locodjo_1965_UTM_zone_29N_epsg_2042" "Abidjan_1987_UTM_zone_29N_epsg_2043" "Hanoi_1972_GaussKruger_zone_18_epsg_2044" "Hanoi_1972_GaussKruger_zone_19_epsg_2045" "Hartebeesthoek94_Lo15_epsg_2046" "Hartebeesthoek94_Lo17_epsg_2047" "Hartebeesthoek94_Lo19_epsg_2048" "Hartebeesthoek94_Lo21_epsg_2049" "Hartebeesthoek94_Lo23_epsg_2050" "Hartebeesthoek94_Lo25_epsg_2051" "Hartebeesthoek94_Lo27_epsg_2052" "Hartebeesthoek94_Lo29_epsg_2053" "Hartebeesthoek94_Lo31_epsg_2054" "Hartebeesthoek94_Lo33_epsg_2055" "CH1903_LV95_epsg_2056" "Rassadiran_Nakhl_e_Taqi_epsg_2057" "ED50ED77_UTM_zone_38N_epsg_2058" "ED50ED77_UTM_zone_39N_epsg_2059" "ED50ED77_UTM_zone_40N_epsg_2060" "ED50ED77_UTM_zone_41N_epsg_2061" "Madrid_1870_Madrid_Spain_epsg_2062" "Dabola_1981_UTM_zone_28N_epsg_2063" "Dabola_1981_UTM_zone_29N_epsg_2064" "SJTSK_Ferro_Krovak_epsg_2065" "Mount_Dillon_Tobago_Grid_epsg_2066" "Naparima_1955_UTM_zone_20N_epsg_2067" "ELD79_Libya_zone_5_epsg_2068" "ELD79_Libya_zone_6_epsg_2069" "ELD79_Libya_zone_7_epsg_2070" "ELD79_Libya_zone_8_epsg_2071" "ELD79_Libya_zone_9_epsg_2072" "ELD79_Libya_zone_10_epsg_2073" "ELD79_Libya_zone_11_epsg_2074" "ELD79_Libya_zone_12_epsg_2075" "ELD79_Libya_zone_13_epsg_2076" "ELD79_UTM_zone_32N_epsg_2077" "ELD79_UTM_zone_33N_epsg_2078" "ELD79_UTM_zone_34N_epsg_2079" "ELD79_UTM_zone_35N_epsg_2080" "Chos_Malal_1914_Argentina_2_epsg_2081" "Pampa_del_Castillo_Argentina_2_epsg_2082" "Hito_XVIII_1963_Argentina_2_epsg_2083" "Hito_XVIII_1963_UTM_zone_19S_epsg_2084" "NAD27_Cuba_Norte_epsg_2085" "NAD27_Cuba_Sur_epsg_2086" "ELD79_TM_12_NE_epsg_2087" "Carthage_TM_11_NE_epsg_2088" "Yemen_NGN96_UTM_zone_38N_epsg_2089" "Yemen_NGN96_UTM_zone_39N_epsg_2090" "South_Yemen_Gauss_Kruger_zone_8_epsg_2091" "South_Yemen_Gauss_Kruger_zone_9_epsg_2092" "Hanoi_1972_GK_106_NE_epsg_2093" "WGS_72BE_TM_106_NE_epsg_2094" "Bissau_UTM_zone_28N_epsg_2095" "Korean_1985_East_Belt_epsg_2096" "Korean_1985_Central_Belt_epsg_2097" "Korean_1985_West_Belt_epsg_2098" "Qatar_1948_Qatar_Grid_epsg_2099" "GGRS87_Greek_Grid_epsg_2100" "Lake_Maracaibo_Grid_M1_epsg_2101" "Lake_Maracaibo_Grid_epsg_2102" "Lake_Maracaibo_Grid_M3_epsg_2103" "Lake_Maracaibo_La_Rosa_Grid_epsg_2104" "NZGD2000_Mount_Eden_2000_epsg_2105" "NZGD2000_Bay_of_Plenty_2000_epsg_2106" "NZGD2000_Poverty_Bay_2000_epsg_2107" "NZGD2000_Hawkes_Bay_2000_epsg_2108" "NZGD2000_Taranaki_2000_epsg_2109" "NZGD2000_Tuhirangi_2000_epsg_2110" "NZGD2000_Wanganui_2000_epsg_2111" "NZGD2000_Wairarapa_2000_epsg_2112" "NZGD2000_Wellington_2000_epsg_2113" "NZGD2000_Collingwood_2000_epsg_2114" "NZGD2000_Nelson_2000_epsg_2115" "NZGD2000_Karamea_2000_epsg_2116" "NZGD2000_Buller_2000_epsg_2117" "NZGD2000_Grey_2000_epsg_2118" "NZGD2000_Amuri_2000_epsg_2119" "NZGD2000_Marlborough_2000_epsg_2120" "NZGD2000_Hokitika_2000_epsg_2121" "NZGD2000_Okarito_2000_epsg_2122" "NZGD2000_Jacksons_Bay_2000_epsg_2123" "NZGD2000_Mount_Pleasant_2000_epsg_2124" "NZGD2000_Gawler_2000_epsg_2125" "NZGD2000_Timaru_2000_epsg_2126" "NZGD2000_Lindis_Peak_2000_epsg_2127" "NZGD2000_Mount_Nicholas_2000_epsg_2128" "NZGD2000_Mount_York_2000_epsg_2129" "NZGD2000_Observation_Point_2000_epsg_2130" "NZGD2000_North_Taieri_2000_epsg_2131" "NZGD2000_Bluff_2000_epsg_2132" "NZGD2000_UTM_zone_58S_epsg_2133" "NZGD2000_UTM_zone_59S_epsg_2134" "NZGD2000_UTM_zone_60S_epsg_2135" "Accra_Ghana_National_Grid_epsg_2136" "Accra_TM_1_NW_epsg_2137" "NAD27CGQ77_Quebec_Lambert_epsg_2138" "NAD83CSRS98_SCoPQ_zone_2_epsg_2139" "NAD83CSRS98_MTM_zone_3_epsg_2140" "NAD83CSRS98_MTM_zone_4_epsg_2141" "NAD83CSRS98_MTM_zone_5_epsg_2142" "NAD83CSRS98_MTM_zone_6_epsg_2143" "NAD83CSRS98_MTM_zone_7_epsg_2144" "NAD83CSRS98_MTM_zone_8_epsg_2145" "NAD83CSRS98_MTM_zone_9_epsg_2146" "NAD83CSRS98_MTM_zone_10_epsg_2147" "NAD83CSRS98_UTM_zone_21N_epsg_2148" "NAD83CSRS98_UTM_zone_18N_epsg_2149" "NAD83CSRS98_UTM_zone_17N_epsg_2150" "NAD83CSRS98_UTM_zone_13N_epsg_2151" "NAD83CSRS98_UTM_zone_12N_epsg_2152" "NAD83CSRS98_UTM_zone_11N_epsg_2153" "RGF93_Lambert93_epsg_2154" "American_Samoa_1962_American_Samoa_Lambert_epsg_2155" "NAD83HARN_UTM_zone_59S_epsg_2156" "IRENET95_Irish_Transverse_Mercator_epsg_2157" "IRENET95_UTM_zone_29N_epsg_2158" "Sierra_Leone_1924_New_Colony_Grid_epsg_2159" "Sierra_Leone_1924_New_War_Office_Grid_epsg_2160" "Sierra_Leone_1968_UTM_zone_28N_epsg_2161" "Sierra_Leone_1968_UTM_zone_29N_epsg_2162" "US_National_Atlas_Equal_Area_epsg_2163" "Locodjo_1965_TM_5_NW_epsg_2164" "Abidjan_1987_TM_5_NW_epsg_2165" "Pulkovo_194283_Gauss_Kruger_zone_3_epsg_2166" "Pulkovo_194283_Gauss_Kruger_zone_4_epsg_2167" "Pulkovo_194283_Gauss_Kruger_zone_5_epsg_2168" "Luxembourg_1930_Gauss_epsg_2169" "MGI_Slovenia_Grid_epsg_2170" "Pulkovo_194258_Poland_zone_I_epsg_2171" "Pulkovo_194258_Poland_zone_II_epsg_2172" "Pulkovo_194258_Poland_zone_III_epsg_2173" "Pulkovo_194258_Poland_zone_IV_epsg_2174" "Pulkovo_194258_Poland_zone_V_epsg_2175" "ETRS89_Poland_CS2000_zone_5_epsg_2176" "ETRS89_Poland_CS2000_zone_6_epsg_2177" "ETRS89_Poland_CS2000_zone_7_epsg_2178" "ETRS89_Poland_CS2000_zone_8_epsg_2179" "ETRS89_Poland_CS92_epsg_2180" "Azores_Occidental_1939_UTM_zone_25N_epsg_2188" "Azores_Central_1948_UTM_zone_26N_epsg_2189" "Azores_Oriental_1940_UTM_zone_26N_epsg_2190" "Madeira_1936_UTM_zone_28N_epsg_2191" "ED50_France_EuroLambert_epsg_2192" "NZGD2000_New_Zealand_Transverse_Mercator_2000_epsg_2193" "American_Samoa_1962_American_Samoa_Lambert_epsg_2194" "NAD83HARN_UTM_zone_2S_epsg_2195" "ETRS89_Kp2000_Jutland_epsg_2196" "ETRS89_Kp2000_Zealand_epsg_2197" "ETRS89_Kp2000_Bornholm_epsg_2198" "Albanian_1987_Gauss_Kruger_zone_4_epsg_2199" "ATS77_New_Brunswick_Stereographic_ATS77_epsg_2200" "REGVEN_UTM_zone_18N_epsg_2201" "REGVEN_UTM_zone_19N_epsg_2202" "REGVEN_UTM_zone_20N_epsg_2203" "NAD27_Tennessee_epsg_2204" "NAD83_Kentucky_North_epsg_2205" "ED50_3degree_GaussKruger_zone_9_epsg_2206" "ED50_3degree_GaussKruger_zone_10_epsg_2207" "ED50_3degree_GaussKruger_zone_11_epsg_2208" "ED50_3degree_GaussKruger_zone_12_epsg_2209" "ED50_3degree_GaussKruger_zone_13_epsg_2210" "ED50_3degree_GaussKruger_zone_14_epsg_2211" "ED50_3degree_GaussKruger_zone_15_epsg_2212" "ETRS89_TM_30_NE_epsg_2213" "Douala_1948_AOF_west_epsg_2214" "Manoca_1962_UTM_zone_32N_epsg_2215" "Qornoq_1927_UTM_zone_22N_epsg_2216" "Qornoq_1927_UTM_zone_23N_epsg_2217" "Scoresbysund_1952_Greenland_zone_5_east_epsg_2218" "ATS77_UTM_zone_19N_epsg_2219" "ATS77_UTM_zone_20N_epsg_2220" "Scoresbysund_1952_Greenland_zone_6_east_epsg_2221" "NAD83_Arizona_East_ft_epsg_2222" "NAD83_Arizona_Central_ft_epsg_2223" "NAD83_Arizona_West_ft_epsg_2224" "NAD83_California_zone_1_ftUS_epsg_2225" "NAD83_California_zone_2_ftUS_epsg_2226" "NAD83_California_zone_3_ftUS_epsg_2227" "NAD83_California_zone_4_ftUS_epsg_2228" "NAD83_California_zone_5_ftUS_epsg_2229" "NAD83_California_zone_6_ftUS_epsg_2230" "NAD83_Colorado_North_ftUS_epsg_2231" "NAD83_Colorado_Central_ftUS_epsg_2232" "NAD83_Colorado_South_ftUS_epsg_2233" "NAD83_Connecticut_ftUS_epsg_2234" "NAD83_Delaware_ftUS_epsg_2235" "NAD83_Florida_East_ftUS_epsg_2236" "NAD83_Florida_West_ftUS_epsg_2237" "NAD83_Florida_North_ftUS_epsg_2238" "NAD83_Georgia_East_ftUS_epsg_2239" "NAD83_Georgia_West_ftUS_epsg_2240" "NAD83_Idaho_East_ftUS_epsg_2241" "NAD83_Idaho_Central_ftUS_epsg_2242" "NAD83_Idaho_West_ftUS_epsg_2243" "NAD83_Indiana_East_ftUS_epsg_2244" "NAD83_Indiana_West_ftUS_epsg_2245" "NAD83_Kentucky_North_ftUS_epsg_2246" "NAD83_Kentucky_South_ftUS_epsg_2247" "NAD83_Maryland_ftUS_epsg_2248" "NAD83_Massachusetts_Mainland_ftUS_epsg_2249" "NAD83_Massachusetts_Island_ftUS_epsg_2250" "NAD83_Michigan_North_ft_epsg_2251" "NAD83_Michigan_Central_ft_epsg_2252" "NAD83_Michigan_South_ft_epsg_2253" "NAD83_Mississippi_East_ftUS_epsg_2254" "NAD83_Mississippi_West_ftUS_epsg_2255" "NAD83_Montana_ft_epsg_2256" "NAD83_New_Mexico_East_ftUS_epsg_2257" "NAD83_New_Mexico_Central_ftUS_epsg_2258" "NAD83_New_Mexico_West_ftUS_epsg_2259" "NAD83_New_York_East_ftUS_epsg_2260" "NAD83_New_York_Central_ftUS_epsg_2261" "NAD83_New_York_West_ftUS_epsg_2262" "NAD83_New_York_Long_Island_ftUS_epsg_2263" "NAD83_North_Carolina_ftUS_epsg_2264" "NAD83_North_Dakota_North_ft_epsg_2265" "NAD83_North_Dakota_South_ft_epsg_2266" "NAD83_Oklahoma_North_ftUS_epsg_2267" "NAD83_Oklahoma_South_ftUS_epsg_2268" "NAD83_Oregon_North_ft_epsg_2269" "NAD83_Oregon_South_ft_epsg_2270" "NAD83_Pennsylvania_North_ftUS_epsg_2271" "NAD83_Pennsylvania_South_ftUS_epsg_2272" "NAD83_South_Carolina_ft_epsg_2273" "NAD83_Tennessee_ftUS_epsg_2274" "NAD83_Texas_North_ftUS_epsg_2275" "NAD83_Texas_North_Central_ftUS_epsg_2276" "NAD83_Texas_Central_ftUS_epsg_2277" "NAD83_Texas_South_Central_ftUS_epsg_2278" "NAD83_Texas_South_ftUS_epsg_2279" "NAD83_Utah_North_ft_epsg_2280" "NAD83_Utah_Central_ft_epsg_2281" "NAD83_Utah_South_ft_epsg_2282" "NAD83_Virginia_North_ftUS_epsg_2283" "NAD83_Virginia_South_ftUS_epsg_2284" "NAD83_Washington_North_ftUS_epsg_2285" "NAD83_Washington_South_ftUS_epsg_2286" "NAD83_Wisconsin_North_ftUS_epsg_2287" "NAD83_Wisconsin_Central_ftUS_epsg_2288" "NAD83_Wisconsin_South_ftUS_epsg_2289" "ATS77_Prince_Edward_Isl_Stereographic_ATS77_epsg_2290" "NAD83CSRS98_Prince_Edward_Isl_Stereographic_NAD83_epsg_2291" "NAD83CSRS98_Prince_Edward_Isl_Stereographic_NAD83_epsg_2292" "ATS77_MTM_Nova_Scotia_zone_4_epsg_2294" "ATS77_MTM_Nova_Scotia_zone_5_epsg_2295" "Ammassalik_1958_Greenland_zone_7_east_epsg_2296" "Qornoq_1927_Greenland_zone_1_east_epsg_2297" "Qornoq_1927_Greenland_zone_2_east_epsg_2298" "Qornoq_1927_Greenland_zone_2_west_epsg_2299" "Qornoq_1927_Greenland_zone_3_east_epsg_2300" "Qornoq_1927_Greenland_zone_3_west_epsg_2301" "Qornoq_1927_Greenland_zone_4_east_epsg_2302" "Qornoq_1927_Greenland_zone_4_west_epsg_2303" "Qornoq_1927_Greenland_zone_5_west_epsg_2304" "Qornoq_1927_Greenland_zone_6_west_epsg_2305" "Qornoq_1927_Greenland_zone_7_west_epsg_2306" "Qornoq_1927_Greenland_zone_8_east_epsg_2307" "Batavia_TM_109_SE_epsg_2308" "WGS_84_TM_116_SE_epsg_2309" "WGS_84_TM_132_SE_epsg_2310" "WGS_84_TM_6_NE_epsg_2311" "Garoua_UTM_zone_33N_epsg_2312" "Kousseri_UTM_zone_33N_epsg_2313" "Trinidad_1903_Trinidad_Grid_ftCla_epsg_2314" "Campo_Inchauspe_UTM_zone_19S_epsg_2315" "Campo_Inchauspe_UTM_zone_20S_epsg_2316" "PSAD56_ICN_Regional_epsg_2317" "Ain_el_Abd_Aramco_Lambert_epsg_2318" "ED50_TM27_epsg_2319" "ED50_TM30_epsg_2320" "ED50_TM33_epsg_2321" "ED50_TM36_epsg_2322" "ED50_TM39_epsg_2323" "ED50_TM42_epsg_2324" "ED50_TM45_epsg_2325" "Hong_Kong_1980_Grid_System_epsg_2326" "Xian_1980_GaussKruger_zone_13_epsg_2327" "Xian_1980_GaussKruger_zone_14_epsg_2328" "Xian_1980_GaussKruger_zone_15_epsg_2329" "Xian_1980_GaussKruger_zone_16_epsg_2330" "Xian_1980_GaussKruger_zone_17_epsg_2331" "Xian_1980_GaussKruger_zone_18_epsg_2332" "Xian_1980_GaussKruger_zone_19_epsg_2333" "Xian_1980_GaussKruger_zone_20_epsg_2334" "Xian_1980_GaussKruger_zone_21_epsg_2335" "Xian_1980_GaussKruger_zone_22_epsg_2336" "Xian_1980_GaussKruger_zone_23_epsg_2337" "Xian_1980_GaussKruger_CM_75E_epsg_2338" "Xian_1980_GaussKruger_CM_81E_epsg_2339" "Xian_1980_GaussKruger_CM_87E_epsg_2340" "Xian_1980_GaussKruger_CM_93E_epsg_2341" "Xian_1980_GaussKruger_CM_99E_epsg_2342" "Xian_1980_GaussKruger_CM_105E_epsg_2343" "Xian_1980_GaussKruger_CM_111E_epsg_2344" "Xian_1980_GaussKruger_CM_117E_epsg_2345" "Xian_1980_GaussKruger_CM_123E_epsg_2346" "Xian_1980_GaussKruger_CM_129E_epsg_2347" "Xian_1980_GaussKruger_CM_135E_epsg_2348" "Xian_1980_3degree_GaussKruger_zone_25_epsg_2349" "Xian_1980_3degree_GaussKruger_zone_26_epsg_2350" "Xian_1980_3degree_GaussKruger_zone_27_epsg_2351" "Xian_1980_3degree_GaussKruger_zone_28_epsg_2352" "Xian_1980_3degree_GaussKruger_zone_29_epsg_2353" "Xian_1980_3degree_GaussKruger_zone_30_epsg_2354" "Xian_1980_3degree_GaussKruger_zone_31_epsg_2355" "Xian_1980_3degree_GaussKruger_zone_32_epsg_2356" "Xian_1980_3degree_GaussKruger_zone_33_epsg_2357" "Xian_1980_3degree_GaussKruger_zone_34_epsg_2358" "Xian_1980_3degree_GaussKruger_zone_35_epsg_2359" "Xian_1980_3degree_GaussKruger_zone_36_epsg_2360" "Xian_1980_3degree_GaussKruger_zone_37_epsg_2361" "Xian_1980_3degree_GaussKruger_zone_38_epsg_2362" "Xian_1980_3degree_GaussKruger_zone_39_epsg_2363" "Xian_1980_3degree_GaussKruger_zone_40_epsg_2364" "Xian_1980_3degree_GaussKruger_zone_41_epsg_2365" "Xian_1980_3degree_GaussKruger_zone_42_epsg_2366" "Xian_1980_3degree_GaussKruger_zone_43_epsg_2367" "Xian_1980_3degree_GaussKruger_zone_44_epsg_2368" "Xian_1980_3degree_GaussKruger_zone_45_epsg_2369" "Xian_1980_3degree_GaussKruger_CM_75E_epsg_2370" "Xian_1980_3degree_GaussKruger_CM_78E_epsg_2371" "Xian_1980_3degree_GaussKruger_CM_81E_epsg_2372" "Xian_1980_3degree_GaussKruger_CM_84E_epsg_2373" "Xian_1980_3degree_GaussKruger_CM_87E_epsg_2374" "Xian_1980_3degree_GaussKruger_CM_90E_epsg_2375" "Xian_1980_3degree_GaussKruger_CM_93E_epsg_2376" "Xian_1980_3degree_GaussKruger_CM_96E_epsg_2377" "Xian_1980_3degree_GaussKruger_CM_99E_epsg_2378" "Xian_1980_3degree_GaussKruger_CM_102E_epsg_2379" "Xian_1980_3degree_GaussKruger_CM_105E_epsg_2380" "Xian_1980_3degree_GaussKruger_CM_108E_epsg_2381" "Xian_1980_3degree_GaussKruger_CM_111E_epsg_2382" "Xian_1980_3degree_GaussKruger_CM_114E_epsg_2383" "Xian_1980_3degree_GaussKruger_CM_117E_epsg_2384" "Xian_1980_3degree_GaussKruger_CM_120E_epsg_2385" "Xian_1980_3degree_GaussKruger_CM_123E_epsg_2386" "Xian_1980_3degree_GaussKruger_CM_126E_epsg_2387" "Xian_1980_3degree_GaussKruger_CM_129E_epsg_2388" "Xian_1980_3degree_GaussKruger_CM_132E_epsg_2389" "Xian_1980_3degree_GaussKruger_CM_135E_epsg_2390" "KKJ_Finland_zone_1_epsg_2391" "KKJ_Finland_zone_2_epsg_2392" "KKJ_Finland_Uniform_Coordinate_System_epsg_2393" "KKJ_Finland_zone_4_epsg_2394" "South_Yemen_GaussKruger_zone_8_epsg_2395" "South_Yemen_GaussKruger_zone_9_epsg_2396" "Pulkovo_194283_3degree_GaussKruger_zone_3_epsg_2397" "Pulkovo_194283_3degree_GaussKruger_zone_4_epsg_2398" "Pulkovo_194283_3degree_GaussKruger_zone_5_epsg_2399" "RT90_25_gon_W_epsg_2400" "Beijing_1954_3degree_GaussKruger_zone_25_epsg_2401" "Beijing_1954_3degree_GaussKruger_zone_26_epsg_2402" "Beijing_1954_3degree_GaussKruger_zone_27_epsg_2403" "Beijing_1954_3degree_GaussKruger_zone_28_epsg_2404" "Beijing_1954_3degree_GaussKruger_zone_29_epsg_2405" "Beijing_1954_3degree_GaussKruger_zone_30_epsg_2406" "Beijing_1954_3degree_GaussKruger_zone_31_epsg_2407" "Beijing_1954_3degree_GaussKruger_zone_32_epsg_2408" "Beijing_1954_3degree_GaussKruger_zone_33_epsg_2409" "Beijing_1954_3degree_GaussKruger_zone_34_epsg_2410" "Beijing_1954_3degree_GaussKruger_zone_35_epsg_2411" "Beijing_1954_3degree_GaussKruger_zone_36_epsg_2412" "Beijing_1954_3degree_GaussKruger_zone_37_epsg_2413" "Beijing_1954_3degree_GaussKruger_zone_38_epsg_2414" "Beijing_1954_3degree_GaussKruger_zone_39_epsg_2415" "Beijing_1954_3degree_GaussKruger_zone_40_epsg_2416" "Beijing_1954_3degree_GaussKruger_zone_41_epsg_2417" "Beijing_1954_3degree_GaussKruger_zone_42_epsg_2418" "Beijing_1954_3degree_GaussKruger_zone_43_epsg_2419" "Beijing_1954_3degree_GaussKruger_zone_44_epsg_2420" "Beijing_1954_3degree_GaussKruger_zone_45_epsg_2421" "Beijing_1954_3degree_GaussKruger_CM_75E_epsg_2422" "Beijing_1954_3degree_GaussKruger_CM_78E_epsg_2423" "Beijing_1954_3degree_GaussKruger_CM_81E_epsg_2424" "Beijing_1954_3degree_GaussKruger_CM_84E_epsg_2425" "Beijing_1954_3degree_GaussKruger_CM_87E_epsg_2426" "Beijing_1954_3degree_GaussKruger_CM_90E_epsg_2427" "Beijing_1954_3degree_GaussKruger_CM_93E_epsg_2428" "Beijing_1954_3degree_GaussKruger_CM_96E_epsg_2429" "Beijing_1954_3degree_GaussKruger_CM_99E_epsg_2430" "Beijing_1954_3degree_GaussKruger_CM_102E_epsg_2431" "Beijing_1954_3degree_GaussKruger_CM_105E_epsg_2432" "Beijing_1954_3degree_GaussKruger_CM_108E_epsg_2433" "Beijing_1954_3degree_GaussKruger_CM_111E_epsg_2434" "Beijing_1954_3degree_GaussKruger_CM_114E_epsg_2435" "Beijing_1954_3degree_GaussKruger_CM_117E_epsg_2436" "Beijing_1954_3degree_GaussKruger_CM_120E_epsg_2437" "Beijing_1954_3degree_GaussKruger_CM_123E_epsg_2438" "Beijing_1954_3degree_GaussKruger_CM_126E_epsg_2439" "Beijing_1954_3degree_GaussKruger_CM_129E_epsg_2440" "Beijing_1954_3degree_GaussKruger_CM_132E_epsg_2441" "Beijing_1954_3degree_GaussKruger_CM_135E_epsg_2442" "JGD2000_Japan_Plane_Rectangular_CS_I_epsg_2443" "JGD2000_Japan_Plane_Rectangular_CS_II_epsg_2444" "JGD2000_Japan_Plane_Rectangular_CS_III_epsg_2445" "JGD2000_Japan_Plane_Rectangular_CS_IV_epsg_2446" "JGD2000_Japan_Plane_Rectangular_CS_V_epsg_2447" "JGD2000_Japan_Plane_Rectangular_CS_VI_epsg_2448" "JGD2000_Japan_Plane_Rectangular_CS_VII_epsg_2449" "JGD2000_Japan_Plane_Rectangular_CS_VIII_epsg_2450" "JGD2000_Japan_Plane_Rectangular_CS_IX_epsg_2451" "JGD2000_Japan_Plane_Rectangular_CS_X_epsg_2452" "JGD2000_Japan_Plane_Rectangular_CS_XI_epsg_2453" "JGD2000_Japan_Plane_Rectangular_CS_XII_epsg_2454" "JGD2000_Japan_Plane_Rectangular_CS_XIII_epsg_2455" "JGD2000_Japan_Plane_Rectangular_CS_XIV_epsg_2456" "JGD2000_Japan_Plane_Rectangular_CS_XV_epsg_2457" "JGD2000_Japan_Plane_Rectangular_CS_XVI_epsg_2458" "JGD2000_Japan_Plane_Rectangular_CS_XVII_epsg_2459" "JGD2000_Japan_Plane_Rectangular_CS_XVIII_epsg_2460" "JGD2000_Japan_Plane_Rectangular_CS_XIX_epsg_2461" "Albanian_1987_GaussKruger_zone_4_epsg_2462" "Pulkovo_1995_GaussKruger_CM_21E_epsg_2463" "Pulkovo_1995_GaussKruger_CM_27E_epsg_2464" "Pulkovo_1995_GaussKruger_CM_33E_epsg_2465" "Pulkovo_1995_GaussKruger_CM_39E_epsg_2466" "Pulkovo_1995_GaussKruger_CM_45E_epsg_2467" "Pulkovo_1995_GaussKruger_CM_51E_epsg_2468" "Pulkovo_1995_GaussKruger_CM_57E_epsg_2469" "Pulkovo_1995_GaussKruger_CM_63E_epsg_2470" "Pulkovo_1995_GaussKruger_CM_69E_epsg_2471" "Pulkovo_1995_GaussKruger_CM_75E_epsg_2472" "Pulkovo_1995_GaussKruger_CM_81E_epsg_2473" "Pulkovo_1995_GaussKruger_CM_87E_epsg_2474" "Pulkovo_1995_GaussKruger_CM_93E_epsg_2475" "Pulkovo_1995_GaussKruger_CM_99E_epsg_2476" "Pulkovo_1995_GaussKruger_CM_105E_epsg_2477" "Pulkovo_1995_GaussKruger_CM_111E_epsg_2478" "Pulkovo_1995_GaussKruger_CM_117E_epsg_2479" "Pulkovo_1995_GaussKruger_CM_123E_epsg_2480" "Pulkovo_1995_GaussKruger_CM_129E_epsg_2481" "Pulkovo_1995_GaussKruger_CM_135E_epsg_2482" "Pulkovo_1995_GaussKruger_CM_141E_epsg_2483" "Pulkovo_1995_GaussKruger_CM_147E_epsg_2484" "Pulkovo_1995_GaussKruger_CM_153E_epsg_2485" "Pulkovo_1995_GaussKruger_CM_159E_epsg_2486" "Pulkovo_1995_GaussKruger_CM_165E_epsg_2487" "Pulkovo_1995_GaussKruger_CM_171E_epsg_2488" "Pulkovo_1995_GaussKruger_CM_177E_epsg_2489" "Pulkovo_1995_GaussKruger_CM_177W_epsg_2490" "Pulkovo_1995_GaussKruger_CM_171W_epsg_2491" "Pulkovo_1942_GaussKruger_CM_9E_epsg_2492" "Pulkovo_1942_GaussKruger_CM_15E_epsg_2493" "Pulkovo_1942_GaussKruger_CM_21E_epsg_2494" "Pulkovo_1942_GaussKruger_CM_27E_epsg_2495" "Pulkovo_1942_GaussKruger_CM_33E_epsg_2496" "Pulkovo_1942_GaussKruger_CM_39E_epsg_2497" "Pulkovo_1942_GaussKruger_CM_45E_epsg_2498" "Pulkovo_1942_GaussKruger_CM_51E_epsg_2499" "Pulkovo_1942_GaussKruger_CM_57E_epsg_2500" "Pulkovo_1942_GaussKruger_CM_63E_epsg_2501" "Pulkovo_1942_GaussKruger_CM_69E_epsg_2502" "Pulkovo_1942_GaussKruger_CM_75E_epsg_2503" "Pulkovo_1942_GaussKruger_CM_81E_epsg_2504" "Pulkovo_1942_GaussKruger_CM_87E_epsg_2505" "Pulkovo_1942_GaussKruger_CM_93E_epsg_2506" "Pulkovo_1942_GaussKruger_CM_99E_epsg_2507" "Pulkovo_1942_GaussKruger_CM_105E_epsg_2508" "Pulkovo_1942_GaussKruger_CM_111E_epsg_2509" "Pulkovo_1942_GaussKruger_CM_117E_epsg_2510" "Pulkovo_1942_GaussKruger_CM_123E_epsg_2511" "Pulkovo_1942_GaussKruger_CM_129E_epsg_2512" "Pulkovo_1942_GaussKruger_CM_135E_epsg_2513" "Pulkovo_1942_GaussKruger_CM_141E_epsg_2514" "Pulkovo_1942_GaussKruger_CM_147E_epsg_2515" "Pulkovo_1942_GaussKruger_CM_153E_epsg_2516" "Pulkovo_1942_GaussKruger_CM_159E_epsg_2517" "Pulkovo_1942_GaussKruger_CM_165E_epsg_2518" "Pulkovo_1942_GaussKruger_CM_171E_epsg_2519" "Pulkovo_1942_GaussKruger_CM_177E_epsg_2520" "Pulkovo_1942_GaussKruger_CM_177W_epsg_2521" "Pulkovo_1942_GaussKruger_CM_171W_epsg_2522" "Pulkovo_1942_3degree_GaussKruger_zone_7_epsg_2523" "Pulkovo_1942_3degree_GaussKruger_zone_8_epsg_2524" "Pulkovo_1942_3degree_GaussKruger_zone_9_epsg_2525" "Pulkovo_1942_3degree_GaussKruger_zone_10_epsg_2526" "Pulkovo_1942_3degree_GaussKruger_zone_11_epsg_2527" "Pulkovo_1942_3degree_GaussKruger_zone_12_epsg_2528" "Pulkovo_1942_3degree_GaussKruger_zone_13_epsg_2529" "Pulkovo_1942_3degree_GaussKruger_zone_14_epsg_2530" "Pulkovo_1942_3degree_GaussKruger_zone_15_epsg_2531" "Pulkovo_1942_3degree_GaussKruger_zone_16_epsg_2532" "Pulkovo_1942_3degree_GaussKruger_zone_17_epsg_2533" "Pulkovo_1942_3degree_GaussKruger_zone_18_epsg_2534" "Pulkovo_1942_3degree_GaussKruger_zone_19_epsg_2535" "Pulkovo_1942_3degree_GaussKruger_zone_20_epsg_2536" "Pulkovo_1942_3degree_GaussKruger_zone_21_epsg_2537" "Pulkovo_1942_3degree_GaussKruger_zone_22_epsg_2538" "Pulkovo_1942_3degree_GaussKruger_zone_23_epsg_2539" "Pulkovo_1942_3degree_GaussKruger_zone_24_epsg_2540" "Pulkovo_1942_3degree_GaussKruger_zone_25_epsg_2541" "Pulkovo_1942_3degree_GaussKruger_zone_26_epsg_2542" "Pulkovo_1942_3degree_GaussKruger_zone_27_epsg_2543" "Pulkovo_1942_3degree_GaussKruger_zone_28_epsg_2544" "Pulkovo_1942_3degree_GaussKruger_zone_29_epsg_2545" "Pulkovo_1942_3degree_GaussKruger_zone_30_epsg_2546" "Pulkovo_1942_3degree_GaussKruger_zone_31_epsg_2547" "Pulkovo_1942_3degree_GaussKruger_zone_32_epsg_2548" "Pulkovo_1942_3degree_GaussKruger_zone_33_epsg_2549" "Samboja_UTM_zone_50S_epsg_2550" "Pulkovo_1942_3degree_GaussKruger_zone_34_epsg_2551" "Pulkovo_1942_3degree_GaussKruger_zone_35_epsg_2552" "Pulkovo_1942_3degree_GaussKruger_zone_36_epsg_2553" "Pulkovo_1942_3degree_GaussKruger_zone_37_epsg_2554" "Pulkovo_1942_3degree_GaussKruger_zone_38_epsg_2555" "Pulkovo_1942_3degree_GaussKruger_zone_39_epsg_2556" "Pulkovo_1942_3degree_GaussKruger_zone_40_epsg_2557" "Pulkovo_1942_3degree_GaussKruger_zone_41_epsg_2558" "Pulkovo_1942_3degree_GaussKruger_zone_42_epsg_2559" "Pulkovo_1942_3degree_GaussKruger_zone_43_epsg_2560" "Pulkovo_1942_3degree_GaussKruger_zone_44_epsg_2561" "Pulkovo_1942_3degree_GaussKruger_zone_45_epsg_2562" "Pulkovo_1942_3degree_GaussKruger_zone_46_epsg_2563" "Pulkovo_1942_3degree_GaussKruger_zone_47_epsg_2564" "Pulkovo_1942_3degree_GaussKruger_zone_48_epsg_2565" "Pulkovo_1942_3degree_GaussKruger_zone_49_epsg_2566" "Pulkovo_1942_3degree_GaussKruger_zone_50_epsg_2567" "Pulkovo_1942_3degree_GaussKruger_zone_51_epsg_2568" "Pulkovo_1942_3degree_GaussKruger_zone_52_epsg_2569" "Pulkovo_1942_3degree_GaussKruger_zone_53_epsg_2570" "Pulkovo_1942_3degree_GaussKruger_zone_54_epsg_2571" "Pulkovo_1942_3degree_GaussKruger_zone_55_epsg_2572" "Pulkovo_1942_3degree_GaussKruger_zone_56_epsg_2573" "Pulkovo_1942_3degree_GaussKruger_zone_57_epsg_2574" "Pulkovo_1942_3degree_GaussKruger_zone_58_epsg_2575" "Pulkovo_1942_3degree_GaussKruger_zone_59_epsg_2576" "Pulkovo_1942_3degree_GaussKruger_zone_60_epsg_2577" "Pulkovo_1942_3degree_GaussKruger_zone_61_epsg_2578" "Pulkovo_1942_3degree_GaussKruger_zone_62_epsg_2579" "Pulkovo_1942_3degree_GaussKruger_zone_63_epsg_2580" "Pulkovo_1942_3degree_GaussKruger_zone_64_epsg_2581" "Pulkovo_1942_3degree_GaussKruger_CM_21E_epsg_2582" "Pulkovo_1942_3degree_GaussKruger_CM_24E_epsg_2583" "Pulkovo_1942_3degree_GaussKruger_CM_27E_epsg_2584" "Pulkovo_1942_3degree_GaussKruger_CM_30E_epsg_2585" "Pulkovo_1942_3degree_GaussKruger_CM_33E_epsg_2586" "Pulkovo_1942_3degree_GaussKruger_CM_36E_epsg_2587" "Pulkovo_1942_3degree_GaussKruger_CM_39E_epsg_2588" "Pulkovo_1942_3degree_GaussKruger_CM_42E_epsg_2589" "Pulkovo_1942_3degree_GaussKruger_CM_45E_epsg_2590" "Pulkovo_1942_3degree_GaussKruger_CM_48E_epsg_2591" "Pulkovo_1942_3degree_GaussKruger_CM_51E_epsg_2592" "Pulkovo_1942_3degree_GaussKruger_CM_54E_epsg_2593" "Pulkovo_1942_3degree_GaussKruger_CM_57E_epsg_2594" "Pulkovo_1942_3degree_GaussKruger_CM_60E_epsg_2595" "Pulkovo_1942_3degree_GaussKruger_CM_63E_epsg_2596" "Pulkovo_1942_3degree_GaussKruger_CM_66E_epsg_2597" "Pulkovo_1942_3degree_GaussKruger_CM_69E_epsg_2598" "Pulkovo_1942_3degree_GaussKruger_CM_72E_epsg_2599" "Lietuvos_Koordinoei_Sistema_1994_epsg_2600" "Pulkovo_1942_3degree_GaussKruger_CM_75E_epsg_2601" "Pulkovo_1942_3degree_GaussKruger_CM_78E_epsg_2602" "Pulkovo_1942_3degree_GaussKruger_CM_81E_epsg_2603" "Pulkovo_1942_3degree_GaussKruger_CM_84E_epsg_2604" "Pulkovo_1942_3degree_GaussKruger_CM_87E_epsg_2605" "Pulkovo_1942_3degree_GaussKruger_CM_90E_epsg_2606" "Pulkovo_1942_3degree_GaussKruger_CM_93E_epsg_2607" "Pulkovo_1942_3degree_GaussKruger_CM_96E_epsg_2608" "Pulkovo_1942_3degree_GaussKruger_CM_99E_epsg_2609" "Pulkovo_1942_3degree_GaussKruger_CM_102E_epsg_2610" "Pulkovo_1942_3degree_GaussKruger_CM_105E_epsg_2611" "Pulkovo_1942_3degree_GaussKruger_CM_108E_epsg_2612" "Pulkovo_1942_3degree_GaussKruger_CM_111E_epsg_2613" "Pulkovo_1942_3degree_GaussKruger_CM_114E_epsg_2614" "Pulkovo_1942_3degree_GaussKruger_CM_117E_epsg_2615" "Pulkovo_1942_3degree_GaussKruger_CM_120E_epsg_2616" "Pulkovo_1942_3degree_GaussKruger_CM_123E_epsg_2617" "Pulkovo_1942_3degree_GaussKruger_CM_126E_epsg_2618" "Pulkovo_1942_3degree_GaussKruger_CM_129E_epsg_2619" "Pulkovo_1942_3degree_GaussKruger_CM_132E_epsg_2620" "Pulkovo_1942_3degree_GaussKruger_CM_135E_epsg_2621" "Pulkovo_1942_3degree_GaussKruger_CM_138E_epsg_2622" "Pulkovo_1942_3degree_GaussKruger_CM_141E_epsg_2623" "Pulkovo_1942_3degree_GaussKruger_CM_144E_epsg_2624" "Pulkovo_1942_3degree_GaussKruger_CM_147E_epsg_2625" "Pulkovo_1942_3degree_GaussKruger_CM_150E_epsg_2626" "Pulkovo_1942_3degree_GaussKruger_CM_153E_epsg_2627" "Pulkovo_1942_3degree_GaussKruger_CM_156E_epsg_2628" "Pulkovo_1942_3degree_GaussKruger_CM_159E_epsg_2629" "Pulkovo_1942_3degree_GaussKruger_CM_162E_epsg_2630" "Pulkovo_1942_3degree_GaussKruger_CM_165E_epsg_2631" "Pulkovo_1942_3degree_GaussKruger_CM_168E_epsg_2632" "Pulkovo_1942_3degree_GaussKruger_CM_171E_epsg_2633" "Pulkovo_1942_3degree_GaussKruger_CM_174E_epsg_2634" "Pulkovo_1942_3degree_GaussKruger_CM_177E_epsg_2635" "Pulkovo_1942_3degree_GaussKruger_CM_180E_epsg_2636" "Pulkovo_1942_3degree_GaussKruger_CM_177W_epsg_2637" "Pulkovo_1942_3degree_GaussKruger_CM_174W_epsg_2638" "Pulkovo_1942_3degree_GaussKruger_CM_171W_epsg_2639" "Pulkovo_1942_3degree_GaussKruger_CM_168W_epsg_2640" "Pulkovo_1995_3degree_GaussKruger_zone_7_epsg_2641" "Pulkovo_1995_3degree_GaussKruger_zone_8_epsg_2642" "Pulkovo_1995_3degree_GaussKruger_zone_9_epsg_2643" "Pulkovo_1995_3degree_GaussKruger_zone_10_epsg_2644" "Pulkovo_1995_3degree_GaussKruger_zone_11_epsg_2645" "Pulkovo_1995_3degree_GaussKruger_zone_12_epsg_2646" "Pulkovo_1995_3degree_GaussKruger_zone_13_epsg_2647" "Pulkovo_1995_3degree_GaussKruger_zone_14_epsg_2648" "Pulkovo_1995_3degree_GaussKruger_zone_15_epsg_2649" "Pulkovo_1995_3degree_GaussKruger_zone_16_epsg_2650" "Pulkovo_1995_3degree_GaussKruger_zone_17_epsg_2651" "Pulkovo_1995_3degree_GaussKruger_zone_18_epsg_2652" "Pulkovo_1995_3degree_GaussKruger_zone_19_epsg_2653" "Pulkovo_1995_3degree_GaussKruger_zone_20_epsg_2654" "Pulkovo_1995_3degree_GaussKruger_zone_21_epsg_2655" "Pulkovo_1995_3degree_GaussKruger_zone_22_epsg_2656" "Pulkovo_1995_3degree_GaussKruger_zone_23_epsg_2657" "Pulkovo_1995_3degree_GaussKruger_zone_24_epsg_2658" "Pulkovo_1995_3degree_GaussKruger_zone_25_epsg_2659" "Pulkovo_1995_3degree_GaussKruger_zone_26_epsg_2660" "Pulkovo_1995_3degree_GaussKruger_zone_27_epsg_2661" "Pulkovo_1995_3degree_GaussKruger_zone_28_epsg_2662" "Pulkovo_1995_3degree_GaussKruger_zone_29_epsg_2663" "Pulkovo_1995_3degree_GaussKruger_zone_30_epsg_2664" "Pulkovo_1995_3degree_GaussKruger_zone_31_epsg_2665" "Pulkovo_1995_3degree_GaussKruger_zone_32_epsg_2666" "Pulkovo_1995_3degree_GaussKruger_zone_33_epsg_2667" "Pulkovo_1995_3degree_GaussKruger_zone_34_epsg_2668" "Pulkovo_1995_3degree_GaussKruger_zone_35_epsg_2669" "Pulkovo_1995_3degree_GaussKruger_zone_36_epsg_2670" "Pulkovo_1995_3degree_GaussKruger_zone_37_epsg_2671" "Pulkovo_1995_3degree_GaussKruger_zone_38_epsg_2672" "Pulkovo_1995_3degree_GaussKruger_zone_39_epsg_2673" "Pulkovo_1995_3degree_GaussKruger_zone_40_epsg_2674" "Pulkovo_1995_3degree_GaussKruger_zone_41_epsg_2675" "Pulkovo_1995_3degree_GaussKruger_zone_42_epsg_2676" "Pulkovo_1995_3degree_GaussKruger_zone_43_epsg_2677" "Pulkovo_1995_3degree_GaussKruger_zone_44_epsg_2678" "Pulkovo_1995_3degree_GaussKruger_zone_45_epsg_2679" "Pulkovo_1995_3degree_GaussKruger_zone_46_epsg_2680" "Pulkovo_1995_3degree_GaussKruger_zone_47_epsg_2681" "Pulkovo_1995_3degree_GaussKruger_zone_48_epsg_2682" "Pulkovo_1995_3degree_GaussKruger_zone_49_epsg_2683" "Pulkovo_1995_3degree_GaussKruger_zone_50_epsg_2684" "Pulkovo_1995_3degree_GaussKruger_zone_51_epsg_2685" "Pulkovo_1995_3degree_GaussKruger_zone_52_epsg_2686" "Pulkovo_1995_3degree_GaussKruger_zone_53_epsg_2687" "Pulkovo_1995_3degree_GaussKruger_zone_54_epsg_2688" "Pulkovo_1995_3degree_GaussKruger_zone_55_epsg_2689" "Pulkovo_1995_3degree_GaussKruger_zone_56_epsg_2690" "Pulkovo_1995_3degree_GaussKruger_zone_57_epsg_2691" "Pulkovo_1995_3degree_GaussKruger_zone_58_epsg_2692" "Pulkovo_1995_3degree_GaussKruger_zone_59_epsg_2693" "Pulkovo_1995_3degree_GaussKruger_zone_60_epsg_2694" "Pulkovo_1995_3degree_GaussKruger_zone_61_epsg_2695" "Pulkovo_1995_3degree_GaussKruger_zone_62_epsg_2696" "Pulkovo_1995_3degree_GaussKruger_zone_63_epsg_2697" "Pulkovo_1995_3degree_GaussKruger_zone_64_epsg_2698" "Pulkovo_1995_3degree_GaussKruger_CM_21E_epsg_2699" "Pulkovo_1995_3degree_GaussKruger_CM_24E_epsg_2700" "Pulkovo_1995_3degree_GaussKruger_CM_27E_epsg_2701" "Pulkovo_1995_3degree_GaussKruger_CM_30E_epsg_2702" "Pulkovo_1995_3degree_GaussKruger_CM_33E_epsg_2703" "Pulkovo_1995_3degree_GaussKruger_CM_36E_epsg_2704" "Pulkovo_1995_3degree_GaussKruger_CM_39E_epsg_2705" "Pulkovo_1995_3degree_GaussKruger_CM_42E_epsg_2706" "Pulkovo_1995_3degree_GaussKruger_CM_45E_epsg_2707" "Pulkovo_1995_3degree_GaussKruger_CM_48E_epsg_2708" "Pulkovo_1995_3degree_GaussKruger_CM_51E_epsg_2709" "Pulkovo_1995_3degree_GaussKruger_CM_54E_epsg_2710" "Pulkovo_1995_3degree_GaussKruger_CM_57E_epsg_2711" "Pulkovo_1995_3degree_GaussKruger_CM_60E_epsg_2712" "Pulkovo_1995_3degree_GaussKruger_CM_63E_epsg_2713" "Pulkovo_1995_3degree_GaussKruger_CM_66E_epsg_2714" "Pulkovo_1995_3degree_GaussKruger_CM_69E_epsg_2715" "Pulkovo_1995_3degree_GaussKruger_CM_72E_epsg_2716" "Pulkovo_1995_3degree_GaussKruger_CM_75E_epsg_2717" "Pulkovo_1995_3degree_GaussKruger_CM_78E_epsg_2718" "Pulkovo_1995_3degree_GaussKruger_CM_81E_epsg_2719" "Pulkovo_1995_3degree_GaussKruger_CM_84E_epsg_2720" "Pulkovo_1995_3degree_GaussKruger_CM_87E_epsg_2721" "Pulkovo_1995_3degree_GaussKruger_CM_90E_epsg_2722" "Pulkovo_1995_3degree_GaussKruger_CM_93E_epsg_2723" "Pulkovo_1995_3degree_GaussKruger_CM_96E_epsg_2724" "Pulkovo_1995_3degree_GaussKruger_CM_99E_epsg_2725" "Pulkovo_1995_3degree_GaussKruger_CM_102E_epsg_2726" "Pulkovo_1995_3degree_GaussKruger_CM_105E_epsg_2727" "Pulkovo_1995_3degree_GaussKruger_CM_108E_epsg_2728" "Pulkovo_1995_3degree_GaussKruger_CM_111E_epsg_2729" "Pulkovo_1995_3degree_GaussKruger_CM_114E_epsg_2730" "Pulkovo_1995_3degree_GaussKruger_CM_117E_epsg_2731" "Pulkovo_1995_3degree_GaussKruger_CM_120E_epsg_2732" "Pulkovo_1995_3degree_GaussKruger_CM_123E_epsg_2733" "Pulkovo_1995_3degree_GaussKruger_CM_126E_epsg_2734" "Pulkovo_1995_3degree_GaussKruger_CM_129E_epsg_2735" "Tete_UTM_zone_36S_epsg_2736" "Tete_UTM_zone_37S_epsg_2737" "Pulkovo_1995_3degree_GaussKruger_CM_132E_epsg_2738" "Pulkovo_1995_3degree_GaussKruger_CM_135E_epsg_2739" "Pulkovo_1995_3degree_GaussKruger_CM_138E_epsg_2740" "Pulkovo_1995_3degree_GaussKruger_CM_141E_epsg_2741" "Pulkovo_1995_3degree_GaussKruger_CM_144E_epsg_2742" "Pulkovo_1995_3degree_GaussKruger_CM_147E_epsg_2743" "Pulkovo_1995_3degree_GaussKruger_CM_150E_epsg_2744" "Pulkovo_1995_3degree_GaussKruger_CM_153E_epsg_2745" "Pulkovo_1995_3degree_GaussKruger_CM_156E_epsg_2746" "Pulkovo_1995_3degree_GaussKruger_CM_159E_epsg_2747" "Pulkovo_1995_3degree_GaussKruger_CM_162E_epsg_2748" "Pulkovo_1995_3degree_GaussKruger_CM_165E_epsg_2749" "Pulkovo_1995_3degree_GaussKruger_CM_168E_epsg_2750" "Pulkovo_1995_3degree_GaussKruger_CM_171E_epsg_2751" "Pulkovo_1995_3degree_GaussKruger_CM_174E_epsg_2752" "Pulkovo_1995_3degree_GaussKruger_CM_177E_epsg_2753" "Pulkovo_1995_3degree_GaussKruger_CM_180E_epsg_2754" "Pulkovo_1995_3degree_GaussKruger_CM_177W_epsg_2755" "Pulkovo_1995_3degree_GaussKruger_CM_174W_epsg_2756" "Pulkovo_1995_3degree_GaussKruger_CM_171W_epsg_2757" "Pulkovo_1995_3degree_GaussKruger_CM_168W_epsg_2758" "NAD83HARN_Alabama_East_epsg_2759" "NAD83HARN_Alabama_West_epsg_2760" "NAD83HARN_Arizona_East_epsg_2761" "NAD83HARN_Arizona_Central_epsg_2762" "NAD83HARN_Arizona_West_epsg_2763" "NAD83HARN_Arkansas_North_epsg_2764" "NAD83HARN_Arkansas_South_epsg_2765" "NAD83HARN_California_zone_1_epsg_2766" "NAD83HARN_California_zone_2_epsg_2767" "NAD83HARN_California_zone_3_epsg_2768" "NAD83HARN_California_zone_4_epsg_2769" "NAD83HARN_California_zone_5_epsg_2770" "NAD83HARN_California_zone_6_epsg_2771" "NAD83HARN_Colorado_North_epsg_2772" "NAD83HARN_Colorado_Central_epsg_2773" "NAD83HARN_Colorado_South_epsg_2774" "NAD83HARN_Connecticut_epsg_2775" "NAD83HARN_Delaware_epsg_2776" "NAD83HARN_Florida_East_epsg_2777" "NAD83HARN_Florida_West_epsg_2778" "NAD83HARN_Florida_North_epsg_2779" "NAD83HARN_Georgia_East_epsg_2780" "NAD83HARN_Georgia_West_epsg_2781" "NAD83HARN_Hawaii_zone_1_epsg_2782" "NAD83HARN_Hawaii_zone_2_epsg_2783" "NAD83HARN_Hawaii_zone_3_epsg_2784" "NAD83HARN_Hawaii_zone_4_epsg_2785" "NAD83HARN_Hawaii_zone_5_epsg_2786" "NAD83HARN_Idaho_East_epsg_2787" "NAD83HARN_Idaho_Central_epsg_2788" "NAD83HARN_Idaho_West_epsg_2789" "NAD83HARN_Illinois_East_epsg_2790" "NAD83HARN_Illinois_West_epsg_2791" "NAD83HARN_Indiana_East_epsg_2792" "NAD83HARN_Indiana_West_epsg_2793" "NAD83HARN_Iowa_North_epsg_2794" "NAD83HARN_Iowa_South_epsg_2795" "NAD83HARN_Kansas_North_epsg_2796" "NAD83HARN_Kansas_South_epsg_2797" "NAD83HARN_Kentucky_North_epsg_2798" "NAD83HARN_Kentucky_South_epsg_2799" "NAD83HARN_Louisiana_North_epsg_2800" "NAD83HARN_Louisiana_South_epsg_2801" "NAD83HARN_Maine_East_epsg_2802" "NAD83HARN_Maine_West_epsg_2803" "NAD83HARN_Maryland_epsg_2804" "NAD83HARN_Massachusetts_Mainland_epsg_2805" "NAD83HARN_Massachusetts_Island_epsg_2806" "NAD83HARN_Michigan_North_epsg_2807" "NAD83HARN_Michigan_Central_epsg_2808" "NAD83HARN_Michigan_South_epsg_2809" "NAD83HARN_Minnesota_North_epsg_2810" "NAD83HARN_Minnesota_Central_epsg_2811" "NAD83HARN_Minnesota_South_epsg_2812" "NAD83HARN_Mississippi_East_epsg_2813" "NAD83HARN_Mississippi_West_epsg_2814" "NAD83HARN_Missouri_East_epsg_2815" "NAD83HARN_Missouri_Central_epsg_2816" "NAD83HARN_Missouri_West_epsg_2817" "NAD83HARN_Montana_epsg_2818" "NAD83HARN_Nebraska_epsg_2819" "NAD83HARN_Nevada_East_epsg_2820" "NAD83HARN_Nevada_Central_epsg_2821" "NAD83HARN_Nevada_West_epsg_2822" "NAD83HARN_New_Hampshire_epsg_2823" "NAD83HARN_New_Jersey_epsg_2824" "NAD83HARN_New_Mexico_East_epsg_2825" "NAD83HARN_New_Mexico_Central_epsg_2826" "NAD83HARN_New_Mexico_West_epsg_2827" "NAD83HARN_New_York_East_epsg_2828" "NAD83HARN_New_York_Central_epsg_2829" "NAD83HARN_New_York_West_epsg_2830" "NAD83HARN_New_York_Long_Island_epsg_2831" "NAD83HARN_North_Dakota_North_epsg_2832" "NAD83HARN_North_Dakota_South_epsg_2833" "NAD83HARN_Ohio_North_epsg_2834" "NAD83HARN_Ohio_South_epsg_2835" "NAD83HARN_Oklahoma_North_epsg_2836" "NAD83HARN_Oklahoma_South_epsg_2837" "NAD83HARN_Oregon_North_epsg_2838" "NAD83HARN_Oregon_South_epsg_2839" "NAD83HARN_Rhode_Island_epsg_2840" "NAD83HARN_South_Dakota_North_epsg_2841" "NAD83HARN_South_Dakota_South_epsg_2842" "NAD83HARN_Tennessee_epsg_2843" "NAD83HARN_Texas_North_epsg_2844" "NAD83HARN_Texas_North_Central_epsg_2845" "NAD83HARN_Texas_Central_epsg_2846" "NAD83HARN_Texas_South_Central_epsg_2847" "NAD83HARN_Texas_South_epsg_2848" "NAD83HARN_Utah_North_epsg_2849" "NAD83HARN_Utah_Central_epsg_2850" "NAD83HARN_Utah_South_epsg_2851" "NAD83HARN_Vermont_epsg_2852" "NAD83HARN_Virginia_North_epsg_2853" "NAD83HARN_Virginia_South_epsg_2854" "NAD83HARN_Washington_North_epsg_2855" "NAD83HARN_Washington_South_epsg_2856" "NAD83HARN_West_Virginia_North_epsg_2857" "NAD83HARN_West_Virginia_South_epsg_2858" "NAD83HARN_Wisconsin_North_epsg_2859" "NAD83HARN_Wisconsin_Central_epsg_2860" "NAD83HARN_Wisconsin_South_epsg_2861" "NAD83HARN_Wyoming_East_epsg_2862" "NAD83HARN_Wyoming_East_Central_epsg_2863" "NAD83HARN_Wyoming_West_Central_epsg_2864" "NAD83HARN_Wyoming_West_epsg_2865" "NAD83HARN_Puerto_Rico_and_Virgin_Is_epsg_2866" "NAD83HARN_Arizona_East_ft_epsg_2867" "NAD83HARN_Arizona_Central_ft_epsg_2868" "NAD83HARN_Arizona_West_ft_epsg_2869" "NAD83HARN_California_zone_1_ftUS_epsg_2870" "NAD83HARN_California_zone_2_ftUS_epsg_2871" "NAD83HARN_California_zone_3_ftUS_epsg_2872" "NAD83HARN_California_zone_4_ftUS_epsg_2873" "NAD83HARN_California_zone_5_ftUS_epsg_2874" "NAD83HARN_California_zone_6_ftUS_epsg_2875" "NAD83HARN_Colorado_North_ftUS_epsg_2876" "NAD83HARN_Colorado_Central_ftUS_epsg_2877" "NAD83HARN_Colorado_South_ftUS_epsg_2878" "NAD83HARN_Connecticut_ftUS_epsg_2879" "NAD83HARN_Delaware_ftUS_epsg_2880" "NAD83HARN_Florida_East_ftUS_epsg_2881" "NAD83HARN_Florida_West_ftUS_epsg_2882" "NAD83HARN_Florida_North_ftUS_epsg_2883" "NAD83HARN_Georgia_East_ftUS_epsg_2884" "NAD83HARN_Georgia_West_ftUS_epsg_2885" "NAD83HARN_Idaho_East_ftUS_epsg_2886" "NAD83HARN_Idaho_Central_ftUS_epsg_2887" "NAD83HARN_Idaho_West_ftUS_epsg_2888" "NAD83HARN_Indiana_East_ftUS_epsg_2889" "NAD83HARN_Indiana_West_ftUS_epsg_2890" "NAD83HARN_Kentucky_North_ftUS_epsg_2891" "NAD83HARN_Kentucky_South_ftUS_epsg_2892" "NAD83HARN_Maryland_ftUS_epsg_2893" "NAD83HARN_Massachusetts_Mainland_ftUS_epsg_2894" "NAD83HARN_Massachusetts_Island_ftUS_epsg_2895" "NAD83HARN_Michigan_North_ft_epsg_2896" "NAD83HARN_Michigan_Central_ft_epsg_2897" "NAD83HARN_Michigan_South_ft_epsg_2898" "NAD83HARN_Mississippi_East_ftUS_epsg_2899" "NAD83HARN_Mississippi_West_ftUS_epsg_2900" "NAD83HARN_Montana_ft_epsg_2901" "NAD83HARN_New_Mexico_East_ftUS_epsg_2902" "NAD83HARN_New_Mexico_Central_ftUS_epsg_2903" "NAD83HARN_New_Mexico_West_ftUS_epsg_2904" "NAD83HARN_New_York_East_ftUS_epsg_2905" "NAD83HARN_New_York_Central_ftUS_epsg_2906" "NAD83HARN_New_York_West_ftUS_epsg_2907" "NAD83HARN_New_York_Long_Island_ftUS_epsg_2908" "NAD83HARN_North_Dakota_North_ft_epsg_2909" "NAD83HARN_North_Dakota_South_ft_epsg_2910" "NAD83HARN_Oklahoma_North_ftUS_epsg_2911" "NAD83HARN_Oklahoma_South_ftUS_epsg_2912" "NAD83HARN_Oregon_North_ft_epsg_2913" "NAD83HARN_Oregon_South_ft_epsg_2914" "NAD83HARN_Tennessee_ftUS_epsg_2915" "NAD83HARN_Texas_North_ftUS_epsg_2916" "NAD83HARN_Texas_North_Central_ftUS_epsg_2917" "NAD83HARN_Texas_Central_ftUS_epsg_2918" "NAD83HARN_Texas_South_Central_ftUS_epsg_2919" "NAD83HARN_Texas_South_ftUS_epsg_2920" "NAD83HARN_Utah_North_ft_epsg_2921" "NAD83HARN_Utah_Central_ft_epsg_2922" "NAD83HARN_Utah_South_ft_epsg_2923" "NAD83HARN_Virginia_North_ftUS_epsg_2924" "NAD83HARN_Virginia_South_ftUS_epsg_2925" "NAD83HARN_Washington_North_ftUS_epsg_2926" "NAD83HARN_Washington_South_ftUS_epsg_2927" "NAD83HARN_Wisconsin_North_ftUS_epsg_2928" "NAD83HARN_Wisconsin_Central_ftUS_epsg_2929" "NAD83HARN_Wisconsin_South_ftUS_epsg_2930" "Beduaram_TM_13_NE_epsg_2931" "QND95_Qatar_National_Grid_epsg_2932" "Segara_UTM_zone_50S_epsg_2933" "Segara_Jakarta_NEIEZ_epsg_2934" "Pulkovo_1942_CS63_zone_A1_epsg_2935" "Pulkovo_1942_CS63_zone_A2_epsg_2936" "Pulkovo_1942_CS63_zone_A3_epsg_2937" "Pulkovo_1942_CS63_zone_A4_epsg_2938" "Pulkovo_1942_CS63_zone_K2_epsg_2939" "Pulkovo_1942_CS63_zone_K3_epsg_2940" "Pulkovo_1942_CS63_zone_K4_epsg_2941" "Porto_Santo_UTM_zone_28N_epsg_2942" "Selvagem_Grande_UTM_zone_28N_epsg_2943" "NAD83CSRS_SCoPQ_zone_2_epsg_2944" "NAD83CSRS_MTM_zone_3_epsg_2945" "NAD83CSRS_MTM_zone_4_epsg_2946" "NAD83CSRS_MTM_zone_5_epsg_2947" "NAD83CSRS_MTM_zone_6_epsg_2948" "NAD83CSRS_MTM_zone_7_epsg_2949" "NAD83CSRS_MTM_zone_8_epsg_2950" "NAD83CSRS_MTM_zone_9_epsg_2951" "NAD83CSRS_MTM_zone_10_epsg_2952" "NAD83CSRS_New_Brunswick_Stereographic_epsg_2953" "NAD83CSRS_Prince_Edward_Isl_Stereographic_NAD83_epsg_2954" "NAD83CSRS_UTM_zone_11N_epsg_2955" "NAD83CSRS_UTM_zone_12N_epsg_2956" "NAD83CSRS_UTM_zone_13N_epsg_2957" "NAD83CSRS_UTM_zone_17N_epsg_2958" "NAD83CSRS_UTM_zone_18N_epsg_2959" "NAD83CSRS_UTM_zone_19N_epsg_2960" "NAD83CSRS_UTM_zone_20N_epsg_2961" "NAD83CSRS_UTM_zone_21N_epsg_2962" "Lisbon_1890_Lisbon_Portugal_Bonne_epsg_2963" "NAD27_Alaska_Albers_epsg_2964" "NAD83_Indiana_East_ftUS_epsg_2965" "NAD83_Indiana_West_ftUS_epsg_2966" "NAD83HARN_Indiana_East_ftUS_epsg_2967" "NAD83HARN_Indiana_West_ftUS_epsg_2968" "Fort_Marigot_UTM_zone_20N_epsg_2969" "Guadeloupe_1948_UTM_zone_20N_epsg_2970" "CSG67_UTM_zone_22N_epsg_2971" "RGFG95_UTM_zone_22N_epsg_2972" "Martinique_1938_UTM_zone_20N_epsg_2973" "RGR92_UTM_zone_40S_epsg_2975" "Tahiti_52_UTM_zone_6S_epsg_2976" "Tahaa_54_UTM_zone_5S_epsg_2977" "IGN72_Nuku_Hiva_UTM_zone_7S_epsg_2978" "K0_1949_UTM_zone_42S_epsg_2979" "Combani_1950_UTM_zone_38S_epsg_2980" "IGN56_Lifou_UTM_zone_58S_epsg_2981" "IGN72_Grand_Terre_UTM_zone_58S_epsg_2982" "ST87_Ouvea_UTM_zone_58S_epsg_2983" "RGNC_1991_Lambert_New_Caledonia_epsg_2984" "Petrels_1972_Terre_Adelie_Polar_Stereographic_epsg_2985" "Perroud_1950_Terre_Adelie_Polar_Stereographic_epsg_2986" "Saint_Pierre_et_Miquelon_1950_UTM_zone_21N_epsg_2987" "MOP78_UTM_zone_1S_epsg_2988" "RRAF_1991_UTM_zone_20N_epsg_2989" "Reunion_1947_TM_Reunion_epsg_2990" "NAD83_Oregon_Lambert_epsg_2991" "NAD83_Oregon_Lambert_ft_epsg_2992" "NAD83HARN_Oregon_Lambert_epsg_2993" "NAD83HARN_Oregon_Lambert_ft_epsg_2994" "IGN53_Mare_UTM_zone_58S_epsg_2995" "ST84_Ile_des_Pins_UTM_zone_58S_epsg_2996" "ST71_Belep_UTM_zone_58S_epsg_2997" "NEA74_Noumea_UTM_zone_58S_epsg_2998" "Grand_Comoros_UTM_zone_38S_epsg_2999" "Segara_NEIEZ_epsg_3000" "Batavia_NEIEZ_epsg_3001" "Makassar_NEIEZ_epsg_3002" "Monte_Mario_Italy_zone_1_epsg_3003" "Monte_Mario_Italy_zone_2_epsg_3004" "NAD83_BC_Albers_epsg_3005" "SWEREF99_TM_epsg_3006" "SWEREF99_12_00_epsg_3007" "SWEREF99_13_30_epsg_3008" "SWEREF99_15_00_epsg_3009" "SWEREF99_16_30_epsg_3010" "SWEREF99_18_00_epsg_3011" "SWEREF99_14_15_epsg_3012" "SWEREF99_15_45_epsg_3013" "SWEREF99_17_15_epsg_3014" "SWEREF99_18_45_epsg_3015" "SWEREF99_20_15_epsg_3016" "SWEREF99_21_45_epsg_3017" "SWEREF99_23_15_epsg_3018" "RT90_75_gon_V_epsg_3019" "RT90_5_gon_V_epsg_3020" "RT90_25_gon_V_epsg_3021" "RT90_0_gon_epsg_3022" "RT90_25_gon_O_epsg_3023" "RT90_5_gon_O_epsg_3024" "RT38_75_gon_V_epsg_3025" "RT38_5_gon_V_epsg_3026" "RT38_25_gon_V_epsg_3027" "RT38_0_gon_epsg_3028" "RT38_25_gon_O_epsg_3029" "RT38_5_gon_O_epsg_3030" "WGS_84_Antarctic_Polar_Stereographic_epsg_3031" "WGS_84_Australian_Antarctic_Polar_Stereographic_epsg_3032" "WGS_84_Australian_Antarctic_Lambert_epsg_3033" "ETRS89_LCC_Europe_epsg_3034" "ETRS89_LAEA_Europe_epsg_3035" "Moznet_UTM_zone_36S_epsg_3036" "Moznet_UTM_zone_37S_epsg_3037" "ETRS89_TM26_epsg_3038" "ETRS89_TM27_epsg_3039" "ETRS89_TM28_epsg_3040" "ETRS89_TM29_epsg_3041" "ETRS89_TM30_epsg_3042" "ETRS89_TM31_epsg_3043" "ETRS89_TM32_epsg_3044" "ETRS89_TM33_epsg_3045" "ETRS89_TM34_epsg_3046" "ETRS89_TM35_epsg_3047" "ETRS89_TM36_epsg_3048" "ETRS89_TM37_epsg_3049" "ETRS89_TM38_epsg_3050" "ETRS89_TM39_epsg_3051" "Reykjavik_1900_Lambert_1900_epsg_3052" "Hjorsey_1955_Lambert_1955_epsg_3053" "Hjorsey_1955_UTM_zone_26N_epsg_3054" "Hjorsey_1955_UTM_zone_27N_epsg_3055" "Hjorsey_1955_UTM_zone_28N_epsg_3056" "ISN93_Lambert_1993_epsg_3057" "Helle_1954_Jan_Mayen_Grid_epsg_3058" "LKS92_Latvia_TM_epsg_3059" "IGN72_Grande_Terre_UTM_zone_58S_epsg_3060" "Porto_Santo_1995_UTM_zone_28N_epsg_3061" "Azores_Oriental_1995_UTM_zone_26N_epsg_3062" "Azores_Central_1995_UTM_zone_26N_epsg_3063" "IGM95_UTM_zone_32N_epsg_3064" "IGM95_UTM_zone_33N_epsg_3065" "ED50_Jordan_TM_epsg_3066" "ETRS89_TM35FINEN_epsg_3067" "DHDN_Soldner_Berlin_epsg_3068" "NAD27_Wisconsin_Transverse_Mercator_epsg_3069" "NAD83_Wisconsin_Transverse_Mercator_epsg_3070" "NAD83HARN_Wisconsin_Transverse_Mercator_epsg_3071" "NAD83_Maine_CS2000_East_epsg_3072" "NAD83_Maine_CS2000_Central_epsg_3073" "NAD83_Maine_CS2000_West_epsg_3074" "NAD83HARN_Maine_CS2000_East_epsg_3075" "NAD83HARN_Maine_CS2000_Central_epsg_3076" "NAD83HARN_Maine_CS2000_West_epsg_3077" "NAD83_Michigan_Oblique_Mercator_epsg_3078" "NAD83HARN_Michigan_Oblique_Mercator_epsg_3079" "NAD27_Shackleford_epsg_3080" "NAD83_Texas_State_Mapping_System_epsg_3081" "NAD83_Texas_Centric_Lambert_Conformal_epsg_3082" "NAD83_Texas_Centric_Albers_Equal_Area_epsg_3083" "NAD83HARN_Texas_Centric_Lambert_Conformal_epsg_3084" "NAD83HARN_Texas_Centric_Albers_Equal_Area_epsg_3085" "NAD83_Florida_GDL_Albers_epsg_3086" "NAD83HARN_Florida_GDL_Albers_epsg_3087" "NAD83_Kentucky_Single_Zone_epsg_3088" "NAD83_Kentucky_Single_Zone_ftUS_epsg_3089" "NAD83HARN_Kentucky_Single_Zone_epsg_3090" "NAD83HARN_Kentucky_Single_Zone_ftUS_epsg_3091" "Tokyo_UTM_zone_51N_epsg_3092" "Tokyo_UTM_zone_52N_epsg_3093" "Tokyo_UTM_zone_53N_epsg_3094" "Tokyo_UTM_zone_54N_epsg_3095" "Tokyo_UTM_zone_55N_epsg_3096" "JGD2000_UTM_zone_51N_epsg_3097" "JGD2000_UTM_zone_52N_epsg_3098" "JGD2000_UTM_zone_53N_epsg_3099" "JGD2000_UTM_zone_54N_epsg_3100" "JGD2000_UTM_zone_55N_epsg_3101" "American_Samoa_1962_American_Samoa_Lambert_epsg_3102" "Mauritania_1999_UTM_zone_28N_epsg_3103" "Mauritania_1999_UTM_zone_29N_epsg_3104" "Mauritania_1999_UTM_zone_30N_epsg_3105" "Gulshan_303_Bangladesh_Transverse_Mercator_epsg_3106" "GDA94_SA_Lambert_epsg_3107" "ETRS89_Guernsey_Grid_epsg_3108" "ETRS89_Jersey_Transverse_Mercator_epsg_3109" "AGD66_Vicgrid66_epsg_3110" "GDA94_Vicgrid94_epsg_3111" "GDA94_Geoscience_Australia_Lambert_epsg_3112" "GDA94_BCSG02_epsg_3113" "MAGNASIRGAS_Colombia_Far_West_zone_epsg_3114" "MAGNASIRGAS_Colombia_West_zone_epsg_3115" "MAGNASIRGAS_Colombia_Bogota_zone_epsg_3116" "MAGNASIRGAS_Colombia_East_Central_zone_epsg_3117" "MAGNASIRGAS_Colombia_East_zone_epsg_3118" "Douala_1948_AEF_west_epsg_3119" "Pulkovo_194258_Poland_zone_I_epsg_3120" "PRS92_Philippines_zone_1_epsg_3121" "PRS92_Philippines_zone_2_epsg_3122" "PRS92_Philippines_zone_3_epsg_3123" "PRS92_Philippines_zone_4_epsg_3124" "PRS92_Philippines_zone_5_epsg_3125" "ETRS89_ETRSGK19FIN_epsg_3126" "ETRS89_ETRSGK20FIN_epsg_3127" "ETRS89_ETRSGK21FIN_epsg_3128" "ETRS89_ETRSGK22FIN_epsg_3129" "ETRS89_ETRSGK23FIN_epsg_3130" "ETRS89_ETRSGK24FIN_epsg_3131" "ETRS89_ETRSGK25FIN_epsg_3132" "ETRS89_ETRSGK26FIN_epsg_3133" "ETRS89_ETRSGK27FIN_epsg_3134" "ETRS89_ETRSGK28FIN_epsg_3135" "ETRS89_ETRSGK29FIN_epsg_3136" "ETRS89_ETRSGK30FIN_epsg_3137" "ETRS89_ETRSGK31FIN_epsg_3138" "Vanua_Levu_1915_Vanua_Levu_Grid_epsg_3139" "Viti_Levu_1912_Viti_Levu_Grid_epsg_3140" "Fiji_1956_UTM_zone_60S_epsg_3141" "Fiji_1956_UTM_zone_1S_epsg_3142" "Fiji_1986_Fiji_Map_Grid_epsg_3143" "FD54_Faroe_Lambert_epsg_3144" "ETRS89_Faroe_Lambert_epsg_3145" "Pulkovo_1942_3degree_GaussKruger_zone_6_epsg_3146" "Pulkovo_1942_3degree_GaussKruger_CM_18E_epsg_3147" "Indian_1960_UTM_zone_48N_epsg_3148" "Indian_1960_UTM_zone_49N_epsg_3149" "Pulkovo_1995_3degree_GaussKruger_zone_6_epsg_3150" "Pulkovo_1995_3degree_GaussKruger_CM_18E_epsg_3151" "ST74_epsg_3152" "NAD83CSRS_BC_Albers_epsg_3153" "NAD83CSRS_UTM_zone_7N_epsg_3154" "NAD83CSRS_UTM_zone_8N_epsg_3155" "NAD83CSRS_UTM_zone_9N_epsg_3156" "NAD83CSRS_UTM_zone_10N_epsg_3157" "NAD83CSRS_UTM_zone_14N_epsg_3158" "NAD83CSRS_UTM_zone_15N_epsg_3159" "NAD83CSRS_UTM_zone_16N_epsg_3160" "NAD83_Ontario_MNR_Lambert_epsg_3161" "NAD83CSRS_Ontario_MNR_Lambert_epsg_3162" "RGNC9193_Lambert_New_Caledonia_epsg_3163" "ST87_Ouvea_UTM_zone_58S_epsg_3164" "NEA74_Noumea_Noumea_Lambert_epsg_3165" "NEA74_Noumea_Noumea_Lambert_2_epsg_3166" "Kertau_RSO_RSO_Malaya_ch_epsg_3167" "Kertau_RSO_RSO_Malaya_m_epsg_3168" "RGNC9193_UTM_zone_57S_epsg_3169" "RGNC9193_UTM_zone_58S_epsg_3170" "RGNC9193_UTM_zone_59S_epsg_3171" "IGN53_Mare_UTM_zone_59S_epsg_3172" "fk89_Faroe_Lambert_FK89_epsg_3173" "NAD83_Great_Lakes_Albers_epsg_3174" "NAD83_Great_Lakes_and_St_Lawrence_Albers_epsg_3175" "Indian_1960_TM_106_NE_epsg_3176" "LGD2006_Libya_TM_epsg_3177" "GR96_UTM_zone_18N_epsg_3178" "GR96_UTM_zone_19N_epsg_3179" "GR96_UTM_zone_20N_epsg_3180" "GR96_UTM_zone_21N_epsg_3181" "GR96_UTM_zone_22N_epsg_3182" "GR96_UTM_zone_23N_epsg_3183" "GR96_UTM_zone_24N_epsg_3184" "GR96_UTM_zone_25N_epsg_3185" "GR96_UTM_zone_26N_epsg_3186" "GR96_UTM_zone_27N_epsg_3187" "GR96_UTM_zone_28N_epsg_3188" "GR96_UTM_zone_29N_epsg_3189" "LGD2006_Libya_TM_zone_5_epsg_3190" "LGD2006_Libya_TM_zone_6_epsg_3191" "LGD2006_Libya_TM_zone_7_epsg_3192" "LGD2006_Libya_TM_zone_8_epsg_3193" "LGD2006_Libya_TM_zone_9_epsg_3194" "LGD2006_Libya_TM_zone_10_epsg_3195" "LGD2006_Libya_TM_zone_11_epsg_3196" "LGD2006_Libya_TM_zone_12_epsg_3197" "LGD2006_Libya_TM_zone_13_epsg_3198" "LGD2006_UTM_zone_32N_epsg_3199" "FD58_Iraq_zone_epsg_3200" "LGD2006_UTM_zone_33N_epsg_3201" "LGD2006_UTM_zone_34N_epsg_3202" "LGD2006_UTM_zone_35N_epsg_3203" "WGS_84_SCAR_IMW_SP1920_epsg_3204" "WGS_84_SCAR_IMW_SP2122_epsg_3205" "WGS_84_SCAR_IMW_SP2324_epsg_3206" "WGS_84_SCAR_IMW_SQ0102_epsg_3207" "WGS_84_SCAR_IMW_SQ1920_epsg_3208" "WGS_84_SCAR_IMW_SQ2122_epsg_3209" "WGS_84_SCAR_IMW_SQ3738_epsg_3210" "WGS_84_SCAR_IMW_SQ3940_epsg_3211" "WGS_84_SCAR_IMW_SQ4142_epsg_3212" "WGS_84_SCAR_IMW_SQ4344_epsg_3213" "WGS_84_SCAR_IMW_SQ4546_epsg_3214" "WGS_84_SCAR_IMW_SQ4748_epsg_3215" "WGS_84_SCAR_IMW_SQ4950_epsg_3216" "WGS_84_SCAR_IMW_SQ5152_epsg_3217" "WGS_84_SCAR_IMW_SQ5354_epsg_3218" "WGS_84_SCAR_IMW_SQ5556_epsg_3219" "WGS_84_SCAR_IMW_SQ5758_epsg_3220" "WGS_84_SCAR_IMW_SR1314_epsg_3221" "WGS_84_SCAR_IMW_SR1516_epsg_3222" "WGS_84_SCAR_IMW_SR1718_epsg_3223" "WGS_84_SCAR_IMW_SR1920_epsg_3224" "WGS_84_SCAR_IMW_SR2728_epsg_3225" "WGS_84_SCAR_IMW_SR2930_epsg_3226" "WGS_84_SCAR_IMW_SR3132_epsg_3227" "WGS_84_SCAR_IMW_SR3334_epsg_3228" "WGS_84_SCAR_IMW_SR3536_epsg_3229" "WGS_84_SCAR_IMW_SR3738_epsg_3230" "WGS_84_SCAR_IMW_SR3940_epsg_3231" "WGS_84_SCAR_IMW_SR4142_epsg_3232" "WGS_84_SCAR_IMW_SR4344_epsg_3233" "WGS_84_SCAR_IMW_SR4546_epsg_3234" "WGS_84_SCAR_IMW_SR4748_epsg_3235" "WGS_84_SCAR_IMW_SR4950_epsg_3236" "WGS_84_SCAR_IMW_SR5152_epsg_3237" "WGS_84_SCAR_IMW_SR5354_epsg_3238" "WGS_84_SCAR_IMW_SR5556_epsg_3239" "WGS_84_SCAR_IMW_SR5758_epsg_3240" "WGS_84_SCAR_IMW_SR5960_epsg_3241" "WGS_84_SCAR_IMW_SS0406_epsg_3242" "WGS_84_SCAR_IMW_SS0709_epsg_3243" "WGS_84_SCAR_IMW_SS1012_epsg_3244" "WGS_84_SCAR_IMW_SS1315_epsg_3245" "WGS_84_SCAR_IMW_SS1618_epsg_3246" "WGS_84_SCAR_IMW_SS1921_epsg_3247" "WGS_84_SCAR_IMW_SS2527_epsg_3248" "WGS_84_SCAR_IMW_SS2830_epsg_3249" "WGS_84_SCAR_IMW_SS3133_epsg_3250" "WGS_84_SCAR_IMW_SS3436_epsg_3251" "WGS_84_SCAR_IMW_SS3739_epsg_3252" "WGS_84_SCAR_IMW_SS4042_epsg_3253" "WGS_84_SCAR_IMW_SS4345_epsg_3254" "WGS_84_SCAR_IMW_SS4648_epsg_3255" "WGS_84_SCAR_IMW_SS4951_epsg_3256" "WGS_84_SCAR_IMW_SS5254_epsg_3257" "WGS_84_SCAR_IMW_SS5557_epsg_3258" "WGS_84_SCAR_IMW_SS5860_epsg_3259" "WGS_84_SCAR_IMW_ST0104_epsg_3260" "WGS_84_SCAR_IMW_ST0508_epsg_3261" "WGS_84_SCAR_IMW_ST0912_epsg_3262" "WGS_84_SCAR_IMW_ST1316_epsg_3263" "WGS_84_SCAR_IMW_ST1720_epsg_3264" "WGS_84_SCAR_IMW_ST2124_epsg_3265" "WGS_84_SCAR_IMW_ST2528_epsg_3266" "WGS_84_SCAR_IMW_ST2932_epsg_3267" "WGS_84_SCAR_IMW_ST3336_epsg_3268" "WGS_84_SCAR_IMW_ST3740_epsg_3269" "WGS_84_SCAR_IMW_ST4144_epsg_3270" "WGS_84_SCAR_IMW_ST4548_epsg_3271" "WGS_84_SCAR_IMW_ST4952_epsg_3272" "WGS_84_SCAR_IMW_ST5356_epsg_3273" "WGS_84_SCAR_IMW_ST5760_epsg_3274" "WGS_84_SCAR_IMW_SU0105_epsg_3275" "WGS_84_SCAR_IMW_SU0610_epsg_3276" "WGS_84_SCAR_IMW_SU1115_epsg_3277" "WGS_84_SCAR_IMW_SU1620_epsg_3278" "WGS_84_SCAR_IMW_SU2125_epsg_3279" "WGS_84_SCAR_IMW_SU2630_epsg_3280" "WGS_84_SCAR_IMW_SU3135_epsg_3281" "WGS_84_SCAR_IMW_SU3640_epsg_3282" "WGS_84_SCAR_IMW_SU4145_epsg_3283" "WGS_84_SCAR_IMW_SU4650_epsg_3284" "WGS_84_SCAR_IMW_SU5155_epsg_3285" "WGS_84_SCAR_IMW_SU5660_epsg_3286" "WGS_84_SCAR_IMW_SV0110_epsg_3287" "WGS_84_SCAR_IMW_SV1120_epsg_3288" "WGS_84_SCAR_IMW_SV2130_epsg_3289" "WGS_84_SCAR_IMW_SV3140_epsg_3290" "WGS_84_SCAR_IMW_SV4150_epsg_3291" "WGS_84_SCAR_IMW_SV5160_epsg_3292" "WGS_84_SCAR_IMW_SW0160_epsg_3293" "WGS_84_USGS_Transantarctic_Mountains_epsg_3294" "Guam_1963_Yap_Islands_epsg_3295" "RGPF_UTM_zone_5S_epsg_3296" "RGPF_UTM_zone_6S_epsg_3297" "RGPF_UTM_zone_7S_epsg_3298" "RGPF_UTM_zone_8S_epsg_3299" "Estonian_Coordinate_System_of_1992_epsg_3300" "Estonian_Coordinate_System_of_1997_epsg_3301" "IGN63_Hiva_Oa_UTM_zone_7S_epsg_3302" "Fatu_Iva_72_UTM_zone_7S_epsg_3303" "Tahiti_79_UTM_zone_6S_epsg_3304" "Moorea_87_UTM_zone_6S_epsg_3305" "Maupiti_83_UTM_zone_5S_epsg_3306" "Nakhle_Ghanem_UTM_zone_39N_epsg_3307" "GDA94_NSW_Lambert_epsg_3308" "NAD27_California_Albers_epsg_3309" "NAD83_California_Albers_epsg_3310" "NAD83HARN_California_Albers_epsg_3311" "CSG67_UTM_zone_21N_epsg_3312" "RGFG95_UTM_zone_21N_epsg_3313" "Katanga_1955_Katanga_Lambert_epsg_3314" "Katanga_1955_Katanga_TM_epsg_3315" "Kasai_1953_Congo_TM_zone_22_epsg_3316" "Kasai_1953_Congo_TM_zone_24_epsg_3317" "IGC_1962_Congo_TM_zone_12_epsg_3318" "IGC_1962_Congo_TM_zone_14_epsg_3319" "IGC_1962_Congo_TM_zone_16_epsg_3320" "IGC_1962_Congo_TM_zone_18_epsg_3321" "IGC_1962_Congo_TM_zone_20_epsg_3322" "IGC_1962_Congo_TM_zone_22_epsg_3323" "IGC_1962_Congo_TM_zone_24_epsg_3324" "IGC_1962_Congo_TM_zone_26_epsg_3325" "IGC_1962_Congo_TM_zone_28_epsg_3326" "IGC_1962_Congo_TM_zone_30_epsg_3327" "Pulkovo_194258_GUGiK80_epsg_3328" "Pulkovo_194258_3degree_GaussKruger_zone_5_epsg_3329" "Pulkovo_194258_3degree_GaussKruger_zone_6_epsg_3330" "Pulkovo_194258_3degree_GaussKruger_zone_7_epsg_3331" "Pulkovo_194258_3degree_GaussKruger_zone_8_epsg_3332" "Pulkovo_194258_GaussKruger_zone_3_epsg_3333" "Pulkovo_194258_GaussKruger_zone_4_epsg_3334" "Pulkovo_194258_GaussKruger_zone_5_epsg_3335" "IGN_1962_Kerguelen_UTM_zone_42S_epsg_3336" "Le_Pouce_1934_Mauritius_Grid_epsg_3337" "NAD83_Alaska_Albers_epsg_3338" "IGCB_1955_Congo_TM_zone_12_epsg_3339" "IGCB_1955_Congo_TM_zone_14_epsg_3340" "IGCB_1955_Congo_TM_zone_16_epsg_3341" "IGCB_1955_UTM_zone_33S_epsg_3342" "Mauritania_1999_UTM_zone_28N_epsg_3343" "Mauritania_1999_UTM_zone_29N_epsg_3344" "Mauritania_1999_UTM_zone_30N_epsg_3345" "LKS94_Lithuania_TM_epsg_3346" "NAD83_Statistics_Canada_Lambert_epsg_3347" "NAD83CSRS_Statistics_Canada_Lambert_epsg_3348" "WGS_84_PDC_Mercator_epsg_3349" "Pulkovo_1942_CS63_zone_C0_epsg_3350" "Pulkovo_1942_CS63_zone_C1_epsg_3351" "Pulkovo_1942_CS63_zone_C2_epsg_3352" "Mhast_onshore_UTM_zone_32S_epsg_3353" "Mhast_offshore_UTM_zone_32S_epsg_3354" "Egypt_Gulf_of_Suez_S650_TL_Red_Belt_epsg_3355" "Grand_Cayman_1959_UTM_zone_17N_epsg_3356" "Little_Cayman_1961_UTM_zone_17N_epsg_3357" "NAD83HARN_North_Carolina_epsg_3358" "NAD83HARN_North_Carolina_ftUS_epsg_3359" "NAD83HARN_South_Carolina_epsg_3360" "NAD83HARN_South_Carolina_ft_epsg_3361" "NAD83HARN_Pennsylvania_North_epsg_3362" "NAD83HARN_Pennsylvania_North_ftUS_epsg_3363" "NAD83HARN_Pennsylvania_South_epsg_3364" "NAD83HARN_Pennsylvania_South_ftUS_epsg_3365" "Hong_Kong_1963_Grid_System_epsg_3366" "IGN_Astro_1960_UTM_zone_28N_epsg_3367" "IGN_Astro_1960_UTM_zone_29N_epsg_3368" "IGN_Astro_1960_UTM_zone_30N_epsg_3369" "NAD27_UTM_zone_59N_epsg_3370" "NAD27_UTM_zone_60N_epsg_3371" "NAD83_UTM_zone_59N_epsg_3372" "NAD83_UTM_zone_60N_epsg_3373" "FD54_UTM_zone_29N_epsg_3374" "GDM2000_Peninsula_RSO_epsg_3375" "GDM2000_East_Malaysia_BRSO_epsg_3376" "GDM2000_Johor_Grid_epsg_3377" "GDM2000_Sembilan_and_Melaka_Grid_epsg_3378" "GDM2000_PahangGrid_epsg_3379" "GDM2000_Selangor_Grid_epsg_3380" "GDM2000_Terengganu_Grid_epsg_3381" "GDM2000_Pinang_Grid_epsg_3382" "GDM2000_Kedah_and_Perlis_Grid_epsg_3383" "GDM2000_Perak_Grid_epsg_3384" "GDM2000_Kelantan_Grid_epsg_3385" "KKJ_Finland_zone_0_epsg_3386" "KKJ_Finland_zone_5_epsg_3387" "Pulkovo_1942_Caspian_Sea_Mercator_epsg_3388" "Pulkovo_1942_3degree_GaussKruger_zone_60_epsg_3389" "Pulkovo_1995_3degree_GaussKruger_zone_60_epsg_3390" "Karbala_1979_UTM_zone_37N_epsg_3391" "Karbala_1979_UTM_zone_38N_epsg_3392" "Karbala_1979_UTM_zone_39N_epsg_3393" "Nahrwan_1934_Iraq_zone_epsg_3394" "WGS_84_World_Mercator_epsg_3395" "PD83_3degree_GaussKruger_zone_3_epsg_3396" "PD83_3degree_GaussKruger_zone_4_epsg_3397" "RD83_3degree_GaussKruger_zone_4_epsg_3398" "RD83_3degree_GaussKruger_zone_5_epsg_3399" "NAD83_Alberta_10TM_Forest_epsg_3400" "NAD83_Alberta_10TM_Resource_epsg_3401" "NAD83CSRS_Alberta_10TM_Forest_epsg_3402" "NAD83CSRS_Alberta_10TM_Resource_epsg_3403" "NAD83HARN_North_Carolina_ftUS_epsg_3404" "VN2000_UTM_zone_48N_epsg_3405" "VN2000_UTM_zone_49N_epsg_3406" "Hong_Kong_1963_Grid_System_epsg_3407" "NSIDC_EASEGrid_North_epsg_3408" "NSIDC_EASEGrid_South_epsg_3409" "NSIDC_EASEGrid_Global_epsg_3410" "NSIDC_Sea_Ice_Polar_Stereographic_North_epsg_3411" "NSIDC_Sea_Ice_Polar_Stereographic_South_epsg_3412" "WGS_84_NSIDC_Sea_Ice_Polar_Stereographic_North_epsg_3413" "SVY21_Singapore_TM_epsg_3414" "WGS_72BE_South_China_Sea_Lambert_epsg_3415" "ETRS89_Austria_Lambert_epsg_3416" "NAD83_Iowa_North_ft_US_epsg_3417" "NAD83_Iowa_South_ft_US_epsg_3418" "NAD83_Kansas_North_ft_US_epsg_3419" "NAD83_Kansas_South_ft_US_epsg_3420" "NAD83_Nevada_East_ft_US_epsg_3421" "NAD83_Nevada_Central_ft_US_epsg_3422" "NAD83_Nevada_West_ft_US_epsg_3423" "NAD83_New_Jersey_ft_US_epsg_3424" "NAD83HARN_Iowa_North_ft_US_epsg_3425" "NAD83HARN_Iowa_South_ft_US_epsg_3426" "NAD83HARN_Kansas_North_ft_US_epsg_3427" "NAD83HARN_Kansas_South_ft_US_epsg_3428" "NAD83HARN_Nevada_East_ft_US_epsg_3429" "NAD83HARN_Nevada_Central_ft_US_epsg_3430" "NAD83HARN_Nevada_West_ft_US_epsg_3431" "NAD83HARN_New_Jersey_ft_US_epsg_3432" "NAD83_Arkansas_North_ftUS_epsg_3433" "NAD83_Arkansas_South_ftUS_epsg_3434" "NAD83_Illinois_East_ftUS_epsg_3435" "NAD83_Illinois_West_ftUS_epsg_3436" "NAD83_New_Hampshire_ftUS_epsg_3437" "NAD83_Rhode_Island_ftUS_epsg_3438" "PSD93_UTM_zone_39N_epsg_3439" "PSD93_UTM_zone_40N_epsg_3440" "NAD83HARN_Arkansas_North_ftUS_epsg_3441" "NAD83HARN_Arkansas_South_ftUS_epsg_3442" "NAD83HARN_Illinois_East_ftUS_epsg_3443" "NAD83HARN_Illinois_West_ftUS_epsg_3444" "NAD83HARN_New_Hampshire_ftUS_epsg_3445" "NAD83HARN_Rhode_Island_ftUS_epsg_3446" "ETRS89_Belgian_Lambert_2005_epsg_3447" "JAD2001_Jamaica_Metric_Grid_epsg_3448" "JAD2001_UTM_zone_17N_epsg_3449" "JAD2001_UTM_zone_18N_epsg_3450" "NAD83_Louisiana_North_ftUS_epsg_3451" "NAD83_Louisiana_South_ftUS_epsg_3452" "NAD83_Louisiana_Offshore_ftUS_epsg_3453" "NAD83_South_Dakota_North_ftUS_epsg_3454" "NAD83_South_Dakota_South_ftUS_epsg_3455" "NAD83HARN_Louisiana_North_ftUS_epsg_3456" "NAD83HARN_Louisiana_South_ftUS_epsg_3457" "NAD83HARN_South_Dakota_North_ftUS_epsg_3458" "NAD83HARN_South_Dakota_South_ftUS_epsg_3459" "Fiji_1986_Fiji_Map_Grid_epsg_3460" "Dabola_1981_UTM_zone_28N_epsg_3461" "Dabola_1981_UTM_zone_29N_epsg_3462" "NAD83_Maine_CS2000_Central_epsg_3463" "NAD83HARN_Maine_CS2000_Central_epsg_3464" "NAD83NSRS2007_Alabama_East_epsg_3465" "NAD83NSRS2007_Alabama_West_epsg_3466" "NAD83NSRS2007_Alaska_Albers_epsg_3467" "NAD83NSRS2007_Alaska_zone_1_epsg_3468" "NAD83NSRS2007_Alaska_zone_2_epsg_3469" "NAD83NSRS2007_Alaska_zone_3_epsg_3470" "NAD83NSRS2007_Alaska_zone_4_epsg_3471" "NAD83NSRS2007_Alaska_zone_5_epsg_3472" "NAD83NSRS2007_Alaska_zone_6_epsg_3473" "NAD83NSRS2007_Alaska_zone_7_epsg_3474" "NAD83NSRS2007_Alaska_zone_8_epsg_3475" "NAD83NSRS2007_Alaska_zone_9_epsg_3476" "NAD83NSRS2007_Alaska_zone_10_epsg_3477" "NAD83NSRS2007_Arizona_Central_epsg_3478" "NAD83NSRS2007_Arizona_Central_ft_epsg_3479" "NAD83NSRS2007_Arizona_East_epsg_3480" "NAD83NSRS2007_Arizona_East_ft_epsg_3481" "NAD83NSRS2007_Arizona_West_epsg_3482" "NAD83NSRS2007_Arizona_West_ft_epsg_3483" "NAD83NSRS2007_Arkansas_North_epsg_3484" "NAD83NSRS2007_Arkansas_North_ftUS_epsg_3485" "NAD83NSRS2007_Arkansas_South_epsg_3486" "NAD83NSRS2007_Arkansas_South_ftUS_epsg_3487" "NAD83NSRS2007_California_Albers_epsg_3488" "NAD83NSRS2007_California_zone_1_epsg_3489" "NAD83NSRS2007_California_zone_1_ftUS_epsg_3490" "NAD83NSRS2007_California_zone_2_epsg_3491" "NAD83NSRS2007_California_zone_2_ftUS_epsg_3492" "NAD83NSRS2007_California_zone_3_epsg_3493" "NAD83NSRS2007_California_zone_3_ftUS_epsg_3494" "NAD83NSRS2007_California_zone_4_epsg_3495" "NAD83NSRS2007_California_zone_4_ftUS_epsg_3496" "NAD83NSRS2007_California_zone_5_epsg_3497" "NAD83NSRS2007_California_zone_5_ftUS_epsg_3498" "NAD83NSRS2007_California_zone_6_epsg_3499" "NAD83NSRS2007_California_zone_6_ftUS_epsg_3500" "NAD83NSRS2007_Colorado_Central_epsg_3501" "NAD83NSRS2007_Colorado_Central_ftUS_epsg_3502" "NAD83NSRS2007_Colorado_North_epsg_3503" "NAD83NSRS2007_Colorado_North_ftUS_epsg_3504" "NAD83NSRS2007_Colorado_South_epsg_3505" "NAD83NSRS2007_Colorado_South_ftUS_epsg_3506" "NAD83NSRS2007_Connecticut_epsg_3507" "NAD83NSRS2007_Connecticut_ftUS_epsg_3508" "NAD83NSRS2007_Delaware_epsg_3509" "NAD83NSRS2007_Delaware_ftUS_epsg_3510" "NAD83NSRS2007_Florida_East_epsg_3511" "NAD83NSRS2007_Florida_East_ftUS_epsg_3512" "NAD83NSRS2007_Florida_GDL_Albers_epsg_3513" "NAD83NSRS2007_Florida_North_epsg_3514" "NAD83NSRS2007_Florida_North_ftUS_epsg_3515" "NAD83NSRS2007_Florida_West_epsg_3516" "NAD83NSRS2007_Florida_West_ftUS_epsg_3517" "NAD83NSRS2007_Georgia_East_epsg_3518" "NAD83NSRS2007_Georgia_East_ftUS_epsg_3519" "NAD83NSRS2007_Georgia_West_epsg_3520" "NAD83NSRS2007_Georgia_West_ftUS_epsg_3521" "NAD83NSRS2007_Idaho_Central_epsg_3522" "NAD83NSRS2007_Idaho_Central_ftUS_epsg_3523" "NAD83NSRS2007_Idaho_East_epsg_3524" "NAD83NSRS2007_Idaho_East_ftUS_epsg_3525" "NAD83NSRS2007_Idaho_West_epsg_3526" "NAD83NSRS2007_Idaho_West_ftUS_epsg_3527" "NAD83NSRS2007_Illinois_East_epsg_3528" "NAD83NSRS2007_Illinois_East_ftUS_epsg_3529" "NAD83NSRS2007_Illinois_West_epsg_3530" "NAD83NSRS2007_Illinois_West_ftUS_epsg_3531" "NAD83NSRS2007_Indiana_East_epsg_3532" "NAD83NSRS2007_Indiana_East_ftUS_epsg_3533" "NAD83NSRS2007_Indiana_West_epsg_3534" "NAD83NSRS2007_Indiana_West_ftUS_epsg_3535" "NAD83NSRS2007_Iowa_North_epsg_3536" "NAD83NSRS2007_Iowa_North_ft_US_epsg_3537" "NAD83NSRS2007_Iowa_South_epsg_3538" "NAD83NSRS2007_Iowa_South_ft_US_epsg_3539" "NAD83NSRS2007_Kansas_North_epsg_3540" "NAD83NSRS2007_Kansas_North_ft_US_epsg_3541" "NAD83NSRS2007_Kansas_South_epsg_3542" "NAD83NSRS2007_Kansas_South_ft_US_epsg_3543" "NAD83NSRS2007_Kentucky_North_epsg_3544" "NAD83NSRS2007_Kentucky_North_ftUS_epsg_3545" "NAD83NSRS2007_Kentucky_Single_Zone_epsg_3546" "NAD83NSRS2007_Kentucky_Single_Zone_ftUS_epsg_3547" "NAD83NSRS2007_Kentucky_South_epsg_3548" "NAD83NSRS2007_Kentucky_South_ftUS_epsg_3549" "NAD83NSRS2007_Louisiana_North_epsg_3550" "NAD83NSRS2007_Louisiana_North_ftUS_epsg_3551" "NAD83NSRS2007_Louisiana_South_epsg_3552" "NAD83NSRS2007_Louisiana_South_ftUS_epsg_3553" "NAD83NSRS2007_Maine_CS2000_Central_epsg_3554" "NAD83NSRS2007_Maine_CS2000_East_epsg_3555" "NAD83NSRS2007_Maine_CS2000_West_epsg_3556" "NAD83NSRS2007_Maine_East_epsg_3557" "NAD83NSRS2007_Maine_West_epsg_3558" "NAD83NSRS2007_Maryland_epsg_3559" "NAD83_Utah_North_ftUS_epsg_3560" "Old_Hawaiian_Hawaii_zone_1_epsg_3561" "Old_Hawaiian_Hawaii_zone_2_epsg_3562" "Old_Hawaiian_Hawaii_zone_3_epsg_3563" "Old_Hawaiian_Hawaii_zone_4_epsg_3564" "Old_Hawaiian_Hawaii_zone_5_epsg_3565" "NAD83_Utah_Central_ftUS_epsg_3566" "NAD83_Utah_South_ftUS_epsg_3567" "NAD83HARN_Utah_North_ftUS_epsg_3568" "NAD83HARN_Utah_Central_ftUS_epsg_3569" "NAD83HARN_Utah_South_ftUS_epsg_3570" "WGS_84_North_Pole_LAEA_Bering_Sea_epsg_3571" "WGS_84_North_Pole_LAEA_Alaska_epsg_3572" "WGS_84_North_Pole_LAEA_Canada_epsg_3573" "WGS_84_North_Pole_LAEA_Atlantic_epsg_3574" "WGS_84_North_Pole_LAEA_Europe_epsg_3575" "WGS_84_North_Pole_LAEA_Russia_epsg_3576" "GDA94_Australian_Albers_epsg_3577" "NAD83_Yukon_Albers_epsg_3578" "NAD83CSRS_Yukon_Albers_epsg_3579" "NAD83_NWT_Lambert_epsg_3580" "NAD83CSRS_NWT_Lambert_epsg_3581" "NAD83NSRS2007_Maryland_ftUS_epsg_3582" "NAD83NSRS2007_Massachusetts_Island_epsg_3583" "NAD83NSRS2007_Massachusetts_Island_ftUS_epsg_3584" "NAD83NSRS2007_Massachusetts_Mainland_epsg_3585" "NAD83NSRS2007_Massachusetts_Mainland_ftUS_epsg_3586" "NAD83NSRS2007_Michigan_Central_epsg_3587" "NAD83NSRS2007_Michigan_Central_ft_epsg_3588" "NAD83NSRS2007_Michigan_North_epsg_3589" "NAD83NSRS2007_Michigan_North_ft_epsg_3590" "NAD83NSRS2007_Michigan_Oblique_Mercator_epsg_3591" "NAD83NSRS2007_Michigan_South_epsg_3592" "NAD83NSRS2007_Michigan_South_ft_epsg_3593" "NAD83NSRS2007_Minnesota_Central_epsg_3594" "NAD83NSRS2007_Minnesota_North_epsg_3595" "NAD83NSRS2007_Minnesota_South_epsg_3596" "NAD83NSRS2007_Mississippi_East_epsg_3597" "NAD83NSRS2007_Mississippi_East_ftUS_epsg_3598" "NAD83NSRS2007_Mississippi_West_epsg_3599" "NAD83NSRS2007_Mississippi_West_ftUS_epsg_3600" "NAD83NSRS2007_Missouri_Central_epsg_3601" "NAD83NSRS2007_Missouri_East_epsg_3602" "NAD83NSRS2007_Missouri_West_epsg_3603" "NAD83NSRS2007_Montana_epsg_3604" "NAD83NSRS2007_Montana_ft_epsg_3605" "NAD83NSRS2007_Nebraska_epsg_3606" "NAD83NSRS2007_Nevada_Central_epsg_3607" "NAD83NSRS2007_Nevada_Central_ft_US_epsg_3608" "NAD83NSRS2007_Nevada_East_epsg_3609" "NAD83NSRS2007_Nevada_East_ft_US_epsg_3610" "NAD83NSRS2007_Nevada_West_epsg_3611" "NAD83NSRS2007_Nevada_West_ft_US_epsg_3612" "NAD83NSRS2007_New_Hampshire_epsg_3613" "NAD83NSRS2007_New_Hampshire_ftUS_epsg_3614" "NAD83NSRS2007_New_Jersey_epsg_3615" "NAD83NSRS2007_New_Jersey_ft_US_epsg_3616" "NAD83NSRS2007_New_Mexico_Central_epsg_3617" "NAD83NSRS2007_New_Mexico_Central_ftUS_epsg_3618" "NAD83NSRS2007_New_Mexico_East_epsg_3619" "NAD83NSRS2007_New_Mexico_East_ftUS_epsg_3620" "NAD83NSRS2007_New_Mexico_West_epsg_3621" "NAD83NSRS2007_New_Mexico_West_ftUS_epsg_3622" "NAD83NSRS2007_New_York_Central_epsg_3623" "NAD83NSRS2007_New_York_Central_ftUS_epsg_3624" "NAD83NSRS2007_New_York_East_epsg_3625" "NAD83NSRS2007_New_York_East_ftUS_epsg_3626" "NAD83NSRS2007_New_York_Long_Island_epsg_3627" "NAD83NSRS2007_New_York_Long_Island_ftUS_epsg_3628" "NAD83NSRS2007_New_York_West_epsg_3629" "NAD83NSRS2007_New_York_West_ftUS_epsg_3630" "NAD83NSRS2007_North_Carolina_epsg_3631" "NAD83NSRS2007_North_Carolina_ftUS_epsg_3632" "NAD83NSRS2007_North_Dakota_North_epsg_3633" "NAD83NSRS2007_North_Dakota_North_ft_epsg_3634" "NAD83NSRS2007_North_Dakota_South_epsg_3635" "NAD83NSRS2007_North_Dakota_South_ft_epsg_3636" "NAD83NSRS2007_Ohio_North_epsg_3637" "NAD83NSRS2007_Ohio_South_epsg_3638" "NAD83NSRS2007_Oklahoma_North_epsg_3639" "NAD83NSRS2007_Oklahoma_North_ftUS_epsg_3640" "NAD83NSRS2007_Oklahoma_South_epsg_3641" "NAD83NSRS2007_Oklahoma_South_ftUS_epsg_3642" "NAD83NSRS2007_Oregon_Lambert_epsg_3643" "NAD83NSRS2007_Oregon_Lambert_ft_epsg_3644" "NAD83NSRS2007_Oregon_North_epsg_3645" "NAD83NSRS2007_Oregon_North_ft_epsg_3646" "NAD83NSRS2007_Oregon_South_epsg_3647" "NAD83NSRS2007_Oregon_South_ft_epsg_3648" "NAD83NSRS2007_Pennsylvania_North_epsg_3649" "NAD83NSRS2007_Pennsylvania_North_ftUS_epsg_3650" "NAD83NSRS2007_Pennsylvania_South_epsg_3651" "NAD83NSRS2007_Pennsylvania_South_ftUS_epsg_3652" "NAD83NSRS2007_Rhode_Island_epsg_3653" "NAD83NSRS2007_Rhode_Island_ftUS_epsg_3654" "NAD83NSRS2007_South_Carolina_epsg_3655" "NAD83NSRS2007_South_Carolina_ft_epsg_3656" "NAD83NSRS2007_South_Dakota_North_epsg_3657" "NAD83NSRS2007_South_Dakota_North_ftUS_epsg_3658" "NAD83NSRS2007_South_Dakota_South_epsg_3659" "NAD83NSRS2007_South_Dakota_South_ftUS_epsg_3660" "NAD83NSRS2007_Tennessee_epsg_3661" "NAD83NSRS2007_Tennessee_ftUS_epsg_3662" "NAD83NSRS2007_Texas_Central_epsg_3663" "NAD83NSRS2007_Texas_Central_ftUS_epsg_3664" "NAD83NSRS2007_Texas_Centric_Albers_Equal_Area_epsg_3665" "NAD83NSRS2007_Texas_Centric_Lambert_Conformal_epsg_3666" "NAD83NSRS2007_Texas_North_epsg_3667" "NAD83NSRS2007_Texas_North_ftUS_epsg_3668" "NAD83NSRS2007_Texas_North_Central_epsg_3669" "NAD83NSRS2007_Texas_North_Central_ftUS_epsg_3670" "NAD83NSRS2007_Texas_South_epsg_3671" "NAD83NSRS2007_Texas_South_ftUS_epsg_3672" "NAD83NSRS2007_Texas_South_Central_epsg_3673" "NAD83NSRS2007_Texas_South_Central_ftUS_epsg_3674" "NAD83NSRS2007_Utah_Central_epsg_3675" "NAD83NSRS2007_Utah_Central_ft_epsg_3676" "NAD83NSRS2007_Utah_Central_ftUS_epsg_3677" "NAD83NSRS2007_Utah_North_epsg_3678" "NAD83NSRS2007_Utah_North_ft_epsg_3679" "NAD83NSRS2007_Utah_North_ftUS_epsg_3680" "NAD83NSRS2007_Utah_South_epsg_3681" "NAD83NSRS2007_Utah_South_ft_epsg_3682" "NAD83NSRS2007_Utah_South_ftUS_epsg_3683" "NAD83NSRS2007_Vermont_epsg_3684" "NAD83NSRS2007_Virginia_North_epsg_3685" "NAD83NSRS2007_Virginia_North_ftUS_epsg_3686" "NAD83NSRS2007_Virginia_South_epsg_3687" "NAD83NSRS2007_Virginia_South_ftUS_epsg_3688" "NAD83NSRS2007_Washington_North_epsg_3689" "NAD83NSRS2007_Washington_North_ftUS_epsg_3690" "NAD83NSRS2007_Washington_South_epsg_3691" "NAD83NSRS2007_Washington_South_ftUS_epsg_3692" "NAD83NSRS2007_West_Virginia_North_epsg_3693" "NAD83NSRS2007_West_Virginia_South_epsg_3694" "NAD83NSRS2007_Wisconsin_Central_epsg_3695" "NAD83NSRS2007_Wisconsin_Central_ftUS_epsg_3696" "NAD83NSRS2007_Wisconsin_North_epsg_3697" "NAD83NSRS2007_Wisconsin_North_ftUS_epsg_3698" "NAD83NSRS2007_Wisconsin_South_epsg_3699" "NAD83NSRS2007_Wisconsin_South_ftUS_epsg_3700" "NAD83NSRS2007_Wisconsin_Transverse_Mercator_epsg_3701" "NAD83NSRS2007_Wyoming_East_epsg_3702" "NAD83NSRS2007_Wyoming_East_Central_epsg_3703" "NAD83NSRS2007_Wyoming_West_Central_epsg_3704" "NAD83NSRS2007_Wyoming_West_epsg_3705" "NAD83NSRS2007_UTM_zone_59N_epsg_3706" "NAD83NSRS2007_UTM_zone_60N_epsg_3707" "NAD83NSRS2007_UTM_zone_1N_epsg_3708" "NAD83NSRS2007_UTM_zone_2N_epsg_3709" "NAD83NSRS2007_UTM_zone_3N_epsg_3710" "NAD83NSRS2007_UTM_zone_4N_epsg_3711" "NAD83NSRS2007_UTM_zone_5N_epsg_3712" "NAD83NSRS2007_UTM_zone_6N_epsg_3713" "NAD83NSRS2007_UTM_zone_7N_epsg_3714" "NAD83NSRS2007_UTM_zone_8N_epsg_3715" "NAD83NSRS2007_UTM_zone_9N_epsg_3716" "NAD83NSRS2007_UTM_zone_10N_epsg_3717" "NAD83NSRS2007_UTM_zone_11N_epsg_3718" "NAD83NSRS2007_UTM_zone_12N_epsg_3719" "NAD83NSRS2007_UTM_zone_13N_epsg_3720" "NAD83NSRS2007_UTM_zone_14N_epsg_3721" "NAD83NSRS2007_UTM_zone_15N_epsg_3722" "NAD83NSRS2007_UTM_zone_16N_epsg_3723" "NAD83NSRS2007_UTM_zone_17N_epsg_3724" "NAD83NSRS2007_UTM_zone_18N_epsg_3725" "NAD83NSRS2007_UTM_zone_19N_epsg_3726" "Reunion_1947_TM_Reunion_epsg_3727" "NAD83NSRS2007_Ohio_North_ftUS_epsg_3728" "NAD83NSRS2007_Ohio_South_ftUS_epsg_3729" "NAD83NSRS2007_Wyoming_East_ftUS_epsg_3730" "NAD83NSRS2007_Wyoming_East_Central_ftUS_epsg_3731" "NAD83NSRS2007_Wyoming_West_Central_ftUS_epsg_3732" "NAD83NSRS2007_Wyoming_West_ftUS_epsg_3733" "NAD83_Ohio_North_ftUS_epsg_3734" "NAD83_Ohio_South_ftUS_epsg_3735" "NAD83_Wyoming_East_ftUS_epsg_3736" "NAD83_Wyoming_East_Central_ftUS_epsg_3737" "NAD83_Wyoming_West_Central_ftUS_epsg_3738" "NAD83_Wyoming_West_ftUS_epsg_3739" "NAD83HARN_UTM_zone_10N_epsg_3740" "NAD83HARN_UTM_zone_11N_epsg_3741" "NAD83HARN_UTM_zone_12N_epsg_3742" "NAD83HARN_UTM_zone_13N_epsg_3743" "NAD83HARN_UTM_zone_14N_epsg_3744" "NAD83HARN_UTM_zone_15N_epsg_3745" "NAD83HARN_UTM_zone_16N_epsg_3746" "NAD83HARN_UTM_zone_17N_epsg_3747" "NAD83HARN_UTM_zone_18N_epsg_3748" "NAD83HARN_UTM_zone_19N_epsg_3749" "NAD83HARN_UTM_zone_4N_epsg_3750" "NAD83HARN_UTM_zone_5N_epsg_3751" "WGS_84_Mercator_41_epsg_3752" "NAD83HARN_Ohio_North_ftUS_epsg_3753" "NAD83HARN_Ohio_South_ftUS_epsg_3754" "NAD83HARN_Wyoming_East_ftUS_epsg_3755" "NAD83HARN_Wyoming_East_Central_ftUS_epsg_3756" "NAD83HARN_Wyoming_West_Central_ftUS_epsg_3757" "NAD83HARN_Wyoming_West_ftUS_epsg_3758" "NAD83_Hawaii_zone_3_ftUS_epsg_3759" "NAD83HARN_Hawaii_zone_3_ftUS_epsg_3760" "NAD83CSRS_UTM_zone_22N_epsg_3761" "WGS_84_South_Georgia_Lambert_epsg_3762" "ETRS89_Portugal_TM06_epsg_3763" "NZGD2000_Chatham_Island_Circuit_2000_epsg_3764" "HTRS96_Croatia_TM_epsg_3765" "HTRS96_Croatia_LCC_epsg_3766" "HTRS96_UTM_zone_33N_epsg_3767" "HTRS96_UTM_zone_34N_epsg_3768" "Bermuda_1957_UTM_zone_20N_epsg_3769" "BDA2000_Bermuda_2000_National_Grid_epsg_3770" "NAD27_Alberta_3TM_ref_merid_111_W_epsg_3771" "NAD27_Alberta_3TM_ref_merid_114_W_epsg_3772" "NAD27_Alberta_3TM_ref_merid_117_W_epsg_3773" "NAD27_Alberta_3TM_ref_merid_120_W_epsg_3774" "NAD83_Alberta_3TM_ref_merid_111_W_epsg_3775" "NAD83_Alberta_3TM_ref_merid_114_W_epsg_3776" "NAD83_Alberta_3TM_ref_merid_117_W_epsg_3777" "NAD83_Alberta_3TM_ref_merid_120_W_epsg_3778" "NAD83CSRS_Alberta_3TM_ref_merid_111_W_epsg_3779" "NAD83CSRS_Alberta_3TM_ref_merid_114_W_epsg_3780" "NAD83CSRS_Alberta_3TM_ref_merid_117_W_epsg_3781" "NAD83CSRS_Alberta_3TM_ref_merid_120_W_epsg_3782" "Pitcairn_2006_Pitcairn_TM_2006_epsg_3783" "Pitcairn_1967_UTM_zone_9S_epsg_3784" "Popular_Visualisation_CRS_Mercator_epsg_3785" "World_Equidistant_Cylindrical_Sphere_epsg_3786" "MGI_Slovene_National_Grid_epsg_3787" "NZGD2000_Auckland_Islands_TM_2000_epsg_3788" "NZGD2000_Campbell_Island_TM_2000_epsg_3789" "NZGD2000_Antipodes_Islands_TM_2000_epsg_3790" "NZGD2000_Raoul_Island_TM_2000_epsg_3791" "NZGD2000_Chatham_Islands_TM_2000_epsg_3793" "Slovenia_1996_Slovene_National_Grid_epsg_3794" "NAD27_Cuba_Norte_epsg_3795" "NAD27_Cuba_Sur_epsg_3796" "NAD27_MTQ_Lambert_epsg_3797" "NAD83_MTQ_Lambert_epsg_3798" "NAD83CSRS_MTQ_Lambert_epsg_3799" "NAD27_Alberta_3TM_ref_merid_120_W_epsg_3800" "NAD83_Alberta_3TM_ref_merid_120_W_epsg_3801" "NAD83CSRS_Alberta_3TM_ref_merid_120_W_epsg_3802" "ETRS89_Belgian_Lambert_2008_epsg_3812" "NAD83_Mississippi_TM_epsg_3814" "NAD83HARN_Mississippi_TM_epsg_3815" "NAD83NSRS2007_Mississippi_TM_epsg_3816" "TWD97_TM2_zone_119_epsg_3825" "TWD97_TM2_zone_121_epsg_3826" "TWD67_TM2_zone_119_epsg_3827" "TWD67_TM2_zone_121_epsg_3828" "Hu_Tzu_Shan_1950_UTM_zone_51N_epsg_3829" "WGS_84_PDC_Mercator_epsg_3832" "Pulkovo_194258_GaussKruger_zone_2_epsg_3833" "Pulkovo_194283_GaussKruger_zone_2_epsg_3834" "Pulkovo_194283_GaussKruger_zone_3_epsg_3835" "Pulkovo_194283_GaussKruger_zone_4_epsg_3836" "Pulkovo_194258_3degree_GaussKruger_zone_3_epsg_3837" "Pulkovo_194258_3degree_GaussKruger_zone_4_epsg_3838" "Pulkovo_194258_3degree_GaussKruger_zone_9_epsg_3839" "Pulkovo_194258_3degree_GaussKruger_zone_10_epsg_3840" "Pulkovo_194283_3degree_GaussKruger_zone_6_epsg_3841" "Pulkovo_194283_3degree_GaussKruger_zone_7_epsg_3842" "Pulkovo_194283_3degree_GaussKruger_zone_8_epsg_3843" "Pulkovo_194258_Stereo70_epsg_3844" "SWEREF99_RT90_75_gon_V_emulation_epsg_3845" "SWEREF99_RT90_5_gon_V_emulation_epsg_3846" "SWEREF99_RT90_25_gon_V_emulation_epsg_3847" "SWEREF99_RT90_0_gon_emulation_epsg_3848" "SWEREF99_RT90_25_gon_O_emulation_epsg_3849" "SWEREF99_RT90_5_gon_O_emulation_epsg_3850" "NZGD2000_NZCS2000_epsg_3851" "RSRGD2000_DGLC2000_epsg_3852" "County_ST74_epsg_3854" "WGS_84_PseudoMercator_epsg_3857" "ETRS89_GK19FIN_epsg_3873" "ETRS89_GK20FIN_epsg_3874" "ETRS89_GK21FIN_epsg_3875" "ETRS89_GK22FIN_epsg_3876" "ETRS89_GK23FIN_epsg_3877" "ETRS89_GK24FIN_epsg_3878" "ETRS89_GK25FIN_epsg_3879" "ETRS89_GK26FIN_epsg_3880" "ETRS89_GK27FIN_epsg_3881" "ETRS89_GK28FIN_epsg_3882" "ETRS89_GK29FIN_epsg_3883" "ETRS89_GK30FIN_epsg_3884" "ETRS89_GK31FIN_epsg_3885" "IGRS_UTM_zone_37N_epsg_3890" "IGRS_UTM_zone_38N_epsg_3891" "IGRS_UTM_zone_39N_epsg_3892" "ED50_Iraq_National_Grid_epsg_3893" "MGI_1901_Balkans_zone_5_epsg_3907" "MGI_1901_Balkans_zone_6_epsg_3908" "MGI_1901_Balkans_zone_7_epsg_3909" "MGI_1901_Balkans_zone_8_epsg_3910" "MGI_1901_Slovenia_Grid_epsg_3911" "MGI_1901_Slovene_National_Grid_epsg_3912" "Puerto_Rico_UTM_zone_20N_epsg_3920" "RGF93_CC42_epsg_3942" "RGF93_CC43_epsg_3943" "RGF93_CC44_epsg_3944" "RGF93_CC45_epsg_3945" "RGF93_CC46_epsg_3946" "RGF93_CC47_epsg_3947" "RGF93_CC48_epsg_3948" "RGF93_CC49_epsg_3949" "RGF93_CC50_epsg_3950" "NAD83_Virginia_Lambert_epsg_3968" "NAD83HARN_Virginia_Lambert_epsg_3969" "NAD83NSRS2007_Virginia_Lambert_epsg_3970" "WGS_84_NSIDC_EASEGrid_North_epsg_3973" "WGS_84_NSIDC_EASEGrid_South_epsg_3974" "WGS_84_NSIDC_EASEGrid_Global_epsg_3975" "WGS_84_NSIDC_Sea_Ice_Polar_Stereographic_South_epsg_3976" "NAD83_Canada_Atlas_Lambert_epsg_3978" "NAD83CSRS_Canada_Atlas_Lambert_epsg_3979" "Katanga_1955_Katanga_Lambert_epsg_3985" "Katanga_1955_Katanga_Gauss_zone_A_epsg_3986" "Katanga_1955_Katanga_Gauss_zone_B_epsg_3987" "Katanga_1955_Katanga_Gauss_zone_C_epsg_3988" "Katanga_1955_Katanga_Gauss_zone_D_epsg_3989" "Puerto_Rico_State_Plane_CS_of_1927_epsg_3991" "Puerto_Rico_St_Croix_epsg_3992" "Guam_1963_Guam_SPCS_epsg_3993" "WGS_84_Mercator_41_epsg_3994" "WGS_84_Arctic_Polar_Stereographic_epsg_3995" "WGS_84_IBCAO_Polar_Stereographic_epsg_3996" "WGS_84_Dubai_Local_TM_epsg_3997" "MOLDREF99_Moldova_TM_epsg_4026" "WGS_84_TMzn35N_epsg_4037" "WGS_84_TMzn36N_epsg_4038" "RGRDC_2005_Congo_TM_zone_12_epsg_4048" "RGRDC_2005_Congo_TM_zone_14_epsg_4049" "RGRDC_2005_Congo_TM_zone_16_epsg_4050" "RGRDC_2005_Congo_TM_zone_18_epsg_4051" "RGRDC_2005_Congo_TM_zone_20_epsg_4056" "RGRDC_2005_Congo_TM_zone_22_epsg_4057" "RGRDC_2005_Congo_TM_zone_24_epsg_4058" "RGRDC_2005_Congo_TM_zone_26_epsg_4059" "RGRDC_2005_Congo_TM_zone_28_epsg_4060" "RGRDC_2005_UTM_zone_33S_epsg_4061" "RGRDC_2005_UTM_zone_34S_epsg_4062" "RGRDC_2005_UTM_zone_35S_epsg_4063" "Chua_UTM_zone_23S_epsg_4071" "REGCAN95_UTM_zone_27N_epsg_4082" "REGCAN95_UTM_zone_28N_epsg_4083" "WGS_84_World_Equidistant_Cylindrical_epsg_4087" "World_Equidistant_Cylindrical_Sphere_epsg_4088" "ETRS89_DKTM1_epsg_4093" "ETRS89_DKTM2_epsg_4094" "ETRS89_DKTM3_epsg_4095" "ETRS89_DKTM4_epsg_4096" "NAD83_BLM_59N_ftUS_epsg_4217" "NAD27_BLM_59N_ftUS_epsg_4399" "NAD27_BLM_60N_ftUS_epsg_4400" "NAD27_BLM_1N_ftUS_epsg_4401" "NAD27_BLM_2N_ftUS_epsg_4402" "NAD27_BLM_3N_ftUS_epsg_4403" "NAD27_BLM_4N_ftUS_epsg_4404" "NAD27_BLM_5N_ftUS_epsg_4405" "NAD27_BLM_6N_ftUS_epsg_4406" "NAD27_BLM_7N_ftUS_epsg_4407" "NAD27_BLM_8N_ftUS_epsg_4408" "NAD27_BLM_9N_ftUS_epsg_4409" "NAD27_BLM_10N_ftUS_epsg_4410" "NAD27_BLM_11N_ftUS_epsg_4411" "NAD27_BLM_12N_ftUS_epsg_4412" "NAD27_BLM_13N_ftUS_epsg_4413" "NAD83HARN_Guam_Map_Grid_epsg_4414" "Katanga_1955_Katanga_Lambert_epsg_4415" "Pulkovo_194283_3degree_GaussKruger_zone_7_epsg_4417" "NAD27_BLM_18N_ftUS_epsg_4418" "NAD27_BLM_19N_ftUS_epsg_4419" "NAD83_BLM_60N_ftUS_epsg_4420" "NAD83_BLM_1N_ftUS_epsg_4421" "NAD83_BLM_2N_ftUS_epsg_4422" "NAD83_BLM_3N_ftUS_epsg_4423" "NAD83_BLM_4N_ftUS_epsg_4424" "NAD83_BLM_5N_ftUS_epsg_4425" "NAD83_BLM_6N_ftUS_epsg_4426" "NAD83_BLM_7N_ftUS_epsg_4427" "NAD83_BLM_8N_ftUS_epsg_4428" "NAD83_BLM_9N_ftUS_epsg_4429" "NAD83_BLM_10N_ftUS_epsg_4430" "NAD83_BLM_11N_ftUS_epsg_4431" "NAD83_BLM_12N_ftUS_epsg_4432" "NAD83_BLM_13N_ftUS_epsg_4433" "Pulkovo_194283_3degree_GaussKruger_zone_8_epsg_4434" "NAD83NSRS2007_Puerto_Rico_and_Virgin_Is_epsg_4437" "NAD83_BLM_18N_ftUS_epsg_4438" "NAD83_BLM_19N_ftUS_epsg_4439" "NAD27_Pennsylvania_South_epsg_4455" "NAD27_New_York_Long_Island_epsg_4456" "NAD83_South_Dakota_North_ftUS_epsg_4457" "WGS_84_Australian_Centre_for_Remote_Sensing_Lambert_epsg_4462" "RGSPM06_UTM_zone_21N_epsg_4467" "RGM04_UTM_zone_38S_epsg_4471" "Cadastre_1997_UTM_zone_38S_epsg_4474" "Mexican_Datum_of_1993_UTM_zone_11N_epsg_4484" "Mexican_Datum_of_1993_UTM_zone_12N_epsg_4485" "Mexican_Datum_of_1993_UTM_zone_13N_epsg_4486" "Mexican_Datum_of_1993_UTM_zone_14N_epsg_4487" "Mexican_Datum_of_1993_UTM_zone_15N_epsg_4488" "Mexican_Datum_of_1993_UTM_zone_16N_epsg_4489" "CGCS2000_GaussKruger_zone_13_epsg_4491" "CGCS2000_GaussKruger_zone_14_epsg_4492" "CGCS2000_GaussKruger_zone_15_epsg_4493" "CGCS2000_GaussKruger_zone_16_epsg_4494" "CGCS2000_GaussKruger_zone_17_epsg_4495" "CGCS2000_GaussKruger_zone_18_epsg_4496" "CGCS2000_GaussKruger_zone_19_epsg_4497" "CGCS2000_GaussKruger_zone_20_epsg_4498" "CGCS2000_GaussKruger_zone_21_epsg_4499" "CGCS2000_GaussKruger_zone_22_epsg_4500" "CGCS2000_GaussKruger_zone_23_epsg_4501" "CGCS2000_GaussKruger_CM_75E_epsg_4502" "CGCS2000_GaussKruger_CM_81E_epsg_4503" "CGCS2000_GaussKruger_CM_87E_epsg_4504" "CGCS2000_GaussKruger_CM_93E_epsg_4505" "CGCS2000_GaussKruger_CM_99E_epsg_4506" "CGCS2000_GaussKruger_CM_105E_epsg_4507" "CGCS2000_GaussKruger_CM_111E_epsg_4508" "CGCS2000_GaussKruger_CM_117E_epsg_4509" "CGCS2000_GaussKruger_CM_123E_epsg_4510" "CGCS2000_GaussKruger_CM_129E_epsg_4511" "CGCS2000_GaussKruger_CM_135E_epsg_4512" "CGCS2000_3degree_GaussKruger_zone_25_epsg_4513" "CGCS2000_3degree_GaussKruger_zone_26_epsg_4514" "CGCS2000_3degree_GaussKruger_zone_27_epsg_4515" "CGCS2000_3degree_GaussKruger_zone_28_epsg_4516" "CGCS2000_3degree_GaussKruger_zone_29_epsg_4517" "CGCS2000_3degree_GaussKruger_zone_30_epsg_4518" "CGCS2000_3degree_GaussKruger_zone_31_epsg_4519" "CGCS2000_3degree_GaussKruger_zone_32_epsg_4520" "CGCS2000_3degree_GaussKruger_zone_33_epsg_4521" "CGCS2000_3degree_GaussKruger_zone_34_epsg_4522" "CGCS2000_3degree_GaussKruger_zone_35_epsg_4523" "CGCS2000_3degree_GaussKruger_zone_36_epsg_4524" "CGCS2000_3degree_GaussKruger_zone_37_epsg_4525" "CGCS2000_3degree_GaussKruger_zone_38_epsg_4526" "CGCS2000_3degree_GaussKruger_zone_39_epsg_4527" "CGCS2000_3degree_GaussKruger_zone_40_epsg_4528" "CGCS2000_3degree_GaussKruger_zone_41_epsg_4529" "CGCS2000_3degree_GaussKruger_zone_42_epsg_4530" "CGCS2000_3degree_GaussKruger_zone_43_epsg_4531" "CGCS2000_3degree_GaussKruger_zone_44_epsg_4532" "CGCS2000_3degree_GaussKruger_zone_45_epsg_4533" "CGCS2000_3degree_GaussKruger_CM_75E_epsg_4534" "CGCS2000_3degree_GaussKruger_CM_78E_epsg_4535" "CGCS2000_3degree_GaussKruger_CM_81E_epsg_4536" "CGCS2000_3degree_GaussKruger_CM_84E_epsg_4537" "CGCS2000_3degree_GaussKruger_CM_87E_epsg_4538" "CGCS2000_3degree_GaussKruger_CM_90E_epsg_4539" "CGCS2000_3degree_GaussKruger_CM_93E_epsg_4540" "CGCS2000_3degree_GaussKruger_CM_96E_epsg_4541" "CGCS2000_3degree_GaussKruger_CM_99E_epsg_4542" "CGCS2000_3degree_GaussKruger_CM_102E_epsg_4543" "CGCS2000_3degree_GaussKruger_CM_105E_epsg_4544" "CGCS2000_3degree_GaussKruger_CM_108E_epsg_4545" "CGCS2000_3degree_GaussKruger_CM_111E_epsg_4546" "CGCS2000_3degree_GaussKruger_CM_114E_epsg_4547" "CGCS2000_3degree_GaussKruger_CM_117E_epsg_4548" "CGCS2000_3degree_GaussKruger_CM_120E_epsg_4549" "CGCS2000_3degree_GaussKruger_CM_123E_epsg_4550" "CGCS2000_3degree_GaussKruger_CM_126E_epsg_4551" "CGCS2000_3degree_GaussKruger_CM_129E_epsg_4552" "CGCS2000_3degree_GaussKruger_CM_132E_epsg_4553" "CGCS2000_3degree_GaussKruger_CM_135E_epsg_4554" "RRAF_1991_UTM_zone_20N_epsg_4559" "New_Beijing_GaussKruger_zone_13_epsg_4568" "New_Beijing_GaussKruger_zone_14_epsg_4569" "New_Beijing_GaussKruger_zone_15_epsg_4570" "New_Beijing_GaussKruger_zone_16_epsg_4571" "New_Beijing_GaussKruger_zone_17_epsg_4572" "New_Beijing_GaussKruger_zone_18_epsg_4573" "New_Beijing_GaussKruger_zone_19_epsg_4574" "New_Beijing_GaussKruger_zone_20_epsg_4575" "New_Beijing_GaussKruger_zone_21_epsg_4576" "New_Beijing_GaussKruger_zone_22_epsg_4577" "New_Beijing_GaussKruger_zone_23_epsg_4578" "New_Beijing_GaussKruger_CM_75E_epsg_4579" "New_Beijing_GaussKruger_CM_81E_epsg_4580" "New_Beijing_GaussKruger_CM_87E_epsg_4581" "New_Beijing_GaussKruger_CM_93E_epsg_4582" "New_Beijing_GaussKruger_CM_99E_epsg_4583" "New_Beijing_GaussKruger_CM_105E_epsg_4584" "New_Beijing_GaussKruger_CM_111E_epsg_4585" "New_Beijing_GaussKruger_CM_117E_epsg_4586" "New_Beijing_GaussKruger_CM_123E_epsg_4587" "New_Beijing_GaussKruger_CM_129E_epsg_4588" "New_Beijing_GaussKruger_CM_135E_epsg_4589" "ETRS89_UTM_zone_N32_epsg_4647" "New_Beijing_3degree_GaussKruger_zone_25_epsg_4652" "New_Beijing_3degree_GaussKruger_zone_26_epsg_4653" "New_Beijing_3degree_GaussKruger_zone_27_epsg_4654" "New_Beijing_3degree_GaussKruger_zone_28_epsg_4655" "New_Beijing_3degree_GaussKruger_zone_29_epsg_4656" "New_Beijing_3degree_GaussKruger_zone_30_epsg_4766" "New_Beijing_3degree_GaussKruger_zone_31_epsg_4767" "New_Beijing_3degree_GaussKruger_zone_32_epsg_4768" "New_Beijing_3degree_GaussKruger_zone_33_epsg_4769" "New_Beijing_3degree_GaussKruger_zone_34_epsg_4770" "New_Beijing_3degree_GaussKruger_zone_35_epsg_4771" "New_Beijing_3degree_GaussKruger_zone_36_epsg_4772" "New_Beijing_3degree_GaussKruger_zone_37_epsg_4773" "New_Beijing_3degree_GaussKruger_zone_38_epsg_4774" "New_Beijing_3degree_GaussKruger_zone_39_epsg_4775" "New_Beijing_3degree_GaussKruger_zone_40_epsg_4776" "New_Beijing_3degree_GaussKruger_zone_41_epsg_4777" "New_Beijing_3degree_GaussKruger_zone_42_epsg_4778" "New_Beijing_3degree_GaussKruger_zone_43_epsg_4779" "New_Beijing_3degree_GaussKruger_zone_44_epsg_4780" "New_Beijing_3degree_GaussKruger_zone_45_epsg_4781" "New_Beijing_3degree_GaussKruger_CM_75E_epsg_4782" "New_Beijing_3degree_GaussKruger_CM_78E_epsg_4783" "New_Beijing_3degree_GaussKruger_CM_81E_epsg_4784" "New_Beijing_3degree_GaussKruger_CM_84E_epsg_4785" "New_Beijing_3degree_GaussKruger_CM_87E_epsg_4786" "New_Beijing_3degree_GaussKruger_CM_90E_epsg_4787" "New_Beijing_3degree_GaussKruger_CM_93E_epsg_4788" "New_Beijing_3degree_GaussKruger_CM_96E_epsg_4789" "New_Beijing_3degree_GaussKruger_CM_99E_epsg_4790" "New_Beijing_3degree_GaussKruger_CM_102E_epsg_4791" "New_Beijing_3degree_GaussKruger_CM_105E_epsg_4792" "New_Beijing_3degree_GaussKruger_CM_108E_epsg_4793" "New_Beijing_3degree_GaussKruger_CM_111E_epsg_4794" "New_Beijing_3degree_GaussKruger_CM_114E_epsg_4795" "New_Beijing_3degree_GaussKruger_CM_117E_epsg_4796" "New_Beijing_3degree_GaussKruger_CM_120E_epsg_4797" "New_Beijing_3degree_GaussKruger_CM_123E_epsg_4798" "New_Beijing_3degree_GaussKruger_CM_126E_epsg_4799" "New_Beijing_3degree_GaussKruger_CM_129E_epsg_4800" "New_Beijing_3degree_GaussKruger_CM_132E_epsg_4812" "New_Beijing_3degree_GaussKruger_CM_135E_epsg_4822" "WGS_84_Cape_Verde_National_epsg_4826" "ETRS89_LCC_Germany_NE_epsg_4839" "ETRS89_NTM_zone_5_epsg_4855" "ETRS89_NTM_zone_6_epsg_4856" "ETRS89_NTM_zone_7_epsg_4857" "ETRS89_NTM_zone_8_epsg_4858" "ETRS89_NTM_zone_9_epsg_4859" "ETRS89_NTM_zone_10_epsg_4860" "ETRS89_NTM_zone_11_epsg_4861" "ETRS89_NTM_zone_12_epsg_4862" "ETRS89_NTM_zone_13_epsg_4863" "ETRS89_NTM_zone_14_epsg_4864" "ETRS89_NTM_zone_15_epsg_4865" "ETRS89_NTM_zone_16_epsg_4866" "ETRS89_NTM_zone_17_epsg_4867" "ETRS89_NTM_zone_18_epsg_4868" "ETRS89_NTM_zone_19_epsg_4869" "ETRS89_NTM_zone_20_epsg_4870" "ETRS89_NTM_zone_21_epsg_4871" "ETRS89_NTM_zone_22_epsg_4872" "ETRS89_NTM_zone_23_epsg_4873" "ETRS89_NTM_zone_24_epsg_4874" "ETRS89_NTM_zone_25_epsg_4875" "ETRS89_NTM_zone_26_epsg_4876" "ETRS89_NTM_zone_27_epsg_4877" "ETRS89_NTM_zone_28_epsg_4878" "ETRS89_NTM_zone_29_epsg_4879" "ETRS89_NTM_zone_30_epsg_4880" "PTRA08_UTM_zone_25N_epsg_5014" "PTRA08_UTM_zone_26N_epsg_5015" "PTRA08_UTM_zone_28N_epsg_5016" "Lisbon_1890_Portugal_Bonne_New_epsg_5017" "Lisbon_Portuguese_Grid_New_epsg_5018" "WGS_84_UPS_North_EN_epsg_5041" "WGS_84_UPS_South_EN_epsg_5042" "ETRS89_TM35FINNE_epsg_5048" "NAD27_Conus_Albers_epsg_5069" "NAD83_Conus_Albers_epsg_5070" "NAD83HARN_Conus_Albers_epsg_5071" "NAD83NSRS2007_Conus_Albers_epsg_5072" "ETRS89_NTM_zone_5_epsg_5105" "ETRS89_NTM_zone_6_epsg_5106" "ETRS89_NTM_zone_7_epsg_5107" "ETRS89_NTM_zone_8_epsg_5108" "ETRS89_NTM_zone_9_epsg_5109" "ETRS89_NTM_zone_10_epsg_5110" "ETRS89_NTM_zone_11_epsg_5111" "ETRS89_NTM_zone_12_epsg_5112" "ETRS89_NTM_zone_13_epsg_5113" "ETRS89_NTM_zone_14_epsg_5114" "ETRS89_NTM_zone_15_epsg_5115" "ETRS89_NTM_zone_16_epsg_5116" "ETRS89_NTM_zone_17_epsg_5117" "ETRS89_NTM_zone_18_epsg_5118" "ETRS89_NTM_zone_19_epsg_5119" "ETRS89_NTM_zone_20_epsg_5120" "ETRS89_NTM_zone_21_epsg_5121" "ETRS89_NTM_zone_22_epsg_5122" "ETRS89_NTM_zone_23_epsg_5123" "ETRS89_NTM_zone_24_epsg_5124" "ETRS89_NTM_zone_25_epsg_5125" "ETRS89_NTM_zone_26_epsg_5126" "ETRS89_NTM_zone_27_epsg_5127" "ETRS89_NTM_zone_28_epsg_5128" "ETRS89_NTM_zone_29_epsg_5129" "ETRS89_NTM_zone_30_epsg_5130" "Korean_1985_East_Sea_Belt_epsg_5167" "Korean_1985_Central_Belt_Jeju_epsg_5168" "Tokyo_1892_Korea_West_Belt_epsg_5169" "Tokyo_1892_Korea_Central_Belt_epsg_5170" "Tokyo_1892_Korea_East_Belt_epsg_5171" "Tokyo_1892_Korea_East_Sea_Belt_epsg_5172" "Korean_1985_Modified_West_Belt_epsg_5173" "Korean_1985_Modified_Central_Belt_epsg_5174" "Korean_1985_Modified_Central_Belt_Jeju_epsg_5175" "Korean_1985_Modified_East_Belt_epsg_5176" "Korean_1985_Modified_East_Sea_Belt_epsg_5177" "Korean_1985_Unified_CS_epsg_5178" "Korea_2000_Unified_CS_epsg_5179" "Korea_2000_West_Belt_epsg_5180" "Korea_2000_Central_Belt_epsg_5181" "Korea_2000_Central_Belt_Jeju_epsg_5182" "Korea_2000_East_Belt_epsg_5183" "Korea_2000_East_Sea_Belt_epsg_5184" "Korea_2000_West_Belt_2010_epsg_5185" "Korea_2000_Central_Belt_2010_epsg_5186" "Korea_2000_East_Belt_2010_epsg_5187" "Korea_2000_East_Sea_Belt_2010_epsg_5188" "SJTSK_Ferro_Krovak_East_North_epsg_5221" "WGS_84_Gabon_TM_epsg_5223" "SJTSK05_Ferro_Modified_Krovak_epsg_5224" "SJTSK05_Ferro_Modified_Krovak_East_North_epsg_5225" "Kandawala_Sri_Lanka_Grid_epsg_5234" "SLD99_Sri_Lanka_Grid_1999_epsg_5235" "ETRS89_LCC_Germany_EN_epsg_5243" "GDBD2009_Brunei_BRSO_epsg_5247" "TUREF_TM27_epsg_5253" "TUREF_TM30_epsg_5254" "TUREF_TM33_epsg_5255" "TUREF_TM36_epsg_5256" "TUREF_TM39_epsg_5257" "TUREF_TM42_epsg_5258" "TUREF_TM45_epsg_5259" "DRUKREF_03_Bhutan_National_Grid_epsg_5266" "TUREF_3degree_GaussKruger_zone_9_epsg_5269" "TUREF_3degree_GaussKruger_zone_10_epsg_5270" "TUREF_3degree_GaussKruger_zone_11_epsg_5271" "TUREF_3degree_GaussKruger_zone_12_epsg_5272" "TUREF_3degree_GaussKruger_zone_13_epsg_5273" "TUREF_3degree_GaussKruger_zone_14_epsg_5274" "TUREF_3degree_GaussKruger_zone_15_epsg_5275" "DRUKREF_03_Bumthang_TM_epsg_5292" "DRUKREF_03_Chhukha_TM_epsg_5293" "DRUKREF_03_Dagana_TM_epsg_5294" "DRUKREF_03_Gasa_TM_epsg_5295" "DRUKREF_03_Ha_TM_epsg_5296" "DRUKREF_03_Lhuentse_TM_epsg_5297" "DRUKREF_03_Mongar_TM_epsg_5298" "DRUKREF_03_Paro_TM_epsg_5299" "DRUKREF_03_Pemagatshel_TM_epsg_5300" "DRUKREF_03_Punakha_TM_epsg_5301" "DRUKREF_03_Samdrup_Jongkhar_TM_epsg_5302" "DRUKREF_03_Samtse_TM_epsg_5303" "DRUKREF_03_Sarpang_TM_epsg_5304" "DRUKREF_03_Thimphu_TM_epsg_5305" "DRUKREF_03_Trashigang_TM_epsg_5306" "DRUKREF_03_Trongsa_TM_epsg_5307" "DRUKREF_03_Tsirang_TM_epsg_5308" "DRUKREF_03_Wangdue_Phodrang_TM_epsg_5309" "DRUKREF_03_Yangtse_TM_epsg_5310" "DRUKREF_03_Zhemgang_TM_epsg_5311" "ETRS89_Faroe_TM_epsg_5316" "NAD83_Teranet_Ontario_Lambert_epsg_5320" "NAD83CSRS_Teranet_Ontario_Lambert_epsg_5321" "ISN2004_Lambert_2004_epsg_5325" "Segara_Jakarta_NEIEZ_epsg_5329" "Batavia_Jakarta_NEIEZ_epsg_5330" "Makassar_Jakarta_NEIEZ_epsg_5331" "Aratu_UTM_zone_25S_epsg_5337" "POSGAR_2007_Argentina_1_epsg_5343" "POSGAR_2007_Argentina_2_epsg_5344" "POSGAR_2007_Argentina_3_epsg_5345" "POSGAR_2007_Argentina_4_epsg_5346" "POSGAR_2007_Argentina_5_epsg_5347" "POSGAR_2007_Argentina_6_epsg_5348" "POSGAR_2007_Argentina_7_epsg_5349" "MARGEN_UTM_zone_20S_epsg_5355" "MARGEN_UTM_zone_19S_epsg_5356" "MARGEN_UTM_zone_21S_epsg_5357" "SIRGASChile_UTM_zone_19S_epsg_5361" "SIRGASChile_UTM_zone_18S_epsg_5362" "CR05_CRTM05_epsg_5367" "SIRGASROU98_UTM_zone_21S_epsg_5382" "SIRGASROU98_UTM_zone_22S_epsg_5383" "Peru96_UTM_zone_18S_epsg_5387" "Peru96_UTM_zone_17S_epsg_5388" "Peru96_UTM_zone_19S_epsg_5389" "SIRGAS_2000_UTM_zone_26S_epsg_5396" "Ocotepeque_1935_Costa_Rica_Norte_epsg_5456" "Ocotepeque_1935_Costa_Rica_Sur_epsg_5457" "Ocotepeque_1935_Guatemala_Norte_epsg_5458" "Ocotepeque_1935_Guatemala_Sur_epsg_5459" "Ocotepeque_1935_El_Salvador_Lambert_epsg_5460" "Ocotepeque_1935_Nicaragua_Norte_epsg_5461" "Ocotepeque_1935_Nicaragua_Sur_epsg_5462" "SAD69_UTM_zone_17N_epsg_5463" "Sibun_Gorge_1922_Colony_Grid_epsg_5466" "PanamaColon_1911_Panama_Lambert_epsg_5469" "PanamaColon_1911_Panama_Polyconic_epsg_5472" "RSRGD2000_MSLC2000_epsg_5479" "RSRGD2000_BCLC2000_epsg_5480" "RSRGD2000_PCLC2000_epsg_5481" "RSRGD2000_RSPS2000_epsg_5482" "RGAF09_UTM_zone_20N_epsg_5490" "SJTSK_Krovak_epsg_5513" "SJTSK_Krovak_East_North_epsg_5514" "SJTSK05_Modified_Krovak_epsg_5515" "SJTSK05_Modified_Krovak_East_North_epsg_5516" "CI1971_Chatham_Islands_Map_Grid_epsg_5518" "CI1979_Chatham_Islands_Map_Grid_epsg_5519" "DHDN_3degree_GaussKruger_zone_1_epsg_5520" "WGS_84_Gabon_TM_2011_epsg_5523" "SAD6996_Brazil_Polyconic_epsg_5530" "SAD6996_UTM_zone_21S_epsg_5531" "SAD6996_UTM_zone_22S_epsg_5532" "SAD6996_UTM_zone_23S_epsg_5533" "SAD6996_UTM_zone_24S_epsg_5534" "SAD6996_UTM_zone_25S_epsg_5535" "Corrego_Alegre_1961_UTM_zone_21S_epsg_5536" "Corrego_Alegre_1961_UTM_zone_22S_epsg_5537" "Corrego_Alegre_1961_UTM_zone_23S_epsg_5538" "Corrego_Alegre_1961_UTM_zone_24S_epsg_5539" "PNG94_PNGMG94_zone_54_epsg_5550" "PNG94_PNGMG94_zone_55_epsg_5551" "PNG94_PNGMG94_zone_56_epsg_5552" "Ocotepeque_1935_Guatemala_Norte_epsg_5559" "EPSG_topocentric_example_A_epsg_5819" "EPSG_topocentric_example_B_epsg_5820" "EPSG_vertical_perspective_example_epsg_5821" "Pulkovo_1995_GaussKruger_zone_4_epsg_20004" "Pulkovo_1995_GaussKruger_zone_5_epsg_20005" "Pulkovo_1995_GaussKruger_zone_6_epsg_20006" "Pulkovo_1995_GaussKruger_zone_7_epsg_20007" "Pulkovo_1995_GaussKruger_zone_8_epsg_20008" "Pulkovo_1995_GaussKruger_zone_9_epsg_20009" "Pulkovo_1995_GaussKruger_zone_10_epsg_20010" "Pulkovo_1995_GaussKruger_zone_11_epsg_20011" "Pulkovo_1995_GaussKruger_zone_12_epsg_20012" "Pulkovo_1995_GaussKruger_zone_13_epsg_20013" "Pulkovo_1995_GaussKruger_zone_14_epsg_20014" "Pulkovo_1995_GaussKruger_zone_15_epsg_20015" "Pulkovo_1995_GaussKruger_zone_16_epsg_20016" "Pulkovo_1995_GaussKruger_zone_17_epsg_20017" "Pulkovo_1995_GaussKruger_zone_18_epsg_20018" "Pulkovo_1995_GaussKruger_zone_19_epsg_20019" "Pulkovo_1995_GaussKruger_zone_20_epsg_20020" "Pulkovo_1995_GaussKruger_zone_21_epsg_20021" "Pulkovo_1995_GaussKruger_zone_22_epsg_20022" "Pulkovo_1995_GaussKruger_zone_23_epsg_20023" "Pulkovo_1995_GaussKruger_zone_24_epsg_20024" "Pulkovo_1995_GaussKruger_zone_25_epsg_20025" "Pulkovo_1995_GaussKruger_zone_26_epsg_20026" "Pulkovo_1995_GaussKruger_zone_27_epsg_20027" "Pulkovo_1995_GaussKruger_zone_28_epsg_20028" "Pulkovo_1995_GaussKruger_zone_29_epsg_20029" "Pulkovo_1995_GaussKruger_zone_30_epsg_20030" "Pulkovo_1995_GaussKruger_zone_31_epsg_20031" "Pulkovo_1995_GaussKruger_zone_32_epsg_20032" "Pulkovo_1995_GaussKruger_4N_epsg_20064" "Pulkovo_1995_GaussKruger_5N_epsg_20065" "Pulkovo_1995_GaussKruger_6N_epsg_20066" "Pulkovo_1995_GaussKruger_7N_epsg_20067" "Pulkovo_1995_GaussKruger_8N_epsg_20068" "Pulkovo_1995_GaussKruger_9N_epsg_20069" "Pulkovo_1995_GaussKruger_10N_epsg_20070" "Pulkovo_1995_GaussKruger_11N_epsg_20071" "Pulkovo_1995_GaussKruger_12N_epsg_20072" "Pulkovo_1995_GaussKruger_13N_epsg_20073" "Pulkovo_1995_GaussKruger_14N_epsg_20074" "Pulkovo_1995_GaussKruger_15N_epsg_20075" "Pulkovo_1995_GaussKruger_16N_epsg_20076" "Pulkovo_1995_GaussKruger_17N_epsg_20077" "Pulkovo_1995_GaussKruger_18N_epsg_20078" "Pulkovo_1995_GaussKruger_19N_epsg_20079" "Pulkovo_1995_GaussKruger_20N_epsg_20080" "Pulkovo_1995_GaussKruger_21N_epsg_20081" "Pulkovo_1995_GaussKruger_22N_epsg_20082" "Pulkovo_1995_GaussKruger_23N_epsg_20083" "Pulkovo_1995_GaussKruger_24N_epsg_20084" "Pulkovo_1995_GaussKruger_25N_epsg_20085" "Pulkovo_1995_GaussKruger_26N_epsg_20086" "Pulkovo_1995_GaussKruger_27N_epsg_20087" "Pulkovo_1995_GaussKruger_28N_epsg_20088" "Pulkovo_1995_GaussKruger_29N_epsg_20089" "Pulkovo_1995_GaussKruger_30N_epsg_20090" "Pulkovo_1995_GaussKruger_31N_epsg_20091" "Pulkovo_1995_GaussKruger_32N_epsg_20092" "Adindan_UTM_zone_35N_epsg_20135" "Adindan_UTM_zone_36N_epsg_20136" "Adindan_UTM_zone_37N_epsg_20137" "Adindan_UTM_zone_38N_epsg_20138" "AGD66_AMG_zone_48_epsg_20248" "AGD66_AMG_zone_49_epsg_20249" "AGD66_AMG_zone_50_epsg_20250" "AGD66_AMG_zone_51_epsg_20251" "AGD66_AMG_zone_52_epsg_20252" "AGD66_AMG_zone_53_epsg_20253" "AGD66_AMG_zone_54_epsg_20254" "AGD66_AMG_zone_55_epsg_20255" "AGD66_AMG_zone_56_epsg_20256" "AGD66_AMG_zone_57_epsg_20257" "AGD66_AMG_zone_58_epsg_20258" "AGD84_AMG_zone_48_epsg_20348" "AGD84_AMG_zone_49_epsg_20349" "AGD84_AMG_zone_50_epsg_20350" "AGD84_AMG_zone_51_epsg_20351" "AGD84_AMG_zone_52_epsg_20352" "AGD84_AMG_zone_53_epsg_20353" "AGD84_AMG_zone_54_epsg_20354" "AGD84_AMG_zone_55_epsg_20355" "AGD84_AMG_zone_56_epsg_20356" "AGD84_AMG_zone_57_epsg_20357" "AGD84_AMG_zone_58_epsg_20358" "Ain_el_Abd_UTM_zone_36N_epsg_20436" "Ain_el_Abd_UTM_zone_37N_epsg_20437" "Ain_el_Abd_UTM_zone_38N_epsg_20438" "Ain_el_Abd_UTM_zone_39N_epsg_20439" "Ain_el_Abd_UTM_zone_40N_epsg_20440" "Ain_el_Abd_Bahrain_Grid_epsg_20499" "Afgooye_UTM_zone_38N_epsg_20538" "Afgooye_UTM_zone_39N_epsg_20539" "Lisbon_Lisbon_Portuguese_National_Grid_epsg_20790" "Lisbon_Lisbon_Portuguese_Grid_epsg_20791" "Aratu_UTM_zone_22S_epsg_20822" "Aratu_UTM_zone_23S_epsg_20823" "Aratu_UTM_zone_24S_epsg_20824" "Arc_1950_UTM_zone_34S_epsg_20934" "Arc_1950_UTM_zone_35S_epsg_20935" "Arc_1950_UTM_zone_36S_epsg_20936" "Arc_1960_UTM_zone_35S_epsg_21035" "Arc_1960_UTM_zone_36S_epsg_21036" "Arc_1960_UTM_zone_37S_epsg_21037" "Arc_1960_UTM_zone_35N_epsg_21095" "Arc_1960_UTM_zone_36N_epsg_21096" "Arc_1960_UTM_zone_37N_epsg_21097" "Batavia_Jakarta_NEIEZ_epsg_21100" "Batavia_UTM_zone_48S_epsg_21148" "Batavia_UTM_zone_49S_epsg_21149" "Batavia_UTM_zone_50S_epsg_21150" "Barbados_1938_British_West_Indies_Grid_epsg_21291" "Barbados_1938_Barbados_National_Grid_epsg_21292" "Beijing_1954_GaussKruger_zone_13_epsg_21413" "Beijing_1954_GaussKruger_zone_14_epsg_21414" "Beijing_1954_GaussKruger_zone_15_epsg_21415" "Beijing_1954_GaussKruger_zone_16_epsg_21416" "Beijing_1954_GaussKruger_zone_17_epsg_21417" "Beijing_1954_GaussKruger_zone_18_epsg_21418" "Beijing_1954_GaussKruger_zone_19_epsg_21419" "Beijing_1954_GaussKruger_zone_20_epsg_21420" "Beijing_1954_GaussKruger_zone_21_epsg_21421" "Beijing_1954_GaussKruger_zone_22_epsg_21422" "Beijing_1954_GaussKruger_zone_23_epsg_21423" "Beijing_1954_GaussKruger_CM_75E_epsg_21453" "Beijing_1954_GaussKruger_CM_81E_epsg_21454" "Beijing_1954_GaussKruger_CM_87E_epsg_21455" "Beijing_1954_GaussKruger_CM_93E_epsg_21456" "Beijing_1954_GaussKruger_CM_99E_epsg_21457" "Beijing_1954_GaussKruger_CM_105E_epsg_21458" "Beijing_1954_GaussKruger_CM_111E_epsg_21459" "Beijing_1954_GaussKruger_CM_117E_epsg_21460" "Beijing_1954_GaussKruger_CM_123E_epsg_21461" "Beijing_1954_GaussKruger_CM_129E_epsg_21462" "Beijing_1954_GaussKruger_CM_135E_epsg_21463" "Beijing_1954_GaussKruger_13N_epsg_21473" "Beijing_1954_GaussKruger_14N_epsg_21474" "Beijing_1954_GaussKruger_15N_epsg_21475" "Beijing_1954_GaussKruger_16N_epsg_21476" "Beijing_1954_GaussKruger_17N_epsg_21477" "Beijing_1954_GaussKruger_18N_epsg_21478" "Beijing_1954_GaussKruger_19N_epsg_21479" "Beijing_1954_GaussKruger_20N_epsg_21480" "Beijing_1954_GaussKruger_21N_epsg_21481" "Beijing_1954_GaussKruger_22N_epsg_21482" "Beijing_1954_GaussKruger_23N_epsg_21483" "Belge_1950_Brussels_Belge_Lambert_50_epsg_21500" "Bern_1898_Bern_LV03C_epsg_21780" "CH1903_LV03_epsg_21781" "CH1903_LV03CG_epsg_21782" "Bogota_1975_UTM_zone_17N_epsg_21817" "Bogota_1975_UTM_zone_18N_epsg_21818" "Bogota_1975_Colombia_West_zone_epsg_21891" "Bogota_1975_Colombia_Bogota_zone_epsg_21892" "Bogota_1975_Colombia_East_Central_zone_epsg_21893" "Bogota_1975_Colombia_East_epsg_21894" "Bogota_1975_Colombia_West_zone_epsg_21896" "Bogota_1975_Colombia_Bogota_zone_epsg_21897" "Bogota_1975_Colombia_East_Central_zone_epsg_21898" "Bogota_1975_Colombia_East_epsg_21899" "Camacupa_UTM_zone_32S_epsg_22032" "Camacupa_UTM_zone_33S_epsg_22033" "Camacupa_TM_1130_SE_epsg_22091" "Camacupa_TM_12_SE_epsg_22092" "POSGAR_98_Argentina_1_epsg_22171" "POSGAR_98_Argentina_2_epsg_22172" "POSGAR_98_Argentina_3_epsg_22173" "POSGAR_98_Argentina_4_epsg_22174" "POSGAR_98_Argentina_5_epsg_22175" "POSGAR_98_Argentina_6_epsg_22176" "POSGAR_98_Argentina_7_epsg_22177" "POSGAR_94_Argentina_1_epsg_22181" "POSGAR_94_Argentina_2_epsg_22182" "POSGAR_94_Argentina_3_epsg_22183" "POSGAR_94_Argentina_4_epsg_22184" "POSGAR_94_Argentina_5_epsg_22185" "POSGAR_94_Argentina_6_epsg_22186" "POSGAR_94_Argentina_7_epsg_22187" "Campo_Inchauspe_Argentina_1_epsg_22191" "Campo_Inchauspe_Argentina_2_epsg_22192" "Campo_Inchauspe_Argentina_3_epsg_22193" "Campo_Inchauspe_Argentina_4_epsg_22194" "Campo_Inchauspe_Argentina_5_epsg_22195" "Campo_Inchauspe_Argentina_6_epsg_22196" "Campo_Inchauspe_Argentina_7_epsg_22197" "Cape_UTM_zone_34S_epsg_22234" "Cape_UTM_zone_35S_epsg_22235" "Cape_UTM_zone_36S_epsg_22236" "Cape_Lo15_epsg_22275" "Cape_Lo17_epsg_22277" "Cape_Lo19_epsg_22279" "Cape_Lo21_epsg_22281" "Cape_Lo23_epsg_22283" "Cape_Lo25_epsg_22285" "Cape_Lo27_epsg_22287" "Cape_Lo29_epsg_22289" "Cape_Lo31_epsg_22291" "Cape_Lo33_epsg_22293" "Carthage_Paris_Tunisia_Mining_Grid_epsg_22300" "Carthage_UTM_zone_32N_epsg_22332" "Carthage_Nord_Tunisie_epsg_22391" "Carthage_Sud_Tunisie_epsg_22392" "Corrego_Alegre_197072_UTM_zone_21S_epsg_22521" "Corrego_Alegre_197072_UTM_zone_22S_epsg_22522" "Corrego_Alegre_197072_UTM_zone_23S_epsg_22523" "Corrego_Alegre_197072_UTM_zone_24S_epsg_22524" "Corrego_Alegre_197072_UTM_zone_25S_epsg_22525" "Deir_ez_Zor_Levant_Zone_epsg_22700" "Deir_ez_Zor_Syria_Lambert_epsg_22770" "Deir_ez_Zor_Levant_Stereographic_epsg_22780" "Douala_UTM_zone_32N_epsg_22832" "Egypt_1907_Blue_Belt_epsg_22991" "Egypt_1907_Red_Belt_epsg_22992" "Egypt_1907_Purple_Belt_epsg_22993" "Egypt_1907_Extended_Purple_Belt_epsg_22994" "ED50_UTM_zone_28N_epsg_23028" "ED50_UTM_zone_29N_epsg_23029" "ED50_UTM_zone_30N_epsg_23030" "ED50_UTM_zone_31N_epsg_23031" "ED50_UTM_zone_32N_epsg_23032" "ED50_UTM_zone_33N_epsg_23033" "ED50_UTM_zone_34N_epsg_23034" "ED50_UTM_zone_35N_epsg_23035" "ED50_UTM_zone_36N_epsg_23036" "ED50_UTM_zone_37N_epsg_23037" "ED50_UTM_zone_38N_epsg_23038" "ED50_TM_0_N_epsg_23090" "ED50_TM_5_NE_epsg_23095" "Fahud_UTM_zone_39N_epsg_23239" "Fahud_UTM_zone_40N_epsg_23240" "Garoua_UTM_zone_33N_epsg_23433" "HD72_EOV_epsg_23700" "DGN95_Indonesia_TM3_zone_462_epsg_23830" "DGN95_Indonesia_TM3_zone_471_epsg_23831" "DGN95_Indonesia_TM3_zone_472_epsg_23832" "DGN95_Indonesia_TM3_zone_481_epsg_23833" "DGN95_Indonesia_TM3_zone_482_epsg_23834" "DGN95_Indonesia_TM3_zone_491_epsg_23835" "DGN95_Indonesia_TM3_zone_492_epsg_23836" "DGN95_Indonesia_TM3_zone_501_epsg_23837" "DGN95_Indonesia_TM3_zone_502_epsg_23838" "DGN95_Indonesia_TM3_zone_511_epsg_23839" "DGN95_Indonesia_TM3_zone_512_epsg_23840" "DGN95_Indonesia_TM3_zone_521_epsg_23841" "DGN95_Indonesia_TM3_zone_522_epsg_23842" "DGN95_Indonesia_TM3_zone_531_epsg_23843" "DGN95_Indonesia_TM3_zone_532_epsg_23844" "DGN95_Indonesia_TM3_zone_541_epsg_23845" "ID74_UTM_zone_46N_epsg_23846" "ID74_UTM_zone_47N_epsg_23847" "ID74_UTM_zone_48N_epsg_23848" "ID74_UTM_zone_49N_epsg_23849" "ID74_UTM_zone_50N_epsg_23850" "ID74_UTM_zone_51N_epsg_23851" "ID74_UTM_zone_52N_epsg_23852" "ID74_UTM_zone_53N_epsg_23853" "DGN95_UTM_zone_46N_epsg_23866" "DGN95_UTM_zone_47N_epsg_23867" "DGN95_UTM_zone_48N_epsg_23868" "DGN95_UTM_zone_49N_epsg_23869" "DGN95_UTM_zone_50N_epsg_23870" "DGN95_UTM_zone_51N_epsg_23871" "DGN95_UTM_zone_52N_epsg_23872" "DGN95_UTM_zone_47S_epsg_23877" "DGN95_UTM_zone_48S_epsg_23878" "DGN95_UTM_zone_49S_epsg_23879" "DGN95_UTM_zone_50S_epsg_23880" "DGN95_UTM_zone_51S_epsg_23881" "DGN95_UTM_zone_52S_epsg_23882" "DGN95_UTM_zone_53S_epsg_23883" "DGN95_UTM_zone_54S_epsg_23884" "ID74_UTM_zone_46S_epsg_23886" "ID74_UTM_zone_47S_epsg_23887" "ID74_UTM_zone_48S_epsg_23888" "ID74_UTM_zone_49S_epsg_23889" "ID74_UTM_zone_50S_epsg_23890" "ID74_UTM_zone_51S_epsg_23891" "ID74_UTM_zone_52S_epsg_23892" "ID74_UTM_zone_53S_epsg_23893" "ID74_UTM_zone_54S_epsg_23894" "Indian_1954_UTM_zone_46N_epsg_23946" "Indian_1954_UTM_zone_47N_epsg_23947" "Indian_1954_UTM_zone_48N_epsg_23948" "Indian_1975_UTM_zone_47N_epsg_24047" "Indian_1975_UTM_zone_48N_epsg_24048" "Jamaica_1875_Jamaica_Old_Grid_epsg_24100" "JAD69_Jamaica_National_Grid_epsg_24200" "Kalianpur_1937_UTM_zone_45N_epsg_24305" "Kalianpur_1937_UTM_zone_46N_epsg_24306" "Kalianpur_1962_UTM_zone_41N_epsg_24311" "Kalianpur_1962_UTM_zone_42N_epsg_24312" "Kalianpur_1962_UTM_zone_43N_epsg_24313" "Kalianpur_1975_UTM_zone_42N_epsg_24342" "Kalianpur_1975_UTM_zone_43N_epsg_24343" "Kalianpur_1975_UTM_zone_44N_epsg_24344" "Kalianpur_1975_UTM_zone_45N_epsg_24345" "Kalianpur_1975_UTM_zone_46N_epsg_24346" "Kalianpur_1975_UTM_zone_47N_epsg_24347" "Kalianpur_1880_India_zone_0_epsg_24370" "Kalianpur_1880_India_zone_I_epsg_24371" "Kalianpur_1880_India_zone_IIa_epsg_24372" "Kalianpur_1880_India_zone_III_epsg_24373" "Kalianpur_1880_India_zone_IV_epsg_24374" "Kalianpur_1937_India_zone_IIb_epsg_24375" "Kalianpur_1962_India_zone_I_epsg_24376" "Kalianpur_1962_India_zone_IIa_epsg_24377" "Kalianpur_1975_India_zone_I_epsg_24378" "Kalianpur_1975_India_zone_IIa_epsg_24379" "Kalianpur_1975_India_zone_IIb_epsg_24380" "Kalianpur_1975_India_zone_III_epsg_24381" "Kalianpur_1880_India_zone_IIb_epsg_24382" "Kalianpur_1975_India_zone_IV_epsg_24383" "Kertau_1968_Singapore_Grid_epsg_24500" "Kertau_1968_UTM_zone_47N_epsg_24547" "Kertau_1968_UTM_zone_48N_epsg_24548" "Kertau_RSO_Malaya_ch_epsg_24571" "KOC_Lambert_epsg_24600" "La_Canoa_UTM_zone_18N_epsg_24718" "La_Canoa_UTM_zone_19N_epsg_24719" "La_Canoa_UTM_zone_20N_epsg_24720" "PSAD56_UTM_zone_17N_epsg_24817" "PSAD56_UTM_zone_18N_epsg_24818" "PSAD56_UTM_zone_19N_epsg_24819" "PSAD56_UTM_zone_20N_epsg_24820" "PSAD56_UTM_zone_21N_epsg_24821" "PSAD56_UTM_zone_17S_epsg_24877" "PSAD56_UTM_zone_18S_epsg_24878" "PSAD56_UTM_zone_19S_epsg_24879" "PSAD56_UTM_zone_20S_epsg_24880" "PSAD56_UTM_zone_21S_epsg_24881" "PSAD56_UTM_zone_22S_epsg_24882" "PSAD56_Peru_west_zone_epsg_24891" "PSAD56_Peru_central_zone_epsg_24892" "PSAD56_Peru_east_zone_epsg_24893" "Leigon_Ghana_Metre_Grid_epsg_25000" "Lome_UTM_zone_31N_epsg_25231" "Luzon_1911_Philippines_zone_I_epsg_25391" "Luzon_1911_Philippines_zone_II_epsg_25392" "Luzon_1911_Philippines_zone_III_epsg_25393" "Luzon_1911_Philippines_zone_IV_epsg_25394" "Luzon_1911_Philippines_zone_V_epsg_25395" "Makassar_Jakarta_NEIEZ_epsg_25700" "ETRS89_UTM_zone_28N_epsg_25828" "ETRS89_UTM_zone_29N_epsg_25829" "ETRS89_UTM_zone_30N_epsg_25830" "ETRS89_UTM_zone_31N_epsg_25831" "ETRS89_UTM_zone_32N_epsg_25832" "ETRS89_UTM_zone_33N_epsg_25833" "ETRS89_UTM_zone_34N_epsg_25834" "ETRS89_UTM_zone_35N_epsg_25835" "ETRS89_UTM_zone_36N_epsg_25836" "ETRS89_UTM_zone_37N_epsg_25837" "ETRS89_UTM_zone_38N_epsg_25838" "ETRS89_TM_Baltic93_epsg_25884" "Malongo_1987_UTM_zone_32S_epsg_25932" "Merchich_Nord_Maroc_epsg_26191" "Merchich_Sud_Maroc_epsg_26192" "Merchich_Sahara_epsg_26193" "Merchich_Sahara_Nord_epsg_26194" "Merchich_Sahara_Sud_epsg_26195" "Massawa_UTM_zone_37N_epsg_26237" "Minna_UTM_zone_31N_epsg_26331" "Minna_UTM_zone_32N_epsg_26332" "Minna_Nigeria_West_Belt_epsg_26391" "Minna_Nigeria_Mid_Belt_epsg_26392" "Minna_Nigeria_East_Belt_epsg_26393" "Mhast_UTM_zone_32S_epsg_26432" "Monte_Mario_Rome_Italy_zone_1_epsg_26591" "Monte_Mario_Rome_Italy_zone_2_epsg_26592" "Mporaloko_UTM_zone_32N_epsg_26632" "Mporaloko_UTM_zone_32S_epsg_26692" "NAD27_UTM_zone_1N_epsg_26701" "NAD27_UTM_zone_2N_epsg_26702" "NAD27_UTM_zone_3N_epsg_26703" "NAD27_UTM_zone_4N_epsg_26704" "NAD27_UTM_zone_5N_epsg_26705" "NAD27_UTM_zone_6N_epsg_26706" "NAD27_UTM_zone_7N_epsg_26707" "NAD27_UTM_zone_8N_epsg_26708" "NAD27_UTM_zone_9N_epsg_26709" "NAD27_UTM_zone_10N_epsg_26710" "NAD27_UTM_zone_11N_epsg_26711" "NAD27_UTM_zone_12N_epsg_26712" "NAD27_UTM_zone_13N_epsg_26713" "NAD27_UTM_zone_14N_epsg_26714" "NAD27_UTM_zone_15N_epsg_26715" "NAD27_UTM_zone_16N_epsg_26716" "NAD27_UTM_zone_17N_epsg_26717" "NAD27_UTM_zone_18N_epsg_26718" "NAD27_UTM_zone_19N_epsg_26719" "NAD27_UTM_zone_20N_epsg_26720" "NAD27_UTM_zone_21N_epsg_26721" "NAD27_UTM_zone_22N_epsg_26722" "NAD27_Alabama_East_epsg_26729" "NAD27_Alabama_West_epsg_26730" "NAD27_Alaska_zone_1_epsg_26731" "NAD27_Alaska_zone_2_epsg_26732" "NAD27_Alaska_zone_3_epsg_26733" "NAD27_Alaska_zone_4_epsg_26734" "NAD27_Alaska_zone_5_epsg_26735" "NAD27_Alaska_zone_6_epsg_26736" "NAD27_Alaska_zone_7_epsg_26737" "NAD27_Alaska_zone_8_epsg_26738" "NAD27_Alaska_zone_9_epsg_26739" "NAD27_Alaska_zone_10_epsg_26740" "NAD27_California_zone_I_epsg_26741" "NAD27_California_zone_II_epsg_26742" "NAD27_California_zone_III_epsg_26743" "NAD27_California_zone_IV_epsg_26744" "NAD27_California_zone_V_epsg_26745" "NAD27_California_zone_VI_epsg_26746" "NAD27_California_zone_VII_epsg_26747" "NAD27_Arizona_East_epsg_26748" "NAD27_Arizona_Central_epsg_26749" "NAD27_Arizona_West_epsg_26750" "NAD27_Arkansas_North_epsg_26751" "NAD27_Arkansas_South_epsg_26752" "NAD27_Colorado_North_epsg_26753" "NAD27_Colorado_Central_epsg_26754" "NAD27_Colorado_South_epsg_26755" "NAD27_Connecticut_epsg_26756" "NAD27_Delaware_epsg_26757" "NAD27_Florida_East_epsg_26758" "NAD27_Florida_West_epsg_26759" "NAD27_Florida_North_epsg_26760" "NAD27_Georgia_East_epsg_26766" "NAD27_Georgia_West_epsg_26767" "NAD27_Idaho_East_epsg_26768" "NAD27_Idaho_Central_epsg_26769" "NAD27_Idaho_West_epsg_26770" "NAD27_Illinois_East_epsg_26771" "NAD27_Illinois_West_epsg_26772" "NAD27_Indiana_East_epsg_26773" "NAD27_Indiana_West_epsg_26774" "NAD27_Iowa_North_epsg_26775" "NAD27_Iowa_South_epsg_26776" "NAD27_Kansas_North_epsg_26777" "NAD27_Kansas_South_epsg_26778" "NAD27_Kentucky_North_epsg_26779" "NAD27_Kentucky_South_epsg_26780" "NAD27_Louisiana_North_epsg_26781" "NAD27_Louisiana_South_epsg_26782" "NAD27_Maine_East_epsg_26783" "NAD27_Maine_West_epsg_26784" "NAD27_Maryland_epsg_26785" "NAD27_Massachusetts_Mainland_epsg_26786" "NAD27_Massachusetts_Island_epsg_26787" "NAD27_Minnesota_North_epsg_26791" "NAD27_Minnesota_Central_epsg_26792" "NAD27_Minnesota_South_epsg_26793" "NAD27_Mississippi_East_epsg_26794" "NAD27_Mississippi_West_epsg_26795" "NAD27_Missouri_East_epsg_26796" "NAD27_Missouri_Central_epsg_26797" "NAD27_Missouri_West_epsg_26798" "NAD27_California_zone_VII_epsg_26799" "NAD_Michigan_Michigan_East_epsg_26801" "NAD_Michigan_Michigan_Old_Central_epsg_26802" "NAD_Michigan_Michigan_West_epsg_26803" "NAD_Michigan_Michigan_North_epsg_26811" "NAD_Michigan_Michigan_Central_epsg_26812" "NAD_Michigan_Michigan_South_epsg_26813" "NAD83_Maine_East_ftUS_epsg_26814" "NAD83_Maine_West_ftUS_epsg_26815" "NAD83_Minnesota_North_ftUS_epsg_26819" "NAD83_Minnesota_Central_ftUS_epsg_26820" "NAD83_Minnesota_South_ftUS_epsg_26821" "NAD83_Nebraska_ftUS_epsg_26822" "NAD83_West_Virginia_North_ftUS_epsg_26823" "NAD83_West_Virginia_South_ftUS_epsg_26824" "NAD83HARN_Maine_East_ftUS_epsg_26825" "NAD83HARN_Maine_West_ftUS_epsg_26826" "NAD83HARN_Minnesota_North_ftUS_epsg_26830" "NAD83HARN_Minnesota_Central_ftUS_epsg_26831" "NAD83HARN_Minnesota_South_ftUS_epsg_26832" "NAD83HARN_Nebraska_ftUS_epsg_26833" "NAD83HARN_West_Virginia_North_ftUS_epsg_26834" "NAD83HARN_West_Virginia_South_ftUS_epsg_26835" "NAD83NSRS2007_Maine_East_ftUS_epsg_26836" "NAD83NSRS2007_Maine_West_ftUS_epsg_26837" "NAD83NSRS2007_Minnesota_North_ftUS_epsg_26841" "NAD83NSRS2007_Minnesota_Central_ftUS_epsg_26842" "NAD83NSRS2007_Minnesota_South_ftUS_epsg_26843" "NAD83NSRS2007_Nebraska_ftUS_epsg_26844" "NAD83NSRS2007_West_Virginia_North_ftUS_epsg_26845" "NAD83NSRS2007_West_Virginia_South_ftUS_epsg_26846" "NAD83_Maine_East_ftUS_epsg_26847" "NAD83_Maine_West_ftUS_epsg_26848" "NAD83_Minnesota_North_ftUS_epsg_26849" "NAD83_Minnesota_Central_ftUS_epsg_26850" "NAD83_Minnesota_South_ftUS_epsg_26851" "NAD83_Nebraska_ftUS_epsg_26852" "NAD83_West_Virginia_North_ftUS_epsg_26853" "NAD83_West_Virginia_South_ftUS_epsg_26854" "NAD83HARN_Maine_East_ftUS_epsg_26855" "NAD83HARN_Maine_West_ftUS_epsg_26856" "NAD83HARN_Minnesota_North_ftUS_epsg_26857" "NAD83HARN_Minnesota_Central_ftUS_epsg_26858" "NAD83HARN_Minnesota_South_ftUS_epsg_26859" "NAD83HARN_Nebraska_ftUS_epsg_26860" "NAD83HARN_West_Virginia_North_ftUS_epsg_26861" "NAD83HARN_West_Virginia_South_ftUS_epsg_26862" "NAD83NSRS2007_Maine_East_ftUS_epsg_26863" "NAD83NSRS2007_Maine_West_ftUS_epsg_26864" "NAD83NSRS2007_Minnesota_North_ftUS_epsg_26865" "NAD83NSRS2007_Minnesota_Central_ftUS_epsg_26866" "NAD83NSRS2007_Minnesota_South_ftUS_epsg_26867" "NAD83NSRS2007_Nebraska_ftUS_epsg_26868" "NAD83NSRS2007_West_Virginia_North_ftUS_epsg_26869" "NAD83NSRS2007_West_Virginia_South_ftUS_epsg_26870" "NAD83CSRS_MTM_zone_11_epsg_26891" "NAD83CSRS_MTM_zone_12_epsg_26892" "NAD83CSRS_MTM_zone_13_epsg_26893" "NAD83CSRS_MTM_zone_14_epsg_26894" "NAD83CSRS_MTM_zone_15_epsg_26895" "NAD83CSRS_MTM_zone_16_epsg_26896" "NAD83CSRS_MTM_zone_17_epsg_26897" "NAD83CSRS_MTM_zone_1_epsg_26898" "NAD83CSRS_MTM_zone_2_epsg_26899" "NAD83_UTM_zone_1N_epsg_26901" "NAD83_UTM_zone_2N_epsg_26902" "NAD83_UTM_zone_3N_epsg_26903" "NAD83_UTM_zone_4N_epsg_26904" "NAD83_UTM_zone_5N_epsg_26905" "NAD83_UTM_zone_6N_epsg_26906" "NAD83_UTM_zone_7N_epsg_26907" "NAD83_UTM_zone_8N_epsg_26908" "NAD83_UTM_zone_9N_epsg_26909" "NAD83_UTM_zone_10N_epsg_26910" "NAD83_UTM_zone_11N_epsg_26911" "NAD83_UTM_zone_12N_epsg_26912" "NAD83_UTM_zone_13N_epsg_26913" "NAD83_UTM_zone_14N_epsg_26914" "NAD83_UTM_zone_15N_epsg_26915" "NAD83_UTM_zone_16N_epsg_26916" "NAD83_UTM_zone_17N_epsg_26917" "NAD83_UTM_zone_18N_epsg_26918" "NAD83_UTM_zone_19N_epsg_26919" "NAD83_UTM_zone_20N_epsg_26920" "NAD83_UTM_zone_21N_epsg_26921" "NAD83_UTM_zone_22N_epsg_26922" "NAD83_UTM_zone_23N_epsg_26923" "NAD83_Alabama_East_epsg_26929" "NAD83_Alabama_West_epsg_26930" "NAD83_Alaska_zone_1_epsg_26931" "NAD83_Alaska_zone_2_epsg_26932" "NAD83_Alaska_zone_3_epsg_26933" "NAD83_Alaska_zone_4_epsg_26934" "NAD83_Alaska_zone_5_epsg_26935" "NAD83_Alaska_zone_6_epsg_26936" "NAD83_Alaska_zone_7_epsg_26937" "NAD83_Alaska_zone_8_epsg_26938" "NAD83_Alaska_zone_9_epsg_26939" "NAD83_Alaska_zone_10_epsg_26940" "NAD83_California_zone_1_epsg_26941" "NAD83_California_zone_2_epsg_26942" "NAD83_California_zone_3_epsg_26943" "NAD83_California_zone_4_epsg_26944" "NAD83_California_zone_5_epsg_26945" "NAD83_California_zone_6_epsg_26946" "NAD83_Arizona_East_epsg_26948" "NAD83_Arizona_Central_epsg_26949" "NAD83_Arizona_West_epsg_26950" "NAD83_Arkansas_North_epsg_26951" "NAD83_Arkansas_South_epsg_26952" "NAD83_Colorado_North_epsg_26953" "NAD83_Colorado_Central_epsg_26954" "NAD83_Colorado_South_epsg_26955" "NAD83_Connecticut_epsg_26956" "NAD83_Delaware_epsg_26957" "NAD83_Florida_East_epsg_26958" "NAD83_Florida_West_epsg_26959" "NAD83_Florida_North_epsg_26960" "NAD83_Hawaii_zone_1_epsg_26961" "NAD83_Hawaii_zone_2_epsg_26962" "NAD83_Hawaii_zone_3_epsg_26963" "NAD83_Hawaii_zone_4_epsg_26964" "NAD83_Hawaii_zone_5_epsg_26965" "NAD83_Georgia_East_epsg_26966" "NAD83_Georgia_West_epsg_26967" "NAD83_Idaho_East_epsg_26968" "NAD83_Idaho_Central_epsg_26969" "NAD83_Idaho_West_epsg_26970" "NAD83_Illinois_East_epsg_26971" "NAD83_Illinois_West_epsg_26972" "NAD83_Indiana_East_epsg_26973" "NAD83_Indiana_West_epsg_26974" "NAD83_Iowa_North_epsg_26975" "NAD83_Iowa_South_epsg_26976" "NAD83_Kansas_North_epsg_26977" "NAD83_Kansas_South_epsg_26978" "NAD83_Kentucky_North_epsg_26979" "NAD83_Kentucky_South_epsg_26980" "NAD83_Louisiana_North_epsg_26981" "NAD83_Louisiana_South_epsg_26982" "NAD83_Maine_East_epsg_26983" "NAD83_Maine_West_epsg_26984" "NAD83_Maryland_epsg_26985" "NAD83_Massachusetts_Mainland_epsg_26986" "NAD83_Massachusetts_Island_epsg_26987" "NAD83_Michigan_North_epsg_26988" "NAD83_Michigan_Central_epsg_26989" "NAD83_Michigan_South_epsg_26990" "NAD83_Minnesota_North_epsg_26991" "NAD83_Minnesota_Central_epsg_26992" "NAD83_Minnesota_South_epsg_26993" "NAD83_Mississippi_East_epsg_26994" "NAD83_Mississippi_West_epsg_26995" "NAD83_Missouri_East_epsg_26996" "NAD83_Missouri_Central_epsg_26997" "NAD83_Missouri_West_epsg_26998" "Nahrwan_1967_UTM_zone_37N_epsg_27037" "Nahrwan_1967_UTM_zone_38N_epsg_27038" "Nahrwan_1967_UTM_zone_39N_epsg_27039" "Nahrwan_1967_UTM_zone_40N_epsg_27040" "Naparima_1972_UTM_zone_20N_epsg_27120" "NZGD49_New_Zealand_Map_Grid_epsg_27200" "NZGD49_Mount_Eden_Circuit_epsg_27205" "NZGD49_Bay_of_Plenty_Circuit_epsg_27206" "NZGD49_Poverty_Bay_Circuit_epsg_27207" "NZGD49_Hawkes_Bay_Circuit_epsg_27208" "NZGD49_Taranaki_Circuit_epsg_27209" "NZGD49_Tuhirangi_Circuit_epsg_27210" "NZGD49_Wanganui_Circuit_epsg_27211" "NZGD49_Wairarapa_Circuit_epsg_27212" "NZGD49_Wellington_Circuit_epsg_27213" "NZGD49_Collingwood_Circuit_epsg_27214" "NZGD49_Nelson_Circuit_epsg_27215" "NZGD49_Karamea_Circuit_epsg_27216" "NZGD49_Buller_Circuit_epsg_27217" "NZGD49_Grey_Circuit_epsg_27218" "NZGD49_Amuri_Circuit_epsg_27219" "NZGD49_Marlborough_Circuit_epsg_27220" "NZGD49_Hokitika_Circuit_epsg_27221" "NZGD49_Okarito_Circuit_epsg_27222" "NZGD49_Jacksons_Bay_Circuit_epsg_27223" "NZGD49_Mount_Pleasant_Circuit_epsg_27224" "NZGD49_Gawler_Circuit_epsg_27225" "NZGD49_Timaru_Circuit_epsg_27226" "NZGD49_Lindis_Peak_Circuit_epsg_27227" "NZGD49_Mount_Nicholas_Circuit_epsg_27228" "NZGD49_Mount_York_Circuit_epsg_27229" "NZGD49_Observation_Point_Circuit_epsg_27230" "NZGD49_North_Taieri_Circuit_epsg_27231" "NZGD49_Bluff_Circuit_epsg_27232" "NZGD49_UTM_zone_58S_epsg_27258" "NZGD49_UTM_zone_59S_epsg_27259" "NZGD49_UTM_zone_60S_epsg_27260" "NZGD49_North_Island_Grid_epsg_27291" "NZGD49_South_Island_Grid_epsg_27292" "NGO_1948_Oslo_NGO_zone_I_epsg_27391" "NGO_1948_Oslo_NGO_zone_II_epsg_27392" "NGO_1948_Oslo_NGO_zone_III_epsg_27393" "NGO_1948_Oslo_NGO_zone_IV_epsg_27394" "NGO_1948_Oslo_NGO_zone_V_epsg_27395" "NGO_1948_Oslo_NGO_zone_VI_epsg_27396" "NGO_1948_Oslo_NGO_zone_VII_epsg_27397" "NGO_1948_Oslo_NGO_zone_VIII_epsg_27398" "Datum_73_UTM_zone_29N_epsg_27429" "Datum_73_Modified_Portuguese_Grid_epsg_27492" "Datum_73_Modified_Portuguese_Grid_epsg_27493" "ATF_Paris_Nord_de_Guerre_epsg_27500" "NTF_Paris_Lambert_Nord_France_epsg_27561" "NTF_Paris_Lambert_Centre_France_epsg_27562" "NTF_Paris_Lambert_Sud_France_epsg_27563" "NTF_Paris_Lambert_Corse_epsg_27564" "NTF_Paris_Lambert_zone_I_epsg_27571" "NTF_Paris_Lambert_zone_II_epsg_27572" "NTF_Paris_Lambert_zone_III_epsg_27573" "NTF_Paris_Lambert_zone_IV_epsg_27574" "NTF_Paris_France_I_epsg_27581" "NTF_Paris_France_II_epsg_27582" "NTF_Paris_France_III_epsg_27583" "NTF_Paris_France_IV_epsg_27584" "NTF_Paris_Nord_France_epsg_27591" "NTF_Paris_Centre_France_epsg_27592" "NTF_Paris_Sud_France_epsg_27593" "NTF_Paris_Corse_epsg_27594" "OSGB_1936_British_National_Grid_epsg_27700" "Palestine_1923_Palestine_Grid_epsg_28191" "Palestine_1923_Palestine_Belt_epsg_28192" "Palestine_1923_Israeli_CS_Grid_epsg_28193" "Pointe_Noire_UTM_zone_32S_epsg_28232" "GDA94_MGA_zone_48_epsg_28348" "GDA94_MGA_zone_49_epsg_28349" "GDA94_MGA_zone_50_epsg_28350" "GDA94_MGA_zone_51_epsg_28351" "GDA94_MGA_zone_52_epsg_28352" "GDA94_MGA_zone_53_epsg_28353" "GDA94_MGA_zone_54_epsg_28354" "GDA94_MGA_zone_55_epsg_28355" "GDA94_MGA_zone_56_epsg_28356" "GDA94_MGA_zone_57_epsg_28357" "GDA94_MGA_zone_58_epsg_28358" "Pulkovo_1942_GaussKruger_zone_2_epsg_28402" "Pulkovo_1942_GaussKruger_zone_3_epsg_28403" "Pulkovo_1942_GaussKruger_zone_4_epsg_28404" "Pulkovo_1942_GaussKruger_zone_5_epsg_28405" "Pulkovo_1942_GaussKruger_zone_6_epsg_28406" "Pulkovo_1942_GaussKruger_zone_7_epsg_28407" "Pulkovo_1942_GaussKruger_zone_8_epsg_28408" "Pulkovo_1942_GaussKruger_zone_9_epsg_28409" "Pulkovo_1942_GaussKruger_zone_10_epsg_28410" "Pulkovo_1942_GaussKruger_zone_11_epsg_28411" "Pulkovo_1942_GaussKruger_zone_12_epsg_28412" "Pulkovo_1942_GaussKruger_zone_13_epsg_28413" "Pulkovo_1942_GaussKruger_zone_14_epsg_28414" "Pulkovo_1942_GaussKruger_zone_15_epsg_28415" "Pulkovo_1942_GaussKruger_zone_16_epsg_28416" "Pulkovo_1942_GaussKruger_zone_17_epsg_28417" "Pulkovo_1942_GaussKruger_zone_18_epsg_28418" "Pulkovo_1942_GaussKruger_zone_19_epsg_28419" "Pulkovo_1942_GaussKruger_zone_20_epsg_28420" "Pulkovo_1942_GaussKruger_zone_21_epsg_28421" "Pulkovo_1942_GaussKruger_zone_22_epsg_28422" "Pulkovo_1942_GaussKruger_zone_23_epsg_28423" "Pulkovo_1942_GaussKruger_zone_24_epsg_28424" "Pulkovo_1942_GaussKruger_zone_25_epsg_28425" "Pulkovo_1942_GaussKruger_zone_26_epsg_28426" "Pulkovo_1942_GaussKruger_zone_27_epsg_28427" "Pulkovo_1942_GaussKruger_zone_28_epsg_28428" "Pulkovo_1942_GaussKruger_zone_29_epsg_28429" "Pulkovo_1942_GaussKruger_zone_30_epsg_28430" "Pulkovo_1942_GaussKruger_zone_31_epsg_28431" "Pulkovo_1942_GaussKruger_zone_32_epsg_28432" "Pulkovo_1942_GaussKruger_2N_epsg_28462" "Pulkovo_1942_GaussKruger_3N_epsg_28463" "Pulkovo_1942_GaussKruger_4N_epsg_28464" "Pulkovo_1942_GaussKruger_5N_epsg_28465" "Pulkovo_1942_GaussKruger_6N_epsg_28466" "Pulkovo_1942_GaussKruger_7N_epsg_28467" "Pulkovo_1942_GaussKruger_8N_epsg_28468" "Pulkovo_1942_GaussKruger_9N_epsg_28469" "Pulkovo_1942_GaussKruger_10N_epsg_28470" "Pulkovo_1942_GaussKruger_11N_epsg_28471" "Pulkovo_1942_GaussKruger_12N_epsg_28472" "Pulkovo_1942_GaussKruger_13N_epsg_28473" "Pulkovo_1942_GaussKruger_14N_epsg_28474" "Pulkovo_1942_GaussKruger_15N_epsg_28475" "Pulkovo_1942_GaussKruger_16N_epsg_28476" "Pulkovo_1942_GaussKruger_17N_epsg_28477" "Pulkovo_1942_GaussKruger_18N_epsg_28478" "Pulkovo_1942_GaussKruger_19N_epsg_28479" "Pulkovo_1942_GaussKruger_20N_epsg_28480" "Pulkovo_1942_GaussKruger_21N_epsg_28481" "Pulkovo_1942_GaussKruger_22N_epsg_28482" "Pulkovo_1942_GaussKruger_23N_epsg_28483" "Pulkovo_1942_GaussKruger_24N_epsg_28484" "Pulkovo_1942_GaussKruger_25N_epsg_28485" "Pulkovo_1942_GaussKruger_26N_epsg_28486" "Pulkovo_1942_GaussKruger_27N_epsg_28487" "Pulkovo_1942_GaussKruger_28N_epsg_28488" "Pulkovo_1942_GaussKruger_29N_epsg_28489" "Pulkovo_1942_GaussKruger_30N_epsg_28490" "Pulkovo_1942_GaussKruger_31N_epsg_28491" "Pulkovo_1942_GaussKruger_32N_epsg_28492" "Qatar_1974_Qatar_National_Grid_epsg_28600" "Amersfoort_RD_Old_epsg_28991" "Amersfoort_RD_New_epsg_28992" "SAD69_Brazil_Polyconic_epsg_29100" "SAD69_Brazil_Polyconic_epsg_29101" "SAD69_UTM_zone_18N_epsg_29118" "SAD69_UTM_zone_19N_epsg_29119" "SAD69_UTM_zone_20N_epsg_29120" "SAD69_UTM_zone_21N_epsg_29121" "SAD69_UTM_zone_22N_epsg_29122" "SAD69_UTM_zone_18N_epsg_29168" "SAD69_UTM_zone_19N_epsg_29169" "SAD69_UTM_zone_20N_epsg_29170" "SAD69_UTM_zone_21N_epsg_29171" "SAD69_UTM_zone_22N_epsg_29172" "SAD69_UTM_zone_17S_epsg_29177" "SAD69_UTM_zone_18S_epsg_29178" "SAD69_UTM_zone_19S_epsg_29179" "SAD69_UTM_zone_20S_epsg_29180" "SAD69_UTM_zone_21S_epsg_29181" "SAD69_UTM_zone_22S_epsg_29182" "SAD69_UTM_zone_23S_epsg_29183" "SAD69_UTM_zone_24S_epsg_29184" "SAD69_UTM_zone_25S_epsg_29185" "SAD69_UTM_zone_17S_epsg_29187" "SAD69_UTM_zone_18S_epsg_29188" "SAD69_UTM_zone_19S_epsg_29189" "SAD69_UTM_zone_20S_epsg_29190" "SAD69_UTM_zone_21S_epsg_29191" "SAD69_UTM_zone_22S_epsg_29192" "SAD69_UTM_zone_23S_epsg_29193" "SAD69_UTM_zone_24S_epsg_29194" "SAD69_UTM_zone_25S_epsg_29195" "Sapper_Hill_1943_UTM_zone_20S_epsg_29220" "Sapper_Hill_1943_UTM_zone_21S_epsg_29221" "Schwarzeck_UTM_zone_33S_epsg_29333" "Schwarzeck_Lo2211_epsg_29371" "Schwarzeck_Lo2213_epsg_29373" "Schwarzeck_Lo2215_epsg_29375" "Schwarzeck_Lo2217_epsg_29377" "Schwarzeck_Lo2219_epsg_29379" "Schwarzeck_Lo2221_epsg_29381" "Schwarzeck_Lo2223_epsg_29383" "Schwarzeck_Lo2225_epsg_29385" "Sudan_UTM_zone_35N_epsg_29635" "Sudan_UTM_zone_36N_epsg_29636" "Tananarive_Paris_Laborde_Grid_epsg_29700" "Tananarive_Paris_Laborde_Grid_epsg_29701" "Tananarive_Paris_Laborde_Grid_approximation_epsg_29702" "Tananarive_UTM_zone_38S_epsg_29738" "Tananarive_UTM_zone_39S_epsg_29739" "Timbalai_1948_UTM_zone_49N_epsg_29849" "Timbalai_1948_UTM_zone_50N_epsg_29850" "Timbalai_1948_RSO_Borneo_ch_epsg_29871" "Timbalai_1948_RSO_Borneo_ft_epsg_29872" "Timbalai_1948_RSO_Borneo_m_epsg_29873" "TM65_Irish_National_Grid_epsg_29900" "OSNI_1952_Irish_National_Grid_epsg_29901" "TM65_Irish_Grid_epsg_29902" "TM75_Irish_Grid_epsg_29903" "Tokyo_Japan_Plane_Rectangular_CS_I_epsg_30161" "Tokyo_Japan_Plane_Rectangular_CS_II_epsg_30162" "Tokyo_Japan_Plane_Rectangular_CS_III_epsg_30163" "Tokyo_Japan_Plane_Rectangular_CS_IV_epsg_30164" "Tokyo_Japan_Plane_Rectangular_CS_V_epsg_30165" "Tokyo_Japan_Plane_Rectangular_CS_VI_epsg_30166" "Tokyo_Japan_Plane_Rectangular_CS_VII_epsg_30167" "Tokyo_Japan_Plane_Rectangular_CS_VIII_epsg_30168" "Tokyo_Japan_Plane_Rectangular_CS_IX_epsg_30169" "Tokyo_Japan_Plane_Rectangular_CS_X_epsg_30170" "Tokyo_Japan_Plane_Rectangular_CS_XI_epsg_30171" "Tokyo_Japan_Plane_Rectangular_CS_XII_epsg_30172" "Tokyo_Japan_Plane_Rectangular_CS_XIII_epsg_30173" "Tokyo_Japan_Plane_Rectangular_CS_XIV_epsg_30174" "Tokyo_Japan_Plane_Rectangular_CS_XV_epsg_30175" "Tokyo_Japan_Plane_Rectangular_CS_XVI_epsg_30176" "Tokyo_Japan_Plane_Rectangular_CS_XVII_epsg_30177" "Tokyo_Japan_Plane_Rectangular_CS_XVIII_epsg_30178" "Tokyo_Japan_Plane_Rectangular_CS_XIX_epsg_30179" "Trinidad_1903_Trinidad_Grid_epsg_30200" "TC1948_UTM_zone_39N_epsg_30339" "TC1948_UTM_zone_40N_epsg_30340" "Voirol_1875_Nord_Algerie_ancienne_epsg_30491" "Voirol_1875_Sud_Algerie_ancienne_epsg_30492" "Voirol_1879_Nord_Algerie_ancienne_epsg_30493" "Voirol_1879_Sud_Algerie_ancienne_epsg_30494" "Nord_Sahara_1959_UTM_zone_29N_epsg_30729" "Nord_Sahara_1959_UTM_zone_30N_epsg_30730" "Nord_Sahara_1959_UTM_zone_31N_epsg_30731" "Nord_Sahara_1959_UTM_zone_32N_epsg_30732" "Nord_Sahara_1959_Voirol_Unifie_Nord_epsg_30791" "Nord_Sahara_1959_Voirol_Unifie_Sud_epsg_30792" "RT38_25_gon_W_epsg_30800" "Yoff_UTM_zone_28N_epsg_31028" "Zanderij_UTM_zone_21N_epsg_31121" "Zanderij_TM_54_NW_epsg_31154" "Zanderij_Suriname_Old_TM_epsg_31170" "Zanderij_Suriname_TM_epsg_31171" "MGI_Ferro_Austria_GK_West_Zone_epsg_31251" "MGI_Ferro_Austria_GK_Central_Zone_epsg_31252" "MGI_Ferro_Austria_GK_East_Zone_epsg_31253" "MGI_Austria_GK_West_epsg_31254" "MGI_Austria_GK_Central_epsg_31255" "MGI_Austria_GK_East_epsg_31256" "MGI_Austria_GK_M28_epsg_31257" "MGI_Austria_GK_M31_epsg_31258" "MGI_Austria_GK_M34_epsg_31259" "MGI_3degree_Gauss_zone_5_epsg_31265" "MGI_3degree_Gauss_zone_6_epsg_31266" "MGI_3degree_Gauss_zone_7_epsg_31267" "MGI_3degree_Gauss_zone_8_epsg_31268" "MGI_Balkans_zone_5_epsg_31275" "MGI_Balkans_zone_6_epsg_31276" "MGI_Balkans_zone_7_epsg_31277" "MGI_Balkans_zone_8_epsg_31278" "MGI_Balkans_zone_8_epsg_31279" "MGI_Ferro_Austria_West_Zone_epsg_31281" "MGI_Ferro_Austria_Central_Zone_epsg_31282" "MGI_Ferro_Austria_East_Zone_epsg_31283" "MGI_Austria_M28_epsg_31284" "MGI_Austria_M31_epsg_31285" "MGI_Austria_M34_epsg_31286" "MGI_Austria_Lambert_epsg_31287" "MGI_Ferro_M28_epsg_31288" "MGI_Ferro_M31_epsg_31289" "MGI_Ferro_M34_epsg_31290" "MGI_Ferro_Austria_West_Zone_epsg_31291" "MGI_Ferro_Austria_Central_Zone_epsg_31292" "MGI_Ferro_Austria_East_Zone_epsg_31293" "MGI_M28_epsg_31294" "MGI_M31_epsg_31295" "MGI_M34_epsg_31296" "MGI_Austria_Lambert_epsg_31297" "Belge_1972_Belge_Lambert_72_epsg_31300" "Belge_1972_Belgian_Lambert_72_epsg_31370" "DHDN_3degree_Gauss_zone_1_epsg_31461" "DHDN_3degree_Gauss_zone_2_epsg_31462" "DHDN_3degree_Gauss_zone_3_epsg_31463" "DHDN_3degree_Gauss_zone_4_epsg_31464" "DHDN_3degree_Gauss_zone_5_epsg_31465" "DHDN_3degree_GaussKruger_zone_2_epsg_31466" "DHDN_3degree_GaussKruger_zone_3_epsg_31467" "DHDN_3degree_GaussKruger_zone_4_epsg_31468" "DHDN_3degree_GaussKruger_zone_5_epsg_31469" "Conakry_1905_UTM_zone_28N_epsg_31528" "Conakry_1905_UTM_zone_29N_epsg_31529" "Dealul_Piscului_1930_Stereo_33_epsg_31600" "Dealul_Piscului_1970_Stereo_70_epsg_31700" "NGN_UTM_zone_38N_epsg_31838" "NGN_UTM_zone_39N_epsg_31839" "KUDAMS_KTM_epsg_31900" "KUDAMS_KTM_epsg_31901" "SIRGAS_2000_UTM_zone_11N_epsg_31965" "SIRGAS_2000_UTM_zone_12N_epsg_31966" "SIRGAS_2000_UTM_zone_13N_epsg_31967" "SIRGAS_2000_UTM_zone_14N_epsg_31968" "SIRGAS_2000_UTM_zone_15N_epsg_31969" "SIRGAS_2000_UTM_zone_16N_epsg_31970" "SIRGAS_2000_UTM_zone_17N_epsg_31971" "SIRGAS_2000_UTM_zone_18N_epsg_31972" "SIRGAS_2000_UTM_zone_19N_epsg_31973" "SIRGAS_2000_UTM_zone_20N_epsg_31974" "SIRGAS_2000_UTM_zone_21N_epsg_31975" "SIRGAS_2000_UTM_zone_22N_epsg_31976" "SIRGAS_2000_UTM_zone_17S_epsg_31977" "SIRGAS_2000_UTM_zone_18S_epsg_31978" "SIRGAS_2000_UTM_zone_19S_epsg_31979" "SIRGAS_2000_UTM_zone_20S_epsg_31980" "SIRGAS_2000_UTM_zone_21S_epsg_31981" "SIRGAS_2000_UTM_zone_22S_epsg_31982" "SIRGAS_2000_UTM_zone_23S_epsg_31983" "SIRGAS_2000_UTM_zone_24S_epsg_31984" "SIRGAS_2000_UTM_zone_25S_epsg_31985" "SIRGAS_1995_UTM_zone_17N_epsg_31986" "SIRGAS_1995_UTM_zone_18N_epsg_31987" "SIRGAS_1995_UTM_zone_19N_epsg_31988" "SIRGAS_1995_UTM_zone_20N_epsg_31989" "SIRGAS_1995_UTM_zone_21N_epsg_31990" "SIRGAS_1995_UTM_zone_22N_epsg_31991" "SIRGAS_1995_UTM_zone_17S_epsg_31992" "SIRGAS_1995_UTM_zone_18S_epsg_31993" "SIRGAS_1995_UTM_zone_19S_epsg_31994" "SIRGAS_1995_UTM_zone_20S_epsg_31995" "SIRGAS_1995_UTM_zone_21S_epsg_31996" "SIRGAS_1995_UTM_zone_22S_epsg_31997" "SIRGAS_1995_UTM_zone_23S_epsg_31998" "SIRGAS_1995_UTM_zone_24S_epsg_31999" "SIRGAS_1995_UTM_zone_25S_epsg_32000" "NAD27_Montana_North_epsg_32001" "NAD27_Montana_Central_epsg_32002" "NAD27_Montana_South_epsg_32003" "NAD27_Nebraska_North_epsg_32005" "NAD27_Nebraska_South_epsg_32006" "NAD27_Nevada_East_epsg_32007" "NAD27_Nevada_Central_epsg_32008" "NAD27_Nevada_West_epsg_32009" "NAD27_New_Hampshire_epsg_32010" "NAD27_New_Jersey_epsg_32011" "NAD27_New_Mexico_East_epsg_32012" "NAD27_New_Mexico_Central_epsg_32013" "NAD27_New_Mexico_West_epsg_32014" "NAD27_New_York_East_epsg_32015" "NAD27_New_York_Central_epsg_32016" "NAD27_New_York_West_epsg_32017" "NAD27_New_York_Long_Island_epsg_32018" "NAD27_North_Carolina_epsg_32019" "NAD27_North_Dakota_North_epsg_32020" "NAD27_North_Dakota_South_epsg_32021" "NAD27_Ohio_North_epsg_32022" "NAD27_Ohio_South_epsg_32023" "NAD27_Oklahoma_North_epsg_32024" "NAD27_Oklahoma_South_epsg_32025" "NAD27_Oregon_North_epsg_32026" "NAD27_Oregon_South_epsg_32027" "NAD27_Pennsylvania_North_epsg_32028" "NAD27_Pennsylvania_South_epsg_32029" "NAD27_Rhode_Island_epsg_32030" "NAD27_South_Carolina_North_epsg_32031" "NAD27_South_Carolina_South_epsg_32033" "NAD27_South_Dakota_North_epsg_32034" "NAD27_South_Dakota_South_epsg_32035" "NAD27_Tennessee_epsg_32036" "NAD27_Texas_North_epsg_32037" "NAD27_Texas_North_Central_epsg_32038" "NAD27_Texas_Central_epsg_32039" "NAD27_Texas_South_Central_epsg_32040" "NAD27_Texas_South_epsg_32041" "NAD27_Utah_North_epsg_32042" "NAD27_Utah_Central_epsg_32043" "NAD27_Utah_South_epsg_32044" "NAD27_Vermont_epsg_32045" "NAD27_Virginia_North_epsg_32046" "NAD27_Virginia_South_epsg_32047" "NAD27_Washington_North_epsg_32048" "NAD27_Washington_South_epsg_32049" "NAD27_West_Virginia_North_epsg_32050" "NAD27_West_Virginia_South_epsg_32051" "NAD27_Wisconsin_North_epsg_32052" "NAD27_Wisconsin_Central_epsg_32053" "NAD27_Wisconsin_South_epsg_32054" "NAD27_Wyoming_East_epsg_32055" "NAD27_Wyoming_East_Central_epsg_32056" "NAD27_Wyoming_West_Central_epsg_32057" "NAD27_Wyoming_West_epsg_32058" "NAD27_Guatemala_Norte_epsg_32061" "NAD27_Guatemala_Sur_epsg_32062" "NAD27_BLM_14N_ftUS_epsg_32064" "NAD27_BLM_15N_ftUS_epsg_32065" "NAD27_BLM_16N_ftUS_epsg_32066" "NAD27_BLM_17N_ftUS_epsg_32067" "NAD27_BLM_14N_feet_epsg_32074" "NAD27_BLM_15N_feet_epsg_32075" "NAD27_BLM_16N_feet_epsg_32076" "NAD27_BLM_17N_feet_epsg_32077" "NAD27_MTM_zone_1_epsg_32081" "NAD27_MTM_zone_2_epsg_32082" "NAD27_MTM_zone_3_epsg_32083" "NAD27_MTM_zone_4_epsg_32084" "NAD27_MTM_zone_5_epsg_32085" "NAD27_MTM_zone_6_epsg_32086" "NAD27_Quebec_Lambert_epsg_32098" "NAD27_Louisiana_Offshore_epsg_32099" "NAD83_Montana_epsg_32100" "NAD83_Nebraska_epsg_32104" "NAD83_Nevada_East_epsg_32107" "NAD83_Nevada_Central_epsg_32108" "NAD83_Nevada_West_epsg_32109" "NAD83_New_Hampshire_epsg_32110" "NAD83_New_Jersey_epsg_32111" "NAD83_New_Mexico_East_epsg_32112" "NAD83_New_Mexico_Central_epsg_32113" "NAD83_New_Mexico_West_epsg_32114" "NAD83_New_York_East_epsg_32115" "NAD83_New_York_Central_epsg_32116" "NAD83_New_York_West_epsg_32117" "NAD83_New_York_Long_Island_epsg_32118" "NAD83_North_Carolina_epsg_32119" "NAD83_North_Dakota_North_epsg_32120" "NAD83_North_Dakota_South_epsg_32121" "NAD83_Ohio_North_epsg_32122" "NAD83_Ohio_South_epsg_32123" "NAD83_Oklahoma_North_epsg_32124" "NAD83_Oklahoma_South_epsg_32125" "NAD83_Oregon_North_epsg_32126" "NAD83_Oregon_South_epsg_32127" "NAD83_Pennsylvania_North_epsg_32128" "NAD83_Pennsylvania_South_epsg_32129" "NAD83_Rhode_Island_epsg_32130" "NAD83_South_Carolina_epsg_32133" "NAD83_South_Dakota_North_epsg_32134" "NAD83_South_Dakota_South_epsg_32135" "NAD83_Tennessee_epsg_32136" "NAD83_Texas_North_epsg_32137" "NAD83_Texas_North_Central_epsg_32138" "NAD83_Texas_Central_epsg_32139" "NAD83_Texas_South_Central_epsg_32140" "NAD83_Texas_South_epsg_32141" "NAD83_Utah_North_epsg_32142" "NAD83_Utah_Central_epsg_32143" "NAD83_Utah_South_epsg_32144" "NAD83_Vermont_epsg_32145" "NAD83_Virginia_North_epsg_32146" "NAD83_Virginia_South_epsg_32147" "NAD83_Washington_North_epsg_32148" "NAD83_Washington_South_epsg_32149" "NAD83_West_Virginia_North_epsg_32150" "NAD83_West_Virginia_South_epsg_32151" "NAD83_Wisconsin_North_epsg_32152" "NAD83_Wisconsin_Central_epsg_32153" "NAD83_Wisconsin_South_epsg_32154" "NAD83_Wyoming_East_epsg_32155" "NAD83_Wyoming_East_Central_epsg_32156" "NAD83_Wyoming_West_Central_epsg_32157" "NAD83_Wyoming_West_epsg_32158" "NAD83_Puerto_Rico_and_Virgin_Is_epsg_32161" "NAD83_BLM_14N_ftUS_epsg_32164" "NAD83_BLM_15N_ftUS_epsg_32165" "NAD83_BLM_16N_ftUS_epsg_32166" "NAD83_BLM_17N_ftUS_epsg_32167" "NAD83_SCoPQ_zone_2_epsg_32180" "NAD83_MTM_zone_1_epsg_32181" "NAD83_MTM_zone_2_epsg_32182" "NAD83_MTM_zone_3_epsg_32183" "NAD83_MTM_zone_4_epsg_32184" "NAD83_MTM_zone_5_epsg_32185" "NAD83_MTM_zone_6_epsg_32186" "NAD83_MTM_zone_7_epsg_32187" "NAD83_MTM_zone_8_epsg_32188" "NAD83_MTM_zone_9_epsg_32189" "NAD83_MTM_zone_10_epsg_32190" "NAD83_MTM_zone_11_epsg_32191" "NAD83_MTM_zone_12_epsg_32192" "NAD83_MTM_zone_13_epsg_32193" "NAD83_MTM_zone_14_epsg_32194" "NAD83_MTM_zone_15_epsg_32195" "NAD83_MTM_zone_16_epsg_32196" "NAD83_MTM_zone_17_epsg_32197" "NAD83_Quebec_Lambert_epsg_32198" "NAD83_Louisiana_Offshore_epsg_32199" "WGS_72_UTM_zone_1N_epsg_32201" "WGS_72_UTM_zone_2N_epsg_32202" "WGS_72_UTM_zone_3N_epsg_32203" "WGS_72_UTM_zone_4N_epsg_32204" "WGS_72_UTM_zone_5N_epsg_32205" "WGS_72_UTM_zone_6N_epsg_32206" "WGS_72_UTM_zone_7N_epsg_32207" "WGS_72_UTM_zone_8N_epsg_32208" "WGS_72_UTM_zone_9N_epsg_32209" "WGS_72_UTM_zone_10N_epsg_32210" "WGS_72_UTM_zone_11N_epsg_32211" "WGS_72_UTM_zone_12N_epsg_32212" "WGS_72_UTM_zone_13N_epsg_32213" "WGS_72_UTM_zone_14N_epsg_32214" "WGS_72_UTM_zone_15N_epsg_32215" "WGS_72_UTM_zone_16N_epsg_32216" "WGS_72_UTM_zone_17N_epsg_32217" "WGS_72_UTM_zone_18N_epsg_32218" "WGS_72_UTM_zone_19N_epsg_32219" "WGS_72_UTM_zone_20N_epsg_32220" "WGS_72_UTM_zone_21N_epsg_32221" "WGS_72_UTM_zone_22N_epsg_32222" "WGS_72_UTM_zone_23N_epsg_32223" "WGS_72_UTM_zone_24N_epsg_32224" "WGS_72_UTM_zone_25N_epsg_32225" "WGS_72_UTM_zone_26N_epsg_32226" "WGS_72_UTM_zone_27N_epsg_32227" "WGS_72_UTM_zone_28N_epsg_32228" "WGS_72_UTM_zone_29N_epsg_32229" "WGS_72_UTM_zone_30N_epsg_32230" "WGS_72_UTM_zone_31N_epsg_32231" "WGS_72_UTM_zone_32N_epsg_32232" "WGS_72_UTM_zone_33N_epsg_32233" "WGS_72_UTM_zone_34N_epsg_32234" "WGS_72_UTM_zone_35N_epsg_32235" "WGS_72_UTM_zone_36N_epsg_32236" "WGS_72_UTM_zone_37N_epsg_32237" "WGS_72_UTM_zone_38N_epsg_32238" "WGS_72_UTM_zone_39N_epsg_32239" "WGS_72_UTM_zone_40N_epsg_32240" "WGS_72_UTM_zone_41N_epsg_32241" "WGS_72_UTM_zone_42N_epsg_32242" "WGS_72_UTM_zone_43N_epsg_32243" "WGS_72_UTM_zone_44N_epsg_32244" "WGS_72_UTM_zone_45N_epsg_32245" "WGS_72_UTM_zone_46N_epsg_32246" "WGS_72_UTM_zone_47N_epsg_32247" "WGS_72_UTM_zone_48N_epsg_32248" "WGS_72_UTM_zone_49N_epsg_32249" "WGS_72_UTM_zone_50N_epsg_32250" "WGS_72_UTM_zone_51N_epsg_32251" "WGS_72_UTM_zone_52N_epsg_32252" "WGS_72_UTM_zone_53N_epsg_32253" "WGS_72_UTM_zone_54N_epsg_32254" "WGS_72_UTM_zone_55N_epsg_32255" "WGS_72_UTM_zone_56N_epsg_32256" "WGS_72_UTM_zone_57N_epsg_32257" "WGS_72_UTM_zone_58N_epsg_32258" "WGS_72_UTM_zone_59N_epsg_32259" "WGS_72_UTM_zone_60N_epsg_32260" "WGS_72_UTM_zone_1S_epsg_32301" "WGS_72_UTM_zone_2S_epsg_32302" "WGS_72_UTM_zone_3S_epsg_32303" "WGS_72_UTM_zone_4S_epsg_32304" "WGS_72_UTM_zone_5S_epsg_32305" "WGS_72_UTM_zone_6S_epsg_32306" "WGS_72_UTM_zone_7S_epsg_32307" "WGS_72_UTM_zone_8S_epsg_32308" "WGS_72_UTM_zone_9S_epsg_32309" "WGS_72_UTM_zone_10S_epsg_32310" "WGS_72_UTM_zone_11S_epsg_32311" "WGS_72_UTM_zone_12S_epsg_32312" "WGS_72_UTM_zone_13S_epsg_32313" "WGS_72_UTM_zone_14S_epsg_32314" "WGS_72_UTM_zone_15S_epsg_32315" "WGS_72_UTM_zone_16S_epsg_32316" "WGS_72_UTM_zone_17S_epsg_32317" "WGS_72_UTM_zone_18S_epsg_32318" "WGS_72_UTM_zone_19S_epsg_32319" "WGS_72_UTM_zone_20S_epsg_32320" "WGS_72_UTM_zone_21S_epsg_32321" "WGS_72_UTM_zone_22S_epsg_32322" "WGS_72_UTM_zone_23S_epsg_32323" "WGS_72_UTM_zone_24S_epsg_32324" "WGS_72_UTM_zone_25S_epsg_32325" "WGS_72_UTM_zone_26S_epsg_32326" "WGS_72_UTM_zone_27S_epsg_32327" "WGS_72_UTM_zone_28S_epsg_32328" "WGS_72_UTM_zone_29S_epsg_32329" "WGS_72_UTM_zone_30S_epsg_32330" "WGS_72_UTM_zone_31S_epsg_32331" "WGS_72_UTM_zone_32S_epsg_32332" "WGS_72_UTM_zone_33S_epsg_32333" "WGS_72_UTM_zone_34S_epsg_32334" "WGS_72_UTM_zone_35S_epsg_32335" "WGS_72_UTM_zone_36S_epsg_32336" "WGS_72_UTM_zone_37S_epsg_32337" "WGS_72_UTM_zone_38S_epsg_32338" "WGS_72_UTM_zone_39S_epsg_32339" "WGS_72_UTM_zone_40S_epsg_32340" "WGS_72_UTM_zone_41S_epsg_32341" "WGS_72_UTM_zone_42S_epsg_32342" "WGS_72_UTM_zone_43S_epsg_32343" "WGS_72_UTM_zone_44S_epsg_32344" "WGS_72_UTM_zone_45S_epsg_32345" "WGS_72_UTM_zone_46S_epsg_32346" "WGS_72_UTM_zone_47S_epsg_32347" "WGS_72_UTM_zone_48S_epsg_32348" "WGS_72_UTM_zone_49S_epsg_32349" "WGS_72_UTM_zone_50S_epsg_32350" "WGS_72_UTM_zone_51S_epsg_32351" "WGS_72_UTM_zone_52S_epsg_32352" "WGS_72_UTM_zone_53S_epsg_32353" "WGS_72_UTM_zone_54S_epsg_32354" "WGS_72_UTM_zone_55S_epsg_32355" "WGS_72_UTM_zone_56S_epsg_32356" "WGS_72_UTM_zone_57S_epsg_32357" "WGS_72_UTM_zone_58S_epsg_32358" "WGS_72_UTM_zone_59S_epsg_32359" "WGS_72_UTM_zone_60S_epsg_32360" "WGS_72BE_UTM_zone_1N_epsg_32401" "WGS_72BE_UTM_zone_2N_epsg_32402" "WGS_72BE_UTM_zone_3N_epsg_32403" "WGS_72BE_UTM_zone_4N_epsg_32404" "WGS_72BE_UTM_zone_5N_epsg_32405" "WGS_72BE_UTM_zone_6N_epsg_32406" "WGS_72BE_UTM_zone_7N_epsg_32407" "WGS_72BE_UTM_zone_8N_epsg_32408" "WGS_72BE_UTM_zone_9N_epsg_32409" "WGS_72BE_UTM_zone_10N_epsg_32410" "WGS_72BE_UTM_zone_11N_epsg_32411" "WGS_72BE_UTM_zone_12N_epsg_32412" "WGS_72BE_UTM_zone_13N_epsg_32413" "WGS_72BE_UTM_zone_14N_epsg_32414" "WGS_72BE_UTM_zone_15N_epsg_32415" "WGS_72BE_UTM_zone_16N_epsg_32416" "WGS_72BE_UTM_zone_17N_epsg_32417" "WGS_72BE_UTM_zone_18N_epsg_32418" "WGS_72BE_UTM_zone_19N_epsg_32419" "WGS_72BE_UTM_zone_20N_epsg_32420" "WGS_72BE_UTM_zone_21N_epsg_32421" "WGS_72BE_UTM_zone_22N_epsg_32422" "WGS_72BE_UTM_zone_23N_epsg_32423" "WGS_72BE_UTM_zone_24N_epsg_32424" "WGS_72BE_UTM_zone_25N_epsg_32425" "WGS_72BE_UTM_zone_26N_epsg_32426" "WGS_72BE_UTM_zone_27N_epsg_32427" "WGS_72BE_UTM_zone_28N_epsg_32428" "WGS_72BE_UTM_zone_29N_epsg_32429" "WGS_72BE_UTM_zone_30N_epsg_32430" "WGS_72BE_UTM_zone_31N_epsg_32431" "WGS_72BE_UTM_zone_32N_epsg_32432" "WGS_72BE_UTM_zone_33N_epsg_32433" "WGS_72BE_UTM_zone_34N_epsg_32434" "WGS_72BE_UTM_zone_35N_epsg_32435" "WGS_72BE_UTM_zone_36N_epsg_32436" "WGS_72BE_UTM_zone_37N_epsg_32437" "WGS_72BE_UTM_zone_38N_epsg_32438" "WGS_72BE_UTM_zone_39N_epsg_32439" "WGS_72BE_UTM_zone_40N_epsg_32440" "WGS_72BE_UTM_zone_41N_epsg_32441" "WGS_72BE_UTM_zone_42N_epsg_32442" "WGS_72BE_UTM_zone_43N_epsg_32443" "WGS_72BE_UTM_zone_44N_epsg_32444" "WGS_72BE_UTM_zone_45N_epsg_32445" "WGS_72BE_UTM_zone_46N_epsg_32446" "WGS_72BE_UTM_zone_47N_epsg_32447" "WGS_72BE_UTM_zone_48N_epsg_32448" "WGS_72BE_UTM_zone_49N_epsg_32449" "WGS_72BE_UTM_zone_50N_epsg_32450" "WGS_72BE_UTM_zone_51N_epsg_32451" "WGS_72BE_UTM_zone_52N_epsg_32452" "WGS_72BE_UTM_zone_53N_epsg_32453" "WGS_72BE_UTM_zone_54N_epsg_32454" "WGS_72BE_UTM_zone_55N_epsg_32455" "WGS_72BE_UTM_zone_56N_epsg_32456" "WGS_72BE_UTM_zone_57N_epsg_32457" "WGS_72BE_UTM_zone_58N_epsg_32458" "WGS_72BE_UTM_zone_59N_epsg_32459" "WGS_72BE_UTM_zone_60N_epsg_32460" "WGS_72BE_UTM_zone_1S_epsg_32501" "WGS_72BE_UTM_zone_2S_epsg_32502" "WGS_72BE_UTM_zone_3S_epsg_32503" "WGS_72BE_UTM_zone_4S_epsg_32504" "WGS_72BE_UTM_zone_5S_epsg_32505" "WGS_72BE_UTM_zone_6S_epsg_32506" "WGS_72BE_UTM_zone_7S_epsg_32507" "WGS_72BE_UTM_zone_8S_epsg_32508" "WGS_72BE_UTM_zone_9S_epsg_32509" "WGS_72BE_UTM_zone_10S_epsg_32510" "WGS_72BE_UTM_zone_11S_epsg_32511" "WGS_72BE_UTM_zone_12S_epsg_32512" "WGS_72BE_UTM_zone_13S_epsg_32513" "WGS_72BE_UTM_zone_14S_epsg_32514" "WGS_72BE_UTM_zone_15S_epsg_32515" "WGS_72BE_UTM_zone_16S_epsg_32516" "WGS_72BE_UTM_zone_17S_epsg_32517" "WGS_72BE_UTM_zone_18S_epsg_32518" "WGS_72BE_UTM_zone_19S_epsg_32519" "WGS_72BE_UTM_zone_20S_epsg_32520" "WGS_72BE_UTM_zone_21S_epsg_32521" "WGS_72BE_UTM_zone_22S_epsg_32522" "WGS_72BE_UTM_zone_23S_epsg_32523" "WGS_72BE_UTM_zone_24S_epsg_32524" "WGS_72BE_UTM_zone_25S_epsg_32525" "WGS_72BE_UTM_zone_26S_epsg_32526" "WGS_72BE_UTM_zone_27S_epsg_32527" "WGS_72BE_UTM_zone_28S_epsg_32528" "WGS_72BE_UTM_zone_29S_epsg_32529" "WGS_72BE_UTM_zone_30S_epsg_32530" "WGS_72BE_UTM_zone_31S_epsg_32531" "WGS_72BE_UTM_zone_32S_epsg_32532" "WGS_72BE_UTM_zone_33S_epsg_32533" "WGS_72BE_UTM_zone_34S_epsg_32534" "WGS_72BE_UTM_zone_35S_epsg_32535" "WGS_72BE_UTM_zone_36S_epsg_32536" "WGS_72BE_UTM_zone_37S_epsg_32537" "WGS_72BE_UTM_zone_38S_epsg_32538" "WGS_72BE_UTM_zone_39S_epsg_32539" "WGS_72BE_UTM_zone_40S_epsg_32540" "WGS_72BE_UTM_zone_41S_epsg_32541" "WGS_72BE_UTM_zone_42S_epsg_32542" "WGS_72BE_UTM_zone_43S_epsg_32543" "WGS_72BE_UTM_zone_44S_epsg_32544" "WGS_72BE_UTM_zone_45S_epsg_32545" "WGS_72BE_UTM_zone_46S_epsg_32546" "WGS_72BE_UTM_zone_47S_epsg_32547" "WGS_72BE_UTM_zone_48S_epsg_32548" "WGS_72BE_UTM_zone_49S_epsg_32549" "WGS_72BE_UTM_zone_50S_epsg_32550" "WGS_72BE_UTM_zone_51S_epsg_32551" "WGS_72BE_UTM_zone_52S_epsg_32552" "WGS_72BE_UTM_zone_53S_epsg_32553" "WGS_72BE_UTM_zone_54S_epsg_32554" "WGS_72BE_UTM_zone_55S_epsg_32555" "WGS_72BE_UTM_zone_56S_epsg_32556" "WGS_72BE_UTM_zone_57S_epsg_32557" "WGS_72BE_UTM_zone_58S_epsg_32558" "WGS_72BE_UTM_zone_59S_epsg_32559" "WGS_72BE_UTM_zone_60S_epsg_32560" "WGS_84_UTM_grid_system_northern_hemisphere_epsg_32600" "WGS_84_UTM_zone_1N_epsg_32601" "WGS_84_UTM_zone_2N_epsg_32602" "WGS_84_UTM_zone_3N_epsg_32603" "WGS_84_UTM_zone_4N_epsg_32604" "WGS_84_UTM_zone_5N_epsg_32605" "WGS_84_UTM_zone_6N_epsg_32606" "WGS_84_UTM_zone_7N_epsg_32607" "WGS_84_UTM_zone_8N_epsg_32608" "WGS_84_UTM_zone_9N_epsg_32609" "WGS_84_UTM_zone_10N_epsg_32610" "WGS_84_UTM_zone_11N_epsg_32611" "WGS_84_UTM_zone_12N_epsg_32612" "WGS_84_UTM_zone_13N_epsg_32613" "WGS_84_UTM_zone_14N_epsg_32614" "WGS_84_UTM_zone_15N_epsg_32615" "WGS_84_UTM_zone_16N_epsg_32616" "WGS_84_UTM_zone_17N_epsg_32617" "WGS_84_UTM_zone_18N_epsg_32618" "WGS_84_UTM_zone_19N_epsg_32619" "WGS_84_UTM_zone_20N_epsg_32620" "WGS_84_UTM_zone_21N_epsg_32621" "WGS_84_UTM_zone_22N_epsg_32622" "WGS_84_UTM_zone_23N_epsg_32623" "WGS_84_UTM_zone_24N_epsg_32624" "WGS_84_UTM_zone_25N_epsg_32625" "WGS_84_UTM_zone_26N_epsg_32626" "WGS_84_UTM_zone_27N_epsg_32627" "WGS_84_UTM_zone_28N_epsg_32628" "WGS_84_UTM_zone_29N_epsg_32629" "WGS_84_UTM_zone_30N_epsg_32630" "WGS_84_UTM_zone_31N_epsg_32631" "WGS_84_UTM_zone_32N_epsg_32632" "WGS_84_UTM_zone_33N_epsg_32633" "WGS_84_UTM_zone_34N_epsg_32634" "WGS_84_UTM_zone_35N_epsg_32635" "WGS_84_UTM_zone_36N_epsg_32636" "WGS_84_UTM_zone_37N_epsg_32637" "WGS_84_UTM_zone_38N_epsg_32638" "WGS_84_UTM_zone_39N_epsg_32639" "WGS_84_UTM_zone_40N_epsg_32640" "WGS_84_UTM_zone_41N_epsg_32641" "WGS_84_UTM_zone_42N_epsg_32642" "WGS_84_UTM_zone_43N_epsg_32643" "WGS_84_UTM_zone_44N_epsg_32644" "WGS_84_UTM_zone_45N_epsg_32645" "WGS_84_UTM_zone_46N_epsg_32646" "WGS_84_UTM_zone_47N_epsg_32647" "WGS_84_UTM_zone_48N_epsg_32648" "WGS_84_UTM_zone_49N_epsg_32649" "WGS_84_UTM_zone_50N_epsg_32650" "WGS_84_UTM_zone_51N_epsg_32651" "WGS_84_UTM_zone_52N_epsg_32652" "WGS_84_UTM_zone_53N_epsg_32653" "WGS_84_UTM_zone_54N_epsg_32654" "WGS_84_UTM_zone_55N_epsg_32655" "WGS_84_UTM_zone_56N_epsg_32656" "WGS_84_UTM_zone_57N_epsg_32657" "WGS_84_UTM_zone_58N_epsg_32658" "WGS_84_UTM_zone_59N_epsg_32659" "WGS_84_UTM_zone_60N_epsg_32660" "WGS_84_UPS_North_NE_epsg_32661" "WGS_84_Plate_Carree_epsg_32662" "WGS_84_World_Equidistant_Cylindrical_epsg_32663" "WGS_84_BLM_14N_ftUS_epsg_32664" "WGS_84_BLM_15N_ftUS_epsg_32665" "WGS_84_BLM_16N_ftUS_epsg_32666" "WGS_84_BLM_17N_ftUS_epsg_32667" "WGS_84_UTM_grid_system_southern_hemisphere_epsg_32700" "WGS_84_UTM_zone_1S_epsg_32701" "WGS_84_UTM_zone_2S_epsg_32702" "WGS_84_UTM_zone_3S_epsg_32703" "WGS_84_UTM_zone_4S_epsg_32704" "WGS_84_UTM_zone_5S_epsg_32705" "WGS_84_UTM_zone_6S_epsg_32706" "WGS_84_UTM_zone_7S_epsg_32707" "WGS_84_UTM_zone_8S_epsg_32708" "WGS_84_UTM_zone_9S_epsg_32709" "WGS_84_UTM_zone_10S_epsg_32710" "WGS_84_UTM_zone_11S_epsg_32711" "WGS_84_UTM_zone_12S_epsg_32712" "WGS_84_UTM_zone_13S_epsg_32713" "WGS_84_UTM_zone_14S_epsg_32714" "WGS_84_UTM_zone_15S_epsg_32715" "WGS_84_UTM_zone_16S_epsg_32716" "WGS_84_UTM_zone_17S_epsg_32717" "WGS_84_UTM_zone_18S_epsg_32718" "WGS_84_UTM_zone_19S_epsg_32719" "WGS_84_UTM_zone_20S_epsg_32720" "WGS_84_UTM_zone_21S_epsg_32721" "WGS_84_UTM_zone_22S_epsg_32722" "WGS_84_UTM_zone_23S_epsg_32723" "WGS_84_UTM_zone_24S_epsg_32724" "WGS_84_UTM_zone_25S_epsg_32725" "WGS_84_UTM_zone_26S_epsg_32726" "WGS_84_UTM_zone_27S_epsg_32727" "WGS_84_UTM_zone_28S_epsg_32728" "WGS_84_UTM_zone_29S_epsg_32729" "WGS_84_UTM_zone_30S_epsg_32730" "WGS_84_UTM_zone_31S_epsg_32731" "WGS_84_UTM_zone_32S_epsg_32732" "WGS_84_UTM_zone_33S_epsg_32733" "WGS_84_UTM_zone_34S_epsg_32734" "WGS_84_UTM_zone_35S_epsg_32735" "WGS_84_UTM_zone_36S_epsg_32736" "WGS_84_UTM_zone_37S_epsg_32737" "WGS_84_UTM_zone_38S_epsg_32738" "WGS_84_UTM_zone_39S_epsg_32739" "WGS_84_UTM_zone_40S_epsg_32740" "WGS_84_UTM_zone_41S_epsg_32741" "WGS_84_UTM_zone_42S_epsg_32742" "WGS_84_UTM_zone_43S_epsg_32743" "WGS_84_UTM_zone_44S_epsg_32744" "WGS_84_UTM_zone_45S_epsg_32745" "WGS_84_UTM_zone_46S_epsg_32746" "WGS_84_UTM_zone_47S_epsg_32747" "WGS_84_UTM_zone_48S_epsg_32748" "WGS_84_UTM_zone_49S_epsg_32749" "WGS_84_UTM_zone_50S_epsg_32750" "WGS_84_UTM_zone_51S_epsg_32751" "WGS_84_UTM_zone_52S_epsg_32752" "WGS_84_UTM_zone_53S_epsg_32753" "WGS_84_UTM_zone_54S_epsg_32754" "WGS_84_UTM_zone_55S_epsg_32755" "WGS_84_UTM_zone_56S_epsg_32756" "WGS_84_UTM_zone_57S_epsg_32757" "WGS_84_UTM_zone_58S_epsg_32758" "WGS_84_UTM_zone_59S_epsg_32759" "WGS_84_UTM_zone_60S_epsg_32760" "WGS_84_UPS_South_NE_epsg_32761" "WGS_84_TM_36_SE_epsg_32766"
</Input> </GeospatialProperties> <Drawing2D drawLineSets="true" drawMeshes="true" drawPointSets="true" lineCap="Butt" lineJoin="Miter" lineWidth="1.0" meshShading="Preferred" viewportResolutionMultiplier="1.0"> Specifies parameters of drawing (rendering) 3D scenes on flat (2D) PDF pages. Attribute drawLineSets: Line sets will be drawn on flat (2D) PDF page. Attribute drawMeshes: Triangle meshes will be drawn on flat (2D) PDF page. Additonal parameters could be specified for drawing (rendering) of triangle meshes. Attribute drawPointSets: Point sets will be drawn on flat (2D) PDF page. Attribute meshShading: This mode uses PDF vector graphic abilities. It draws triangles as wireframe boundaries. This mode uses PDF vector graphic abilities. It draws triangles as filled solid color areas. This mode uses PDF vector graphic abilities. It draws triangles as filled areas and also draws wireframe boundaries. This mode does not use PDF vector graphic abilities. It renders 3D scene triangles to raster image. Attribute viewportResolutionMultiplier: Specifies rendered raster image quality. The 1.0x value means that rendered raster image will have the same resolution as 2D viewport (width x height). The 2.0x value means that rendered raster image will have double resolution in comparison to original 2D viewport size (2*width x 2*height). Higher values mean for higher image quality. But higher image quality can significantly degrade conversion performance. This parameter is not used for PDF vector graphic drawing mode. Possible values : drawMeshes : "false", "true" (default value is "true") drawLineSets : "false", "true" (default value is "true") drawPointSets : "false", "true" (default value is "true") viewportResolutionMultiplier : All valid float numbers (default value is "1.0") meshShading : default value is "Preferred" "Preferred": The underlying conversion interface will select the best method for drawing 3D scene. "Wire": Specifies to draw 3D scene triangles as wireframe boundaries. "Fill": Specifies to draw 3D scene triangles as filled areas. "Full": Specifies to draw 3D scene triangles as filled areas and wireframe boundaries. "Image": Specifies to render 3D scene triangles to raster images. lineCap : default value is "Butt" "Butt" "Curved" "Square" lineJoin : default value is "Miter" "Miter" "Round" "Bevel" lineWidth : All valid float numbers (default value is "1.0")
</Drawing2D> <GsiParameters fillOutlineWithPolygons="false"> Specifies conversion parameters for GSI3D Interface. Attribute fillOutlineWithPolygons: Specifies "Fill Outlines with Polygons" flag. In the case of certain file type conversions, shapes are defined by large complex outlines, where these outlines may have many vertices and the polyline they form may be concave (non-convex). If this toggle is OFF, the polyline is converted using line segments. This is normally the faster option. If ON, then each shape is processed by a Delaunay triangulation processor to generate a filled triangle mesh. This option generally takes additional processing time and memory. The triangulation processor will also be used automatically if VRML nodes with IndexFaceSets contain polygons with more than three corners. Possible values : fillOutlineWithPolygons : "false", "true" (default value is "false")
</GsiParameters> <TeighaParameters assemblyDepth="-1" betweenKnots="2" exportLayers="true" exportMaterials="true" normalTolerance="10.0" suppressLinesConversion="false" viewsSelection="*"> Specifies conversion parameters for Teigha Interface. Attribute assemblyDepth: [DEPRECATED] Attribute betweenKnots: Specifies distance between knots. When the input contains smooth surfaces, curves or NURBS, a tessellation may be applied. This parameter specifies the distance between NURBS parametric UV surface definition knots, so that the tessellation resolution may be controlled to give either a smooth or stepped, facet appearance. Attribute exportLayers: Specifies export layers property. If input contains a logical layer structure and this option is enabled, the layers become new parent nodes in the assembly hierarchy. This allows visibility or rendering settings to be applied to the layer without selection of individual parts within the layer. The Model tree becomes deeper with more entries. Where possible the layer names are preserved. If the input does not contain layers then this option has no effect. Attribute exportMaterials: Specifies export materials property. If input contains various distinct material properties on assembly parts and this option is enabled, separate model tree nodes are exported for each of the materials. This allows the exported model to reflect the variation of properties available, avoiding combining them into single nodes. This option may significantly increase the size and depth of the model tree output. Attribute normalTolerance: Specifies normal tolerance for parallel faces. When the input contains smooth surfaces, curves or NURBS, a tessellation may be applied. To assist user control for the degree and resolution of tessellation, this parameter provides a tolerance for when adjacent faces should be created to approximate surface curvature. Normals are the vector pointing perpendicular to the surface. This parameter relates to the variation in direction angle between normals. Attribute suppressLinesConversion: Suppress Lines Conversion, Process Surfaces Only If input file contains both lines and surfaces, lines are ignored and only surfaces are considered for export. If input does not contain lines, then this option has no effect. Attribute viewsSelection: Views Selection String. Specifies enabled views. String format is the intervals separated by comma. Valid intervals are: "5" - degenerate interval [5,5] - includes view #5 "3-5" - closed interval [3,5] - includes views #3, #4, #5 "*" - left-closed interval [0,infinity) - includes views #0, #1, #2 ... "2-*" - left-closed interval [2,infinity) - includes views #2, #3, #4 ... Valid Views Selection Strings are: "1,3,5" "3,5,7,11-*" "0-2,3-5,7,11" "0,3-5,6-*" "*" Numbering of views starts from zero. View numbers can be inspected in the resulting PDF model tree. Possible values : exportLayers : "false", "true" (default value is "true") exportMaterials : "false", "true" (default value is "true") suppressLinesConversion : "false", "true" (default value is "false") assemblyDepth : All valid integer numbers (default value is "-1") betweenKnots : All valid integer numbers (default value is "2") normalTolerance : All valid float numbers (default value is "10.0")
<MaxAssemblyDepth value="0"> [DEPRECATED] Specifies assembly vectorization depth. Teigha input files may result in rather deep scene tree. Such deep hierarchies affect both rendering performance and size of 3D-PDF files. This parameter specifies maximum depth in 3D-PDF file. Nodes with deepness higher than this parameter will be merged to appropriate scene tree leaf. Possible values : value : All valid integer numbers (default value is "0")
</MaxAssemblyDepth> </TeighaParameters> <CoinParameters> Specifies parameter block for Coin Interface. Specifies various conversion parameters for Coin Interface.
<SubstituteSameVertexColorsByDiffuseColor value="true"> Specifies substitute the same vertex colors by diffuse color. Possible values : value : "false", "true" (default value is "true")
</SubstituteSameVertexColorsByDiffuseColor> <EnableVRML1Conversion value="true"> This parameter is deprecated and meaningless. This parameter is not used. Possible values : value : "false", "true" (default value is "true")
</EnableVRML1Conversion> <UseCoin3DTessellationEngine value="false"> Specifies that the Coin_Interface will use the Coin3D tessellation engine. By default the Coin_Interface uses PDF3D-SDK's internal tessellation engine. If you have a problem with tessellation (typically high aspect concave polygons) then you can enable this special option. Note: This option is valid for Coin_Interface only. Possible values : value : "false", "true" (default value is "false")
</UseCoin3DTessellationEngine> <ScanLayerNodes value="false"> Specifies scan layer nodes flag. Where input model may contain some internal layer specifications, such as within VRML comments, this parameter enables scanning for such internal layers to create layers that may be controlled from the layer menu system, with separate grouping nodes. Possible values : value : "false", "true" (default value is "false")
</ScanLayerNodes> <ANSYSVrmlFile value="false"> Enables additional preprocess step for VRML 1.0 generated by ANSYS FEA. VRML files generated by ANSYS may require additional preprocess step in order to get better result. Possible values : value : "false", "true" (default value is "false")
</ANSYSVrmlFile> <ANSYSIgnoreLastFaceSet value="false"> Ignore last face set which is typically ANSYS generated axes. Possible values : value : "false", "true" (default value is "false")
</ANSYSIgnoreLastFaceSet> <ANSYSIgnoreLineSets value="false"> Ignore line sets. Possible values : value : "false", "true" (default value is "false")
</ANSYSIgnoreLineSets> <EnableFixVrml value="true"> Specifies that the input file could be processed by "fix vrml" filter. Possible values : value : "false", "true" (default value is "true")
</EnableFixVrml> <EnableFixInventor value="true"> Specifies that the input file could be processed by "fix inventor" filter. Possible values : value : "false", "true" (default value is "true")
</EnableFixInventor> <EnableFixTriangleStrip value="true"> Specifies that the input file could be processed by "fix triangle strip" filter. Possible values : value : "false", "true" (default value is "true")
</EnableFixTriangleStrip> <EnableUngzipping value="true"> Specifies that the input file could be decompressed by gzip decompression routine. Possible values : value : "false", "true" (default value is "true")
</EnableUngzipping> </CoinParameters> <OpenInventorParameters> Specifies parameter block for OpenInventor Interface. Specifies various conversion parameters for OpenInventor Interface.
</OpenInventorParameters> <StlParameters useInternalColor="false" weldingProximity="0.001"> Specifies parameter block for STL Interface. Specifies various conversion parameters for STL Interface. Attribute useInternalColor: Allows to use internal colors or materials In case STL file have internal colors should be used them otherwise is used selected solid color. Possible values : weldingProximity : All valid float numbers (default value is "0.001") useInternalColor : "false", "true" (default value is "false")
<SolidColor alpha="255" blue="142" green="157" red="208"> Specifies starting color for solid meshes. Note that STL files do not contain information about model colors. But you can manually specify solid model color by using this parameter. Attribute alpha: Specifies color's "alpha" component Attribute blue: Specifies color's "blue" component Attribute green: Specifies color's "green" component Attribute red: Specifies color's "red" component Possible values : red : All valid integer numbers (default value is "208") green : All valid integer numbers (default value is "157") blue : All valid integer numbers (default value is "142") alpha : All valid integer numbers (default value is "255")
</SolidColor> </StlParameters> <ComsolParameters parametersFileName=""> Specifies parameter block for Comsol Interface. Specifies various conversion parameters for Comsol Interface. Attribute parametersFileName: Results parameters file In this file are defined results arrays (i.e. interpolation functions) defined on point cloud.
</ComsolParameters> <GrdParameters> Specifies Geospatial Gridding Operations
<GeneralParameters ElevationScale="1.0" degreesPerMeter="3e-06" exportImageAsTextureMappedQuad="false" labelLegend="Elevation" mappingType="WithAttributes" skipFullGrid="false" subsamplingCoefficient="1" usingTexture="true" xyUnits="m" zUnits="m"> Specifies General Geospatial Processing, such as color range, subsampling, grid representation Attribute ElevationScale: Specifies grid elevation scale. This parameter affects the colormap range. GRD Interface "Elevation Scale" parameter (default=1.0) provides for scaling elevation (Z) before creating graphical representations. This operates similar to the on-page Z-Scale control, however as a static data pre-processing step. The value of 10.0 will generate a 10x vertical exaggeration of the grid shape. Negative values, such as -1.0 may be used to "flip" data meaning for Depth or Bathymetry, where positive values means lower Z. Attribute degreesPerMeter: This is a deprecated parameter. Note that this parameter should be used for backward compatibility only. This parameter is used only when AssemblyProperties->CommonProperties->InputUnits parameter block is not specified (old-style parameter state file case). We recommend you to use more general and geospatially more correctly AssemblyProperties->CommonProperties->InputUnits parameter block. Attribute exportImageAsTextureMappedQuad: Enables exporting image as texture mapped quad In case image should be exported without geometry, this flag will trigger exporting it as a texture mapped quad, instead of exporting full grid. Attribute labelLegend: This is a deprecated parameter. Specifies Colorbar Legend Title Attribute mappingType: This is a deprecated parameter. Since version 2.11. @ref TBandBinding.BindingMode "TAssemblyProperties::BandBinding.BindingMode" is used instead. Specifies grid mapping mode for colormap Attribute skipFullGrid: This is a deprecated parameter. Enables surface drape texture to be at subsampled grid resolution, else at original file resolution. For grids above 1200 x 1200, texture can require large amounts of memory, selecting skipping full mesh resolution allows for more efficient processing. The effect might be visible when zoomed into small details. Attribute subsamplingCoefficient: This is a deprecated parameter. Decimate rows and columns of grid, or only reads Nth point of point cloud. Skip to every Nth row and column of input grid, or if point cloud skip intermediate points (will not be loaded). Allows processing of much larger data than otherwise possible. Start at higher values and reduce, to measure processing time, memory requirements, and output PDF resolution as a result. Value is strongly data dependent. Attribute usingTexture: This is a deprecated parameter. Since version 2.11. @ref TColormapBinding.UsingTexture "TAssemblyProperties::ColormapBinding.UsingTexture" is used instead. Specifies grid colormap representation to use efficient Texture methods, enabling shading; else RGB unshaded. In most cases, Texture is preferred. Attribute xyUnits: This is a deprecated parameter. Note that this parameter should be used for backward compatibility only. This parameter is used only when AssemblyProperties->CommonProperties->InputUnits parameter block is not specified (old-style parameter state file case). We recommend you to use more general and geospatially more correctly AssemblyProperties->CommonProperties->InputUnits parameter block. Attribute zUnits: This is a deprecated parameter. Note that this parameter should be used for backward compatibility only. This parameter is used only when AssemblyProperties->CommonProperties->InputUnits parameter block is not specified (old-style parameter state file case). We recommend you to use more general and geospatially more correctly AssemblyProperties->CommonProperties->InputUnits parameter block. Possible values : ElevationScale : All valid float numbers (default value is "1.0") skipFullGrid : "false", "true" (default value is "false") exportImageAsTextureMappedQuad : "false", "true" (default value is "false") usingTexture : "false", "true" (default value is "true") subsamplingCoefficient : All valid integer numbers (default value is "1") xyUnits : default value is "m" "m": 1 model unit = 1 meter. "mm": 1 model unit = 1 millimeter. "cm": 1 model unit = 1 centimeter. "in": 1 model unit = 1 inch (0.0254 meter). "km": 1 model unit = 1 kilometer. "p": 1 model unit = 1 Postscript pica (0.004233333333 meter). "pt": 1 model unit = 1 Postscript point (0.0003527777778 meter). "ft": 1 model unit = 1 foot (0.3048 meter). "yd": 1 model unit = 1 yard (0.9144 meter). "mi": 1 model unit = 1 mile (1609.344 meter). "fath": 1 model unit = 1 fathom (1.8288 meter). "custom": 1 model unit = 1 degree (angular units will be converted to linear by the use of additional coefficient). "radian": 1 model unit = 1 radian (angular units will be converted to linear by the use of additional coefficient, but first radians will be converted to degrees). "grad": 1 model unit = 1 grad (angular units will be converted to linear by use of additional coefficient, but first grads will be converted to degrees). zUnits : default value is "m" "m": 1 model unit = 1 meter. "mm": 1 model unit = 1 millimeter. "cm": 1 model unit = 1 centimeter. "in": 1 model unit = 1 inch (0.0254 meter). "km": 1 model unit = 1 kilometer. "p": 1 model unit = 1 Postscript pica (0.004233333333 meter). "pt": 1 model unit = 1 Postscript point (0.0003527777778 meter). "ft": 1 model unit = 1 foot (0.3048 meter). "yd": 1 model unit = 1 yard (0.9144 meter). "mi": 1 model unit = 1 mile (1609.344 meter). "fath": 1 model unit = 1 fathom (1.8288 meter). "custom": 1 model unit = 1 degree (angular units will be converted to linear by the use of additional coefficient). "radian": 1 model unit = 1 radian (angular units will be converted to linear by the use of additional coefficient, but first radians will be converted to degrees). "grad": 1 model unit = 1 grad (angular units will be converted to linear by use of additional coefficient, but first grads will be converted to degrees). degreesPerMeter : All valid float numbers (default value is "3e-06") mappingType : default value is "WithAttributes" "Automatic" "WithAttributes" "AlongZValues" "ShowRGBColors"
<ColormapRange maxRange="1000.0" minRange="0.0"> This is a deprecated parameter. Since version 2.11. @ref TColormapBinding::Range "TAssemblyProperties::ColormapBinding.Range" is used instead. If user-specified range is active, and colormap present, specifies colormap minimum and maximum range values. Specifies if custom color map range should be used, when colormap is specified for Z or attributes Attribute maxRange: If user-specified range is active, and colormap present, specifies colormap maximum range value Attribute minRange: If user-specified range is active, and colormap present, specifies colormap minimum range value Possible values : minRange : All valid float numbers (default value is "0.0") maxRange : All valid float numbers (default value is "1000.0")
</ColormapRange> <IntensityRange maxRange="1000.0" minRange="0.0"> This is a deprecated parameter. Since version 2.11. @ref TColormapBinding::IntensityRange "TAssemblyProperties::ColormapBinding.IntensityRange" is used instead. If user-specified range is active, and colormap present, specifies colormap minimum and maximum range values. Specifies if custom intensity attribute range should be used to map color, else Z Attribute maxRange: If user-specified range is active, and colormap present, specifies colormap maximum range value Attribute minRange: If user-specified range is active, and colormap present, specifies colormap minimum range value Possible values : minRange : All valid float numbers (default value is "0.0") maxRange : All valid float numbers (default value is "1000.0")
</IntensityRange> <Isocontours isocontoursMode="SurfaceOnly" numberIsocontours="10"> Specifies grid iso-contour line representation, mode and levels. Attribute isocontoursMode: Specifies contour mode, shaded, shaded + contour lines, or only contour lines. For very large grids, contour lines only can dramatically reduce file size. Attribute numberIsocontours: Specifies number of elevation contour levels, equally spaced over range. Possible values : numberIsocontours : All valid integer numbers (default value is "10") isocontoursMode : default value is "SurfaceOnly" "SurfaceOnly" "IsocontoursOnly" "ShowBoth"
</Isocontours> </GeneralParameters> <FileParameters inputColormapFilename="" outputGridFilename="" outputTrianglesFilename=""> Specifies Colormap or Texture Image, Saving intermediate grid, TIN results Attribute inputColormapFilename: This is a deprecated parameter. Since version 2.11. @ref TColormapBinding.Filename "TAssemblyProperties::ColormapBinding.Filename" is used instead. Specifies input colormap file. The specified colomap will be used during exporting to 3D PDF. Attribute outputGridFilename: Specifies output regular grid file name. If you have specified this parameter then the current grid or point cloud will be exported into Regular Grid Network and will be saved into this file. The list of supported output formats: .ASC (ESRI Grid Format) and .GRD (Surfer Grid Format) Attribute outputTrianglesFilename: Specifies output triangle mesh file name. If you have specified this parameter then the current grid or point cloud will be exported into Optimized Triangle Network structure and will be saved into this file. The list of supported output formats: .STL, .PLY, .VTK, .NET, .TRI, .OBJ (Optimized Triangle Network), .ASC, .GRD (Regular Grid file formats) and .XYZ (Point Cloud only).
</FileParameters> <PointCloudParameters generateGrid="ClusteredIDW" interpolation="PointCloud" maxPoints="100" maxRadius="0.05" minPoints="1" power="2.0" radius="Relative" relativeLength="0.001"> Specifies Point sample data treatment, direct display or grid interpolation processing Attribute generateGrid: Specifies subtype of used interpolation algorithm. Attribute interpolation: Specifies interpolation algorithm to convert from point cloud to a grid. Attribute maxPoints: Specifies maxPoints argument which is used in the interpolation algorithm. Attribute maxRadius: Specifies maxRadius argument which is used in the interpolation algorithm. Attribute minPoints: Specifies minPoints argument which is used in the interpolation algorithm. Attribute power: Specifies power argument which is used in the interpolation algorithm. Attribute radius: Specifies radius argument which is used in the interpolation algorithm. Attribute relativeLength: Specifies relativeLength argument which is used in the interpolation algorithm. Possible values : interpolation : default value is "PointCloud" "PerformIDW" "PointCloud" radius : default value is "Relative" "Relative" "Absolute" generateGrid : default value is "ClusteredIDW" "ClusteredIDW" "NonClusteredIDW" "NearestNeighbour" power : All valid float numbers (default value is "2.0") relativeLength : All valid float numbers (default value is "0.001") maxRadius : All valid float numbers (default value is "0.05") minPoints : All valid integer numbers (default value is "1") maxPoints : All valid integer numbers (default value is "100")
</PointCloudParameters> <CellSizeParameters extendXYEntent="false" geospatialHeight="1.0" geospatialWidth="1.0" height="100" metricType="RowsColumns" squareCells="false" width="100"> Specifies Grid Cell metrics during interplated grid reconstruction processing Attribute extendXYEntent: The "Extend XY Extent" is helpful when performing IDW interpolation, specifying extrapolation border. The resulting grid covers the extend of the original points plus an extrapolated border based on the interpolation radius. Attribute geospatialHeight: The Geospatial Width and Geospatial Height variables set the width and height of cells in the generated grid. Values can be relative or absolute, depending on Metric Type. Attribute geospatialWidth: The Geospatial Width and Geospatial Height variables set the width and height of cells in the generated grid. Values can be relative or absolute, depending on Metric Type. Attribute height: The Width and Height variables set the number of columns and rows of the (interpolated) output grid. Attribute metricType: Specifies metric type for specifying grid, either explicit width and height, or in geospatial units. The Metric Type sets whether to use Width and Height or Geospatial variant for specifying cell's size of output grid. Also selects whether Geospatial values are relative or absolute. Attribute squareCells: The Square Cells forces the generation of square cells in the output grid. This option is necessary if output grid is exported to ESRI ASCII GRID format. Attribute width: The Width and Height variables set the number of columns and rows of the (interpolated) output grid. Possible values : metricType : default value is "RowsColumns" "RowsColumns" "RelativeGeospatial" "AbsoluteGeospatial" width : All valid integer numbers (default value is "100") height : All valid integer numbers (default value is "100") geospatialWidth : All valid float numbers (default value is "1.0") geospatialHeight : All valid float numbers (default value is "1.0") squareCells : "false", "true" (default value is "false") extendXYEntent : "false", "true" (default value is "false")
</CellSizeParameters> <TINParameters errorMeasure="Reduction" maxAbsoluteError="0.05" maxRelativeError="0.05" numberRemainingTriangles="1000" reductionFactor="0.85"> Specifies Grid to TIN (Triangle Mesh) decimation, simplification processing Attribute errorMeasure: Specifies TIN error measure constraint (error criteria) from original grid or output target triangle mesh Attribute maxAbsoluteError: For Absolute parameter, 0.05 means maximum deviation distance between surfaces in physical coordinates (meters, feet, etc.) Attribute maxRelativeError: Specifies TIN reduction error factor, 0.05 means 5% possible deviation from relative extend of original surface Attribute numberRemainingTriangles: Specifies TIN reduction target goal for number of triangles in output, regardless of input number Attribute reductionFactor: Specifies TIN reduction factor, 0.85 means 85% reduced, leaving only 15% of original triangle count Possible values : reductionFactor : All valid float numbers (default value is "0.85") maxRelativeError : All valid float numbers (default value is "0.05") numberRemainingTriangles : All valid integer numbers (default value is "1000") maxAbsoluteError : All valid float numbers (default value is "0.05") errorMeasure : default value is "Reduction" "DoNotPerformTinSimplification" "Triangles" "Reduction" "Absolute" "Relative"
</TINParameters> <HillShadeParameters azimuthFactor="135.0" hillShade="0.0" maxHeight="-1.0" minHeight="1.0" zFactor="1.0" zenithFactor="45.0"> Specifies Pseudo Solar Illumination Shading Hill Shade Parameters: Add light or shade to the scene as would occur if lights were shone from a prescribed source with prescribed bearing, infinitely far away. All angles are in degrees. A flat earth is assumed, with no curvature. Attribute azimuthFactor: Specifies the Azimuth angle between the x-axis and the projection of a vector directed towards the light source onto the x-y plane. Attribute hillShade: Specifies the strength of Hill Shading, where 1 is full effect Calculated by determining the magnitude of the shading for the scene, based upon the values of the remaining parameters. Zero means no effect is visible, 1 means full effect. Attribute maxHeight: Specifies Min Height and Max Height, the heights to be mapped to the minimum and maximum values in the colormap respectively. Attribute minHeight: Specifies Min Height and Max Height, the heights to be mapped to the minimum and maximum values in the colormap respectively. Attribute zFactor: Specifies the Z Factor governing the scaling of the z-axis units, when shading. Attribute zenithFactor: Specifies the Zenith angle between the upward vertical and the direction of the light source. Possible values : hillShade : All valid float numbers (default value is "0.0") minHeight : All valid float numbers (default value is "1.0") maxHeight : All valid float numbers (default value is "-1.0") zenithFactor : All valid float numbers (default value is "45.0") azimuthFactor : All valid float numbers (default value is "135.0") zFactor : All valid float numbers (default value is "1.0")
</HillShadeParameters> <PointCloudNodeName value=""> Specifies name for the point cloud model
</PointCloudNodeName> <GridNodeName value=""> Specifies name for the grid model
</GridNodeName> <IsocontoursNodeName value=""> Specifies name for the isocontour model
</IsocontoursNodeName> </GrdParameters> <GdalParameters> Specifies conversion parameters for GDAL Interface.
</GdalParameters> <OcParameters exportLines="false" exportPoints="false" linearDeflection="0.25" numberOfSegments="100"> Specifies conversion parameters for OC Interface. Attribute exportLines: Flag controls if lines should exported Parameter controls should lines from the model be exported to 3D PDF or not. It is connected with Number Of Line Segment Subdivision parameter. Attribute exportPoints: Flag controls if points should exported Parameter controls should lines from the model be exported to 3D PDF or not. Points could exist as end-point of control curve or individually. Attribute linearDeflection: Relative linear deflection controls quality of triangulation of surface In case of surfaces, they are exported by triangulation. Triangulation process takes Relative Linear Deflection parameter [0-1] as input for controlling how fine triangulation should be (0 - bad, 1 - perfect). Attribute numberOfSegments: Number of subdivision line segments on which curves will be linearized. If Export Lines is turned ON, curves are linearized on Number Of Line Segment Subdivisions. Possible values : exportLines : "false", "true" (default value is "false") exportPoints : "false", "true" (default value is "false") numberOfSegments : All valid integer numbers (default value is "100") linearDeflection : All valid float numbers (default value is "0.25")
</OcParameters> <GltfParameters bumpScale="0.1" convertSRGB="true" fakeAmbientOcclusion="false" lightPower="2.2" normalMapping="Bump" occlusionScale="0.2"> Specifies conversion parameters for glTF Interface. Attribute bumpScale: If normal maps are converted to height maps, specifies the steepnes of resulting height maps. Attribute convertSRGB: Specifies whether to convert the glTF's color values from linear RGB to sRGB before saving to scene. Attribute fakeAmbientOcclusion: Specifie whether to immitate ambient occlusion with low intensity white ambient color. Attribute lightPower: Intensity value of scene light that equals physical light intensity of 1.0. Attribute normalMapping: Specifies normal map conversion mode: ignore, keep original or convert to height map. For large textures "Bump" mode may dramatically increase conversion time. Attribute occlusionScale: If ambient occlusion is being immitated, specifies intensity of the ambient color. Possible values : normalMapping : default value is "Bump" "None" "Normals" "Bump" bumpScale : All valid float numbers (default value is "0.1") fakeAmbientOcclusion : "false", "true" (default value is "false") occlusionScale : All valid float numbers (default value is "0.2") lightPower : All valid float numbers (default value is "2.2") convertSRGB : "false", "true" (default value is "true")
</GltfParameters> <PrcParameters> Specifies conversion parameters for PRC Interface.
</PrcParameters> <PdfParameters ignoreBrokenPdfObjects="false"> Specifies conversion parameters for PDF Interface. Attribute ignoreBrokenPdfObjects: Specifies that the loader will skip broken pdf objects. Possible values : ignoreBrokenPdfObjects : "false", "true" (default value is "false")
</PdfParameters> <VtkParameters> Specifies parameter block for VTK Interface. Specifies various conversion parameters for VTK Interface.
</VtkParameters> <OsgParameters> Specifies parameter block for OSG Interface. Specifies various conversion parameters for OSG Interface.
</OsgParameters> <X3DParameters> Specifies parameter block for X3D Interface. Specifies various conversion parameters for X3D Interface.
</X3DParameters> <SpatialParameters> Specifies parameter block for Spatial Interface. Specifies various conversion parameters for Spatial Interface.
</SpatialParameters> <ShapeParameters> Specifies parameter block for the Shape Interface. Specifies various conversion parameters for Shape Interface.
</ShapeParameters> <DccParameters> Specifies parameter block for Dcc Interface. Specifies various conversion parameters for Dcc Interface.
<CylindricalTessellation value="32"> Specifies tessellation parameter for IFC cylindrical shapes Possible values : value : All valid integer numbers in range (3 .. 180) (default value is "32")
</CylindricalTessellation> </DccParameters> <XglParameters> Specifies parameter block for XGL Interface. Specifies various conversion parameters for XGL Interface.
</XglParameters> <Subsampling level="1" skipFullGrid="false"> Specifies parameter block of the subsampling Attribute level: Decimate rows and columns of grid, or only reads Nth point of point cloud. Skip to every Nth row and column of input grid, or if point cloud skip intermediate points (will not be loaded). Allows processing of much larger data than otherwise possible. Start at higher values and reduce, to measure processing time, memory requirements, and output PDF resolution as a result. Value is strongly data dependent. Attribute skipFullGrid: For grids enables surface drape texture to be at subsampled grid resolution, else at original file resolution For grids above 1200 x 1200, texture can require large amounts of memory, selecting skipping full mesh resolution allows for more efficient processing. The effect might be visible when zoomed into small details. Possible values : skipFullGrid : "false", "true" (default value is "false") level : All valid integer numbers (default value is "1")
</Subsampling> <BandBinding attributeAutomatic="true" attributeChannel="0" attributeChannelName="" bindingMode="Automatic" blueAutomatic="true" blueChannel="2" greenAutomatic="true" greenChannel="1" redAutomatic="true" redChannel="0"> Specifies how color is specified for multi-attribute or multi-channel data, automatic or manual settings. Attribute attributeChannel: Input attribute array's Index from which colors will be computed Colors texture will be generated from array (which index is defined here) defined in results parameters file. Attribute attributeChannelName: Input data attribute array's Name from which colors will be computed Colors texture will be generated from array (which name is defined here) defined in results parameters file. Attribute blueChannel: Specifies number of the band for the blue channel. Attribute greenChannel: Specifies number of the band for the green channel. Attribute redChannel: Specifies number of the band for the red channel. Possible values : bindingMode : default value is "Automatic" "Automatic": Which attribute channel contains color data, or to use Z or false color on attribute is determinted automatically "AlongZ": Elevation Z data is used with a colormap range to specify surface color and texture "WithAttribute": One of the input attribute channel data is used with a colormap range to specify surface color and texture "ColorRGB": Full color RGB values in the input should be passed through as texture or point color redChannel : All valid integer numbers (default value is "0") redAutomatic : "false", "true" (default value is "true") greenChannel : All valid integer numbers (default value is "1") greenAutomatic : "false", "true" (default value is "true") blueChannel : All valid integer numbers (default value is "2") blueAutomatic : "false", "true" (default value is "true") attributeChannel : All valid integer numbers (default value is "0") attributeAutomatic : "false", "true" (default value is "true")
<AttributeNoDataValue value="0.0"> Possible values : value : All valid float numbers (default value is "0.0")
</AttributeNoDataValue> </BandBinding> <ColormapBinding filename="" labelLegend="Elevation" usingTexture="true"> Specifies how colormap is used in relation to data values. Attribute filename: Specifies input colormap file. The specified colomap will be used during exporting to 3D PDF. Attribute labelLegend: Specifies Colorbar Legend Title Attribute usingTexture: Specifies that the colormap will be representet as a texture, enabling shading. Otherwise RGB unshaded colors are used. In most cases, Texture is preferred. Possible values : usingTexture : "false", "true" (default value is "true")
<Range maximum="1000.0" minimum="0.0"> Specifies custom color map range Attribute maximum: Specifies maximum value of the range Attribute minimum: Specifies minimum value of the range Possible values : minimum : All valid float numbers (default value is "0.0") maximum : All valid float numbers (default value is "1000.0")
</Range> <IntensityRange maximum="1000.0" minimum="0.0"> Specifies custom range for the intensity attribute The attribute or height values Attribute maximum: Specifies maximum value of the range Attribute minimum: Specifies minimum value of the range Possible values : minimum : All valid float numbers (default value is "0.0") maximum : All valid float numbers (default value is "1000.0")
</IntensityRange> </ColormapBinding> <ElevationBinding bindingMode="Automatic" elevationAutomatic="true" elevationChannel="0"> Specifies how elevation terrain data is used in relation to color data or colormap. Attribute bindingMode: Elevation data may be ignored for some formats, unless manually specified. Attribute elevationAutomatic: Specifies that the elevation terrain data channel should be selected automatically if possible or specified manually Attribute elevationChannel: In manual elevation data channel mode, this is the channel index starting at zero. Possible values : bindingMode : default value is "Automatic" "Automatic": Any elevation data channel selection is performed automatically where possible "Enable": Elevation mode enabled, input gridded data is used as 3D Elevation data "Disable": Elevation mode disabled, input gridded data is not used as 3D Elevation data. elevationAutomatic : "false", "true" (default value is "true") elevationChannel : All valid integer numbers (default value is "0")
<NoDataValue value="0.0"> Specify missing value identifier value in elevation data. Where terrain elevation data may contain Null or missing values, this parameter indicates the special value used a indicator. The terrain will be interpreted as all non-missing values. Possible values : value : All valid float numbers (default value is "0.0")
</NoDataValue> </ElevationBinding> <PreferredInterfaceName value=""> Specifies the name of preferred interface. If this interface's module is available then this interface's module will be used for conversion. Otherwise other interface's module will be used (most acceptable, selected by input file's extension). Possible values are "Coin Interface", "Stl Interface", "VTK Interface" and etc. See pdf3d.io manual for details.
</PreferredInterfaceName> <DiffuseColor alpha="255" blue="255" green="255" red="255"> Specifies the diffuse color for entire sub-scene. If parameter is not specified then original colors are used. Attribute alpha: Specifies color's "alpha" component Attribute blue: Specifies color's "blue" component Attribute green: Specifies color's "green" component Attribute red: Specifies color's "red" component Possible values : red : All valid integer numbers (default value is "255") green : All valid integer numbers (default value is "255") blue : All valid integer numbers (default value is "255") alpha : All valid integer numbers (default value is "255")
</DiffuseColor> <AmbientColor alpha="255" blue="255" green="255" red="255"> Specifies the ambient color for entire sub-scene. If parameter is not specified then original colors are used. Attribute alpha: Specifies color's "alpha" component Attribute blue: Specifies color's "blue" component Attribute green: Specifies color's "green" component Attribute red: Specifies color's "red" component Possible values : red : All valid integer numbers (default value is "255") green : All valid integer numbers (default value is "255") blue : All valid integer numbers (default value is "255") alpha : All valid integer numbers (default value is "255")
</AmbientColor> <SpecularColor alpha="255" blue="255" green="255" red="255"> Specifies the specular color for entire sub-scene. If parameter is not specified then original colors are used. Attribute alpha: Specifies color's "alpha" component Attribute blue: Specifies color's "blue" component Attribute green: Specifies color's "green" component Attribute red: Specifies color's "red" component Possible values : red : All valid integer numbers (default value is "255") green : All valid integer numbers (default value is "255") blue : All valid integer numbers (default value is "255") alpha : All valid integer numbers (default value is "255")
</SpecularColor> <EmissionColor alpha="0" blue="0" green="0" red="0"> Specifies the emission color for entire sub-scene. If parameter is not specified then original colors are used. Attribute alpha: Specifies color's "alpha" component Attribute blue: Specifies color's "blue" component Attribute green: Specifies color's "green" component Attribute red: Specifies color's "red" component Possible values : red : All valid integer numbers (default value is "0") green : All valid integer numbers (default value is "0") blue : All valid integer numbers (default value is "0") alpha : All valid integer numbers (default value is "0")
</EmissionColor> <Shininess value="1.0"> Specifies the shininess parameter for entire sub-scene. If parameter is not specified then original shininess is used. Possible values : value : All valid float numbers (default value is "1.0")
</Shininess> <Opacity value="1.0"> Specifies the opacity parameter for entire sub-scene. If parameter is not specified then original opacity is used. Possible values : value : All valid float numbers in range (0.0 .. 1.0) (default value is "1.0")
</Opacity> <Position autoPosition="true" useActualCenter="true"> Specifies sub-scene position. Attribute autoPosition: Specifies the automatic position flag. If autoPosition is true then all the other parameters are ignored. In this case the sub-scene position is calculated automatically. If autoPosition is false then all the other parameters are used. In this case the sub-scene position is specified manually. Attribute useActualCenter: Specifies the use of the actual center flag. If useActualCenter is used then moving is performed by a relative zero point (0,0,0). Otherwise actual center of a sub-scene is used. (For example, if we have a sub-scene with the following bounding box (min point,max point) : (10,20,15)-(30,70,25), then we have sub-scene's actual center = (20,45,20)). Actual moving in this case = (positionx,positiony,positionz) - (actualcenterx,actualcentery,actualcenterz). Possible values : autoPosition : "false", "true" (default value is "true") useActualCenter : "false", "true" (default value is "true")
<ManualPosition x="0.0" y="0.0" z="0.0"> Specifies the sub-scene manual position. Attribute x: Specifies vector's "X" component Attribute y: Specifies vector's "Y" component Attribute z: Specifies vector's "Z" component Possible values : x : All valid float numbers (default value is "0.0") y : All valid float numbers (default value is "0.0") z : All valid float numbers (default value is "0.0")
</ManualPosition> </Position> <Scale autoScale="true" generalScale="0.95"> Specifies sub-scene scale parameter. Attribute autoScale: Specifies the auto scale flag. If autoScale is true then auto-scale is also used. If autoScale is false then auto-scale is not used. In both cases all parameters are used. Attribute generalScale: Specifies common-axis scale parameter. Possible values : autoScale : "false", "true" (default value is "true") generalScale : All valid float numbers (default value is "0.95")
<ScalePerComponent x="1.0" y="1.0" z="1.0"> Specifies individual scale parameter for each axis. You can also specify scale parameter for each axis separately by using this parameter. Attribute x: Specifies vector's "X" component Attribute y: Specifies vector's "Y" component Attribute z: Specifies vector's "Z" component Possible values : x : All valid float numbers (default value is "1.0") y : All valid float numbers (default value is "1.0") z : All valid float numbers (default value is "1.0")
</ScalePerComponent> </Scale> <Orientation angle="0.0" x="0.0" y="1.0" z="0.0"> Specifies sub-scene orientation. Attribute angle: Specifies orientation's "angle" component Attribute x: Specifies vector's "X" component Attribute y: Specifies vector's "Y" component Attribute z: Specifies vector's "Z" component Possible values : x : All valid float numbers (default value is "0.0") y : All valid float numbers (default value is "1.0") z : All valid float numbers (default value is "0.0") angle : All valid float numbers (default value is "0.0")
</Orientation> <Visible value="true"> Specifies the initial visibility for sub-scene. Possible values : value : "false", "true" (default value is "true")
</Visible> <PointsSubstitution substituteType="Automatic"> Specifies parameters for points subtitution in sub-scene. Attribute substituteType: Specifies the type of a substitute to be used. This mode supposes that each point in the point set will be converted to a separated line or polyline. Possible values : substituteType : default value is "Automatic" "Automatic": Specifies that exporter output format determines how point set should be treated. "Lines": Specifies that point set should be converted to line set.
<LinesDirection x="0.0" y="0.0" z="0.0"> Specifies the direction of line substitutes. Attribute x: Specifies vector's "X" component Attribute y: Specifies vector's "Y" component Attribute z: Specifies vector's "Z" component Possible values : x : All valid float numbers (default value is "0.0") y : All valid float numbers (default value is "0.0") z : All valid float numbers (default value is "0.0")
</LinesDirection> <LinesLength value="0.0"> Specifies the length of line substitutes. Possible values : value : All valid float numbers (default value is "0.0")
</LinesLength> </PointsSubstitution> <TerrainMode mode="Disabled"> In Terrain mode, one object is identified as the terrain target, with others conformed to drape onto the surface. Possible values : mode : default value is "Disabled" "Disabled": Specifies Terrain Draping mode is disabled and ignored for object or node. "Terrain": Specifies that Terrain Draping mode is enabled with object or node designated as terrain surface target. "LiesOn": Specifies that object or node Z coordinates are conformed and draped onto the Terrain target surface.
</TerrainMode> <TextureSubSampling divider="1" enabled="false" keepExternalTextures="false"> Allows to use subsampling algorithm Attribute divider: Specifies factor of texture reduction Attribute enabled: This flag enables or disables using of texture subsampling Attribute keepExternalTextures: This flag defines way of storing of textures. If flag is true and a texture was stored as external image then it will create a new external image with "_sub_sample" suffix. Possible values : divider : All valid integer numbers (default value is "1") keepExternalTextures : "false", "true" (default value is "false") enabled : "false", "true" (default value is "false")
</TextureSubSampling> <TextureSplit forceToPngCompression="false" maxTextureHeight="4096" maxTextureWidth="4096" method="CellSpacing" templateName="{source_name}_{index}" templateNameSplitNode="{source_name}_Split_{index}"> In texture splitting algorithm is enabled than maximum texture size will be limited. Attribute forceToPngCompression: Specifies that textures should be compressed by PNG compression algorithm If this option is enabled than PNG compression algorithm will be always used. Otherwise, compression method will be detected depending on texture width and height. For big textures JPEG compression method will be selected and for small textures PNG. Attribute maxTextureHeight: Specifies maximum texture height If texture height is greater than this parameter then texture splitting algorithm will be applied. In result texture splitting algorithm will produce textures which are lesser or equal to this parameter. Attribute maxTextureWidth: Specifies maximum texture width If texture width is greater than this parameter then texture splitting algorithm will be applied. In result texture splitting algorithm will produce textures which are lesser or equal to this parameter. Attribute method: Specifies the used texture splitter algorithm. Attribute templateName: Specifies the generated nodes template name {source_name} will be replaced by the original node name. {index} will be replaced by the generated node index. Attribute templateNameSplitNode: Specifies the split triangle generated nodes template name {source_name} will be replaced by the original node name. {index} will be replaced by the generated node index. Possible values : method : default value is "CellSpacing" "SplitTriangles": Enables splitting of triangles. "KeepGeometry": Keeps the original triangles. "CellSpacing": Keeps the original triangles. Uses a cell spacing optimized search. maxTextureWidth : All valid integer numbers (default value is "4096") maxTextureHeight : All valid integer numbers (default value is "4096") forceToPngCompression : "false", "true" (default value is "false")
</TextureSplit> <ColorToTexture ColorPlaneCountLimit="100" LimitColorPlaneCount="true" OptimizedOutputModelMode="false" alphaTolerance="0.5" fragmentMaxSize="16" fragmentMinSize="4" morphAxesMode="None" usePngCompression="true"> Parameters for conversion from from color per vertex to texture-based model If enabled, replaces colors by generated texture and texture coordinates. Only triangle meshes are modified. If enabled, replaces colors by generated texture and texture coordinates. Only triangle meshes are modified. Attribute ColorPlaneCountLimit: Specifies color plane count limit If number of color planes will exceed some limit then new color planes will not created and only existing color planes will be used. Limiting color plane count will increase processing speed but will reduce quality of texture representation. Attribute LimitColorPlaneCount: Specifies limit color plane count flag If number of color planes will exceed some limit then new color planes will not created and only existing color planes will be used. Limiting color plane count will increase processing speed but will reduce quality of texture representation. Attribute OptimizedOutputModelMode: Specifies to apply optimized mode for output scene or model Attribute alphaTolerance: Specifies the color alpha tolerance Attribute fragmentMaxSize: Specifies texture fragment maximal size All generated texture fragments will not exceed this limit. Attribute fragmentMinSize: Specifies texture fragment minimal size All generated texture fragments will exceed this minimal value. Attribute morphAxesMode: Specifies the texture fragment local axes improvement mode By default such improvements are off. This is an experimental feature. Attribute usePngCompression: Specifies to use PNG compression for the generated textures If this flag is disabled than JPEG compresion will be used. Note that JPEG compression could introduce some artifacts. For a better quality it is recommended to use PNG compression. Possible values : fragmentMaxSize : All valid integer numbers in range (4 .. None) (default value is "16") fragmentMinSize : All valid integer numbers in range (4 .. None) (default value is "4") usePngCompression : "false", "true" (default value is "true") alphaTolerance : All valid float numbers (default value is "0.5") morphAxesMode : default value is "None" "None": Do not perform any axes morph "Method1": Increase tolerance of axes "Method2": Use sheared axes OptimizedOutputModelMode : "false", "true" (default value is "false") LimitColorPlaneCount : "false", "true" (default value is "true") ColorPlaneCountLimit : All valid integer numbers in range (1 .. None) (default value is "100")
<ColorTolerance x="0.5" y="0.5" z="0.5"> Specifies color tolerance It is important parameter for this class. By default, color tolerance is (0.5, 0.5, 0.5). Any color is a triple of red, green and blue components in the range from 0 to 255. This class will assumes that two colors are equal if for each component its delta is not higher than tolerance. A higher value for tolerance means a better compression, but also it means that some artifacts could be appeared. Default value (0.5, 0.5, 0.5) specifies the best quality. It is not recommended to specify tolerance which is lesser then 0.5 for any component. Attribute x: Specifies vector's "X" component Attribute y: Specifies vector's "Y" component Attribute z: Specifies vector's "Z" component Possible values : x : All valid float numbers (default value is "0.5") y : All valid float numbers (default value is "0.5") z : All valid float numbers (default value is "0.5")
</ColorTolerance> </ColorToTexture> <ImageTextures> <ImageTexture ImageTextureName="ImageTexture_0" ImageTexturePath=""> Specifies the texture name of model Attribute ImageTexturePath: Specifies the path to texture of model {index} will be replaced by the generated model index.
</ImageTexture> </ImageTextures> <SphereSubstitution mode="Automatic"> Specifies parameters for sphere substitution. Possible values : mode : default value is "Automatic" "Automatic": Substitution disabled. "Pentaki": Substitution by Pentaki (60 triangles). "Dodecahedron": Substitution by Dodecahedron (36 triangles). "Cube": Substitution by Cube (12 triangles). "Diamond": Substitution by Diamond (8 triangles). "Tetrahedron": Substitution by Tetrahedron (4 triangles). "Triangle": Substitution by single Triangle. "Cross-Hair": Substitution by three Cross Hair Lines. "Line Segment": Substitution by single Line Segment. "4 Points": Substitution by Four Points. "Point": Substitution by Point.
</SphereSubstitution> </DefaultAssemblyProperties> <JavaScript> Specifies field for custom 3D JavaScript, declaring new variable within assembly to hold code string Defines data type to hold custom JavaScript 3D code attached to current 3D Annotation.
</JavaScript> <DisablePDF3DGeneratedJavaScripts value="false"> Possible values : value : "false", "true" (default value is "false")
</DisablePDF3DGeneratedJavaScripts> <PointsSubstitution substituteType="Automatic"> Specifies parameters for points substitution in scene. Attribute substituteType: Specifies the type of a substitute to be used. This mode supposes that each point in the point set will be converted to a separated line or polyline. Possible values : substituteType : default value is "Automatic" "Automatic": Specifies that exporter output format determines how point set should be treated. "Lines": Specifies that point set should be converted to line set.
<LinesDirection x="0.0" y="0.0" z="0.0"> Specifies the direction of line substitutes. Attribute x: Specifies vector's "X" component Attribute y: Specifies vector's "Y" component Attribute z: Specifies vector's "Z" component Possible values : x : All valid float numbers (default value is "0.0") y : All valid float numbers (default value is "0.0") z : All valid float numbers (default value is "0.0")
</LinesDirection> <LinesLength value="0.0"> Specifies the length of line substitutes. Possible values : value : All valid float numbers (default value is "0.0")
</LinesLength> </PointsSubstitution> <PentakiMode enabled="false" splitMax="0" splitMin="0"> Specifies the parameters for sphere mode representation (polar or pentaki). The Pentaki mode is primarily intended as a geometric sphere representation. Pentaki Tessellated Dodecahedron is composed of 60 equilateral triangles, each with uniform area, and vertices equidistant to each other. Whereas Polar tessellation creates variable size cells along latitude and longitude lines, the Pentaki mode provides uniformly distributed equal area triangles. When a sphere type is identified by glyph or input mesh type, the PentakiMode=true may be used to enable this representation, else default is polar. Exclusively in Pentaki mode, each triangle may be iteratively subdivided to multiple levels. The splitMin and splitMax parameters control the subdivision of new triangles within original triangle. Level 1 is original Pentaki. Level 2 adds new vertex at the mid-point of each edge, creating 4x triangles. Level 3 adds 2x new vertices along each edge at 1/3 points, creating 9x new triangles. Texture coordinates are assigned such that polar textures are placed as expected. Attribute enabled: Specifies the parameter for sphere mode representation (polar or pentaki). Default is polar tesselation if enabled is false. Attribute splitMax: Specifies the parameter for sphere or another mesh (max detailing). The actual level of split is detected dynamically based on total volume of scene and the volume of the current sphere. See SplitMin for further details. Attribute splitMin: Specifies the parameter for sphere or another mesh (min detailing). The actual level of split is detected dynamically based on total volume of scene and the volume of the current sphere. Split = 0 has special meaning of automatic determination of tesselation. If 1 to N, actual specified value is used within automatic range. If SplitMin = SplitMax, then precisely this level will be used, without automatic modification. If both SplitMin and SplitMax = 1, then exactly original 60 triangle Pentaki without subdivision will be used. If SplitMin=2 and SplitMax=0, then minimum subdivision is 2 (4x triangles) with maximum automatically set based on relative sphere size. Possible values : enabled : "false", "true" (default value is "false") splitMin : All valid integer numbers (default value is "0") splitMax : All valid integer numbers (default value is "0")
</PentakiMode> <SphereSubstitution mode="Automatic"> Specifies parameters for sphere substitution. Possible values : mode : default value is "Automatic" "Automatic": Substitution disabled. "Pentaki": Substitution by Pentaki (60 triangles). "Dodecahedron": Substitution by Dodecahedron (36 triangles). "Cube": Substitution by Cube (12 triangles). "Diamond": Substitution by Diamond (8 triangles). "Tetrahedron": Substitution by Tetrahedron (4 triangles). "Triangle": Substitution by single Triangle. "Cross-Hair": Substitution by three Cross Hair Lines. "Line Segment": Substitution by single Line Segment. "4 Points": Substitution by Four Points. "Point": Substitution by Point.
</SphereSubstitution> <GenerateErrorIfNo3DScene value="false"> Enables generation of error when the input 3D scene is empty. By default there is just no 3D annotation in case of empty 3D scene. Possible values : value : "false", "true" (default value is "false")
</GenerateErrorIfNo3DScene> <OptiPNGCompression value="false"> Enables or disables PNG optimization mode. Possible values : value : "false", "true" (default value is "false")
</OptiPNGCompression> <SetDefaultSelectionToolAlwaysEnabled value="false"> Forces viewer's normal selection actions to be available regardless of optional controls such as Mouse3D Probe and Action3D. Normally 3D scene nodes may be selected using the 3D viewer's mouse selection action to highlight and indicate selection in the Model Tree. However some optional 3D scene controls such as Mouse3D Probe or Actions3D may cause the normal viewer selection actions to be disabled. By enabling this mode, the viewer's selection actions are forced to always remain available and are not allowed to be disabled by an optional control. When this mode is disabled optional 3D scene controls may disable the normal viewer selection actions, dependent on each controls behaviour. Possible values : value : "false", "true" (default value is "false")
</SetDefaultSelectionToolAlwaysEnabled> <SetMeshIsRegularGrid value="false"> Enables or disables SetMeshIsRegularGrid flag for all meshes. Possible values : value : "false", "true" (default value is "false")
</SetMeshIsRegularGrid> <TextureSubSampling divider="1" enabled="false" keepExternalTextures="false"> Allows to use subsampling algorithm Attribute divider: Specifies factor of texture reduction Attribute enabled: This flag enables or disables using of texture subsampling Attribute keepExternalTextures: This flag defines way of storing of textures. If flag is true and a texture was stored as external image then it will create a new external image with "_sub_sample" suffix. Possible values : divider : All valid integer numbers (default value is "1") keepExternalTextures : "false", "true" (default value is "false") enabled : "false", "true" (default value is "false")
</TextureSubSampling> <TextureSplit forceToPngCompression="false" maxTextureHeight="4096" maxTextureWidth="4096" method="CellSpacing" templateName="{source_name}_{index}" templateNameSplitNode="{source_name}_Split_{index}"> In texture splitting algorithm is enabled than maximum texture size will be limited. Attribute forceToPngCompression: Specifies that textures should be compressed by PNG compression algorithm If this option is enabled than PNG compression algorithm will be always used. Otherwise, compression method will be detected depending on texture width and height. For big textures JPEG compression method will be selected and for small textures PNG. Attribute maxTextureHeight: Specifies maximum texture height If texture height is greater than this parameter then texture splitting algorithm will be applied. In result texture splitting algorithm will produce textures which are lesser or equal to this parameter. Attribute maxTextureWidth: Specifies maximum texture width If texture width is greater than this parameter then texture splitting algorithm will be applied. In result texture splitting algorithm will produce textures which are lesser or equal to this parameter. Attribute method: Specifies the used texture splitter algorithm. Attribute templateName: Specifies the generated nodes template name {source_name} will be replaced by the original node name. {index} will be replaced by the generated node index. Attribute templateNameSplitNode: Specifies the split triangle generated nodes template name {source_name} will be replaced by the original node name. {index} will be replaced by the generated node index. Possible values : method : default value is "CellSpacing" "SplitTriangles": Enables splitting of triangles. "KeepGeometry": Keeps the original triangles. "CellSpacing": Keeps the original triangles. Uses a cell spacing optimized search. maxTextureWidth : All valid integer numbers (default value is "4096") maxTextureHeight : All valid integer numbers (default value is "4096") forceToPngCompression : "false", "true" (default value is "false")
</TextureSplit> <Panoramic360 FOV="110.0" Patience="5.0" fovMax="170.0" fovMin="30.0" hideAxes="true" maxPitch="75.0" minPitch="25.0" spinDirection="true" spinEnable="true" spinRate="0.1"> Specifies Panoramic360 special camera settings. Specifies various conversion parameters for Panoramic 360 degree Photography in spherical projection camera-view embedded JavaScript. Specifies various conversion parameters for Panoramic 360 degree Photography in spherical projection camera-view embedded JavaScript. Attribute FOV: Camera Field of View (FOV) in degrees initial value Sets the horizontal camera zoom lens value initial default value, low FOV means zooming in to narrow spot, high values (120+) are wide angle fish-eye. Attribute Patience: Patience pause delay in seconds to resume spin after last mouse event Automatic spin is paused when mouse interaction is detected. The Patience value specifies how long to wait for scene to be quiet with no mouse movement before rotation resumes. Attribute fovMax: Field of View (FOV) Maximum Limit Sets the horizontal camera zoom FOV upper limit value, zooming out for a wide angle but no further. Attribute fovMin: Field of View (FOV) Minimum Limit Sets the horizontal camera zoom FOV lower limit value, zooming into a narrow detail but no further. Attribute hideAxes: Hides the default scene axes icon from scene. Disables the scene corner axes for X, Y, Z orientation. Attribute maxPitch: Maximum Pitch angle constraint for camera tilt Sets the maximum limit to upward camera tilt from horizontal. Helpful to constrain view in case of wide images that don't go fully to straight up or down. Attribute minPitch: Minimum Pitch angle constraint for camera tilt Sets the minimum limit to downward camera tilt from horizontal. Helpful to constrain view in case of wide images that don't go fully to straight up or down. Attribute spinDirection: Specifies automatic horizontal rotation spin direction (left or right). Sets the rotation direction of automatic horizontal spin for panoramic images, where false=left, true=right. Attribute spinEnable: Specifies automatic horizontal rotation spin. Enables the rotation behaviour for the automatic horizontal spin for panoramic images. Attribute spinRate: Rate or Speed of automatic horizontal camera spin Sets the rate of rotation for the automatic spin feature for panoramic images. Possible values : minPitch : All valid float numbers (default value is "25.0") maxPitch : All valid float numbers (default value is "75.0") FOV : All valid float numbers (default value is "110.0") fovMax : All valid float numbers (default value is "170.0") fovMin : All valid float numbers (default value is "30.0") spinEnable : "false", "true" (default value is "true") spinRate : All valid float numbers (default value is "0.1") spinDirection : "false", "true" (default value is "true") Patience : All valid float numbers (default value is "5.0") hideAxes : "false", "true" (default value is "true")
<FishEyeOptions FOV="180.0"> Specifies options for fisheye image. Attribute FOV: Wide-Angle Camera Lens Field of View parameter, set this value to angle used by the camera when image was taken for best results. Value is expected to be >= 180 degrees. Possible values : FOV : All valid float numbers (default value is "180.0")
</FishEyeOptions> </Panoramic360> <RemoveModels names=""> Specifies the names of the models to be removed from the resulting scene (for example: ModelName # 1, ModelName # 2)
</RemoveModels> <EnableNavigationTool value="UnknownOrDefault"> Enables the specified individual navigation tool. Specifies the navigation tool, active when PDF is first shown. Attribute value: Specifies the navigation tool, how mouse interacts when scene first opens. Specifies the navigation tool active when PDF is first shown. Possible values : value : default value is "UnknownOrDefault" "UnknownOrDefault" "Fly" "Measure" "Pan" "Rotate" "Spin" "Walk" "Zoom"
</EnableNavigationTool> <DisableNavigationTool value="UnknownOrDefault"> Disables the specified individual navigation tool. Specifies the navigation tool, active when PDF is first shown. Attribute value: Specifies the navigation tool, how mouse interacts when scene first opens. Specifies the navigation tool active when PDF is first shown. Possible values : value : default value is "UnknownOrDefault" "UnknownOrDefault" "Fly" "Measure" "Pan" "Rotate" "Spin" "Walk" "Zoom"
</DisableNavigationTool> <WidgetItem name="" toolTip=""> Base class for PDF widgets: a special subtype of PDF annotations which has additional properties, such as appearance streams, event handlers and others. Attribute name: Widget name. Attribute toolTip: Widget tooltip.
<Font bold="false" family="Times New Roman" file="" italic="false" size="14.0" underline="false"> Widget's font. Attribute bold: This parameter specifies the bold property of the font. Attribute family: This parameter specifies a font family for text printing. Attribute file: This parameter specifies a font from the external file name. This font will be used during text printing. Attribute italic: This parameter specifies the italic property of the font. Attribute size: This parameter specifies the size of font. Attribute underline: This parameter specifies the underline property of the font. Possible values : size : All valid float numbers (default value is "14.0") bold : "false", "true" (default value is "false") italic : "false", "true" (default value is "false") underline : "false", "true" (default value is "false")
</Font> <BorderColor alpha="255" blue="255" green="255" red="255"> Widget's border color. Attribute alpha: Specifies color's "alpha" component Attribute blue: Specifies color's "blue" component Attribute green: Specifies color's "green" component Attribute red: Specifies color's "red" component Possible values : red : All valid integer numbers (default value is "255") green : All valid integer numbers (default value is "255") blue : All valid integer numbers (default value is "255") alpha : All valid integer numbers (default value is "255")
</BorderColor> <BorderThickness value="2.0"> Widget's border thickness. Possible values : value : All valid float numbers (default value is "2.0")
</BorderThickness> <BackgroundColor alpha="255" blue="255" green="255" red="255"> Widget's background color. Attribute alpha: Specifies color's "alpha" component Attribute blue: Specifies color's "blue" component Attribute green: Specifies color's "green" component Attribute red: Specifies color's "red" component Possible values : red : All valid integer numbers (default value is "255") green : All valid integer numbers (default value is "255") blue : All valid integer numbers (default value is "255") alpha : All valid integer numbers (default value is "255")
</BackgroundColor> <Rectangle> Widget's position and size.
<Position bottom="0.0" left="0.0"> Specifies a 2D position. Possible values : left : All valid float numbers (default value is "0.0") bottom : All valid float numbers (default value is "0.0")
</Position> <Size height="50.0" width="100.0"> Specifies a size. Possible values : width : All valid float numbers (default value is "100.0") height : All valid float numbers (default value is "50.0")
</Size> </Rectangle> <Action> Actions that can be triggered by this widget.
<Event value="NoEvent"> Specifies an event to respond to, if not set then this action will be set as default for the widget. Attribute value: Event type. Possible values : value : default value is "NoEvent" "MouseEnterEvent" "MouseLeaveEvent" "MouseDownEvent" "MouseUpEvent" "FocusEnterEvent" "FocusLeaveEvent" "PageOpenEvent" "PageCloseEvent" "PageVisibleEvent" "PageInvisibleEvent" "KeystrokeEvent" "ValidateEvent" "NoEvent"
</Event> </Action> <URI uri=""> When triggered, requests Adobe Reader or Acrobat to launch the platform's web browser to open the specified URI. Attribute uri: URI to be opened when action is performed.
<Event value="NoEvent"> Specifies an event to respond to, if not set then this action will be set as default for the widget. Attribute value: Event type. Possible values : value : default value is "NoEvent" "MouseEnterEvent" "MouseLeaveEvent" "MouseDownEvent" "MouseUpEvent" "FocusEnterEvent" "FocusLeaveEvent" "PageOpenEvent" "PageCloseEvent" "PageVisibleEvent" "PageInvisibleEvent" "KeystrokeEvent" "ValidateEvent" "NoEvent"
</Event> </URI> <Script> When triggered, requests Adobe Reader or Acrobat to execute the specified JavaScript. Scipt to be executed when action is performed.
<Event value="NoEvent"> Specifies an event to respond to, if not set then this action will be set as default for the widget. Attribute value: Event type. Possible values : value : default value is "NoEvent" "MouseEnterEvent" "MouseLeaveEvent" "MouseDownEvent" "MouseUpEvent" "FocusEnterEvent" "FocusLeaveEvent" "PageOpenEvent" "PageCloseEvent" "PageVisibleEvent" "PageInvisibleEvent" "KeystrokeEvent" "ValidateEvent" "NoEvent"
</Event> </Script> <GoTo3DView view=""> When triggered, causes to go to a named view in the 3D annotation. Attribute view: Name of the view to be opened when action is performed.
<Event value="NoEvent"> Specifies an event to respond to, if not set then this action will be set as default for the widget. Attribute value: Event type. Possible values : value : default value is "NoEvent" "MouseEnterEvent" "MouseLeaveEvent" "MouseDownEvent" "MouseUpEvent" "FocusEnterEvent" "FocusLeaveEvent" "PageOpenEvent" "PageCloseEvent" "PageVisibleEvent" "PageInvisibleEvent" "KeystrokeEvent" "ValidateEvent" "NoEvent"
</Event> </GoTo3DView> <SetLightingScheme lightingScheme="CAD"> When triggered, causes to change annotation's lighting scheme to the specified one. Scipt to be executed when action is performed. Attribute lightingScheme: Lighting scheme to be set when action is performed. Possible values : lightingScheme : default value is "CAD" "Artwork" "None" "White" "Day" "Night" "Hard" "Primary" "Blue" "Red" "Cube" "CAD" "Headlamp"
<Event value="NoEvent"> Specifies an event to respond to, if not set then this action will be set as default for the widget. Attribute value: Event type. Possible values : value : default value is "NoEvent" "MouseEnterEvent" "MouseLeaveEvent" "MouseDownEvent" "MouseUpEvent" "FocusEnterEvent" "FocusLeaveEvent" "PageOpenEvent" "PageCloseEvent" "PageVisibleEvent" "PageInvisibleEvent" "KeystrokeEvent" "ValidateEvent" "NoEvent"
</Event> </SetLightingScheme> <SetRenderMode mode="Visibility" modelNodeName="" target="Scene" targetRenderMode="Solid" targetVisibility="false"> When triggered, causes to change targets's render mode to the specified one. Scipt to be executed when action is performed. Attribute mode: Sets whether action should control visibility or render modes. Attribute modelNodeName: Name of model's node (for Model mode only). Attribute target: Sets whether target for this action should be scene or model. Attribute targetRenderMode: Render mode to be set for target when action is performed (meaningful for RenderMode mode only). Attribute targetVisibility: Visibility state to be set for target when action is performed (meaningful for Visibility mode only). Possible values : target : default value is "Scene" "Scene": Specifies that the current action should be apllied to entire 3D scene. "Model": Specifies that the current action should be applied to a particular 3D model. mode : default value is "Visibility" "Visibility": Specifies change visibility action. "RenderMode": Specifies change of render mode. targetRenderMode : default value is "Solid" "Solid" "SolidWireframe" "Transparent" "TransparentWireframe" "BoundingBox" "TransparentBoundingBox" "TransparentBoundingBoxOutline" "Wireframe" "ShadedWireframe" "HiddenWireframe" "Vertices" "ShadedVertices" "Illustration" "SolidOutline" "ShadedIllustration" targetVisibility : "false", "true" (default value is "false")
<Event value="NoEvent"> Specifies an event to respond to, if not set then this action will be set as default for the widget. Attribute value: Event type. Possible values : value : default value is "NoEvent" "MouseEnterEvent" "MouseLeaveEvent" "MouseDownEvent" "MouseUpEvent" "FocusEnterEvent" "FocusLeaveEvent" "PageOpenEvent" "PageCloseEvent" "PageVisibleEvent" "PageInvisibleEvent" "KeystrokeEvent" "ValidateEvent" "NoEvent"
</Event> </SetRenderMode> <ToggleLightingScheme checkedLightingScheme="CAD" uncheckedLightingScheme="CAD"> When triggered, toggles the specified lighting scheme. Scipt to be executed when action is performed. Attribute checkedLightingScheme: Lighting scheme to be set when action's sate becomes "checked". Attribute uncheckedLightingScheme: Lighting scheme to be set when action's sate becomes "unchecked". Possible values : checkedLightingScheme : default value is "CAD" "Artwork" "None" "White" "Day" "Night" "Hard" "Primary" "Blue" "Red" "Cube" "CAD" "Headlamp" uncheckedLightingScheme : default value is "CAD" "Artwork" "None" "White" "Day" "Night" "Hard" "Primary" "Blue" "Red" "Cube" "CAD" "Headlamp"
<Event value="NoEvent"> Specifies an event to respond to, if not set then this action will be set as default for the widget. Attribute value: Event type. Possible values : value : default value is "NoEvent" "MouseEnterEvent" "MouseLeaveEvent" "MouseDownEvent" "MouseUpEvent" "FocusEnterEvent" "FocusLeaveEvent" "PageOpenEvent" "PageCloseEvent" "PageVisibleEvent" "PageInvisibleEvent" "KeystrokeEvent" "ValidateEvent" "NoEvent"
</Event> </ToggleLightingScheme> <ToggleRenderMode checkedRenderMode="Solid" checkedVisibility="false" modelNodeName="" toggleTarget="Scene" toggleType="Visibility" uncheckedtRenderMode="Solid"> When triggered, toggles the specified render mode for the target. Scipt to be executed when action is performed. Attribute checkedRenderMode: Render mode to be set for target when action's sate becomes "checked" (meaningful for RenderMode mode only). Attribute checkedVisibility: Visibility state to be set for target when action's sate becomes "uchecked" (meaningful for Visibility mode only). Attribute modelNodeName: Name of model's node (for Model mode only). Attribute toggleTarget: Sets whether target for this action should be scene or model. Attribute toggleType: Sets whether action should toggle visibility or render modes. Attribute uncheckedtRenderMode: Render mode to be set for target when action's sate becomes "checked" (meaningful for RenderMode mode only). Possible values : toggleTarget : default value is "Scene" "Scene": Specifies that the current action should be apllied to entire 3D scene. "Model": Specifies that the current action should be applied to a particular 3D model. toggleType : default value is "Visibility" "Visibility": Specifies change visibility action. "RenderMode": Specifies change of render mode. checkedRenderMode : default value is "Solid" "Solid" "SolidWireframe" "Transparent" "TransparentWireframe" "BoundingBox" "TransparentBoundingBox" "TransparentBoundingBoxOutline" "Wireframe" "ShadedWireframe" "HiddenWireframe" "Vertices" "ShadedVertices" "Illustration" "SolidOutline" "ShadedIllustration" uncheckedtRenderMode : default value is "Solid" "Solid" "SolidWireframe" "Transparent" "TransparentWireframe" "BoundingBox" "TransparentBoundingBox" "TransparentBoundingBoxOutline" "Wireframe" "ShadedWireframe" "HiddenWireframe" "Vertices" "ShadedVertices" "Illustration" "SolidOutline" "ShadedIllustration" checkedVisibility : "false", "true" (default value is "false")
<Event value="NoEvent"> Specifies an event to respond to, if not set then this action will be set as default for the widget. Attribute value: Event type. Possible values : value : default value is "NoEvent" "MouseEnterEvent" "MouseLeaveEvent" "MouseDownEvent" "MouseUpEvent" "FocusEnterEvent" "FocusLeaveEvent" "PageOpenEvent" "PageCloseEvent" "PageVisibleEvent" "PageInvisibleEvent" "KeystrokeEvent" "ValidateEvent" "NoEvent"
</Event> </ToggleRenderMode> </WidgetItem> <WidgetText acceptRichText="false" combs="false" isFileField="false" isMultiLine="false" isPasswordField="false" maxLen="0" name="" scrollBarsEnabled="false" spellcheckingEnabled="false" text="" toolTip=""> Render a text box widget in the PDF file. Attribute acceptRichText: Specifies if text box processes rich text. Attribute combs: Specifies if passwords should be divided to blocks. Attribute isFileField: Specifies if text box should treat it's contents as a path to file. Attribute isMultiLine: Specifies whether the text box can accept multiple lines of text. Attribute isPasswordField: Specifies if text box should treat it's contents as a password. Attribute maxLen: The maximum number of characters the text box can accept. Attribute name: Widget name. Attribute scrollBarsEnabled: Specifies if scrollbars should be shown in widget. Attribute spellcheckingEnabled: Enables or disables the spell checking for this text. Attribute text: Displayed text. Attribute toolTip: Widget tooltip. Possible values : maxLen : All valid integer numbers in range (0 .. None) (default value is "0") isMultiLine : "false", "true" (default value is "false") isPasswordField : "false", "true" (default value is "false") isFileField : "false", "true" (default value is "false") scrollBarsEnabled : "false", "true" (default value is "false") combs : "false", "true" (default value is "false") acceptRichText : "false", "true" (default value is "false") spellcheckingEnabled : "false", "true" (default value is "false")
<Font bold="false" family="Times New Roman" file="" italic="false" size="14.0" underline="false"> Widget's font. Attribute bold: This parameter specifies the bold property of the font. Attribute family: This parameter specifies a font family for text printing. Attribute file: This parameter specifies a font from the external file name. This font will be used during text printing. Attribute italic: This parameter specifies the italic property of the font. Attribute size: This parameter specifies the size of font. Attribute underline: This parameter specifies the underline property of the font. Possible values : size : All valid float numbers (default value is "14.0") bold : "false", "true" (default value is "false") italic : "false", "true" (default value is "false") underline : "false", "true" (default value is "false")
</Font> <BorderColor alpha="255" blue="255" green="255" red="255"> Widget's border color. Attribute alpha: Specifies color's "alpha" component Attribute blue: Specifies color's "blue" component Attribute green: Specifies color's "green" component Attribute red: Specifies color's "red" component Possible values : red : All valid integer numbers (default value is "255") green : All valid integer numbers (default value is "255") blue : All valid integer numbers (default value is "255") alpha : All valid integer numbers (default value is "255")
</BorderColor> <BorderThickness value="2.0"> Widget's border thickness. Possible values : value : All valid float numbers (default value is "2.0")
</BorderThickness> <BackgroundColor alpha="255" blue="255" green="255" red="255"> Widget's background color. Attribute alpha: Specifies color's "alpha" component Attribute blue: Specifies color's "blue" component Attribute green: Specifies color's "green" component Attribute red: Specifies color's "red" component Possible values : red : All valid integer numbers (default value is "255") green : All valid integer numbers (default value is "255") blue : All valid integer numbers (default value is "255") alpha : All valid integer numbers (default value is "255")
</BackgroundColor> <Rectangle> Widget's position and size.
<Position bottom="0.0" left="0.0"> Specifies a 2D position. Possible values : left : All valid float numbers (default value is "0.0") bottom : All valid float numbers (default value is "0.0")
</Position> <Size height="50.0" width="100.0"> Specifies a size. Possible values : width : All valid float numbers (default value is "100.0") height : All valid float numbers (default value is "50.0")
</Size> </Rectangle> <Action> Actions that can be triggered by this widget.
<Event value="NoEvent"> Specifies an event to respond to, if not set then this action will be set as default for the widget. Attribute value: Event type. Possible values : value : default value is "NoEvent" "MouseEnterEvent" "MouseLeaveEvent" "MouseDownEvent" "MouseUpEvent" "FocusEnterEvent" "FocusLeaveEvent" "PageOpenEvent" "PageCloseEvent" "PageVisibleEvent" "PageInvisibleEvent" "KeystrokeEvent" "ValidateEvent" "NoEvent"
</Event> </Action> <URI uri=""> When triggered, requests Adobe Reader or Acrobat to launch the platform's web browser to open the specified URI. Attribute uri: URI to be opened when action is performed.
<Event value="NoEvent"> Specifies an event to respond to, if not set then this action will be set as default for the widget. Attribute value: Event type. Possible values : value : default value is "NoEvent" "MouseEnterEvent" "MouseLeaveEvent" "MouseDownEvent" "MouseUpEvent" "FocusEnterEvent" "FocusLeaveEvent" "PageOpenEvent" "PageCloseEvent" "PageVisibleEvent" "PageInvisibleEvent" "KeystrokeEvent" "ValidateEvent" "NoEvent"
</Event> </URI> <Script> When triggered, requests Adobe Reader or Acrobat to execute the specified JavaScript. Scipt to be executed when action is performed.
<Event value="NoEvent"> Specifies an event to respond to, if not set then this action will be set as default for the widget. Attribute value: Event type. Possible values : value : default value is "NoEvent" "MouseEnterEvent" "MouseLeaveEvent" "MouseDownEvent" "MouseUpEvent" "FocusEnterEvent" "FocusLeaveEvent" "PageOpenEvent" "PageCloseEvent" "PageVisibleEvent" "PageInvisibleEvent" "KeystrokeEvent" "ValidateEvent" "NoEvent"
</Event> </Script> <GoTo3DView view=""> When triggered, causes to go to a named view in the 3D annotation. Attribute view: Name of the view to be opened when action is performed.
<Event value="NoEvent"> Specifies an event to respond to, if not set then this action will be set as default for the widget. Attribute value: Event type. Possible values : value : default value is "NoEvent" "MouseEnterEvent" "MouseLeaveEvent" "MouseDownEvent" "MouseUpEvent" "FocusEnterEvent" "FocusLeaveEvent" "PageOpenEvent" "PageCloseEvent" "PageVisibleEvent" "PageInvisibleEvent" "KeystrokeEvent" "ValidateEvent" "NoEvent"
</Event> </GoTo3DView> <SetLightingScheme lightingScheme="CAD"> When triggered, causes to change annotation's lighting scheme to the specified one. Scipt to be executed when action is performed. Attribute lightingScheme: Lighting scheme to be set when action is performed. Possible values : lightingScheme : default value is "CAD" "Artwork" "None" "White" "Day" "Night" "Hard" "Primary" "Blue" "Red" "Cube" "CAD" "Headlamp"
<Event value="NoEvent"> Specifies an event to respond to, if not set then this action will be set as default for the widget. Attribute value: Event type. Possible values : value : default value is "NoEvent" "MouseEnterEvent" "MouseLeaveEvent" "MouseDownEvent" "MouseUpEvent" "FocusEnterEvent" "FocusLeaveEvent" "PageOpenEvent" "PageCloseEvent" "PageVisibleEvent" "PageInvisibleEvent" "KeystrokeEvent" "ValidateEvent" "NoEvent"
</Event> </SetLightingScheme> <SetRenderMode mode="Visibility" modelNodeName="" target="Scene" targetRenderMode="Solid" targetVisibility="false"> When triggered, causes to change targets's render mode to the specified one. Scipt to be executed when action is performed. Attribute mode: Sets whether action should control visibility or render modes. Attribute modelNodeName: Name of model's node (for Model mode only). Attribute target: Sets whether target for this action should be scene or model. Attribute targetRenderMode: Render mode to be set for target when action is performed (meaningful for RenderMode mode only). Attribute targetVisibility: Visibility state to be set for target when action is performed (meaningful for Visibility mode only). Possible values : target : default value is "Scene" "Scene": Specifies that the current action should be apllied to entire 3D scene. "Model": Specifies that the current action should be applied to a particular 3D model. mode : default value is "Visibility" "Visibility": Specifies change visibility action. "RenderMode": Specifies change of render mode. targetRenderMode : default value is "Solid" "Solid" "SolidWireframe" "Transparent" "TransparentWireframe" "BoundingBox" "TransparentBoundingBox" "TransparentBoundingBoxOutline" "Wireframe" "ShadedWireframe" "HiddenWireframe" "Vertices" "ShadedVertices" "Illustration" "SolidOutline" "ShadedIllustration" targetVisibility : "false", "true" (default value is "false")
<Event value="NoEvent"> Specifies an event to respond to, if not set then this action will be set as default for the widget. Attribute value: Event type. Possible values : value : default value is "NoEvent" "MouseEnterEvent" "MouseLeaveEvent" "MouseDownEvent" "MouseUpEvent" "FocusEnterEvent" "FocusLeaveEvent" "PageOpenEvent" "PageCloseEvent" "PageVisibleEvent" "PageInvisibleEvent" "KeystrokeEvent" "ValidateEvent" "NoEvent"
</Event> </SetRenderMode> <ToggleLightingScheme checkedLightingScheme="CAD" uncheckedLightingScheme="CAD"> When triggered, toggles the specified lighting scheme. Scipt to be executed when action is performed. Attribute checkedLightingScheme: Lighting scheme to be set when action's sate becomes "checked". Attribute uncheckedLightingScheme: Lighting scheme to be set when action's sate becomes "unchecked". Possible values : checkedLightingScheme : default value is "CAD" "Artwork" "None" "White" "Day" "Night" "Hard" "Primary" "Blue" "Red" "Cube" "CAD" "Headlamp" uncheckedLightingScheme : default value is "CAD" "Artwork" "None" "White" "Day" "Night" "Hard" "Primary" "Blue" "Red" "Cube" "CAD" "Headlamp"
<Event value="NoEvent"> Specifies an event to respond to, if not set then this action will be set as default for the widget. Attribute value: Event type. Possible values : value : default value is "NoEvent" "MouseEnterEvent" "MouseLeaveEvent" "MouseDownEvent" "MouseUpEvent" "FocusEnterEvent" "FocusLeaveEvent" "PageOpenEvent" "PageCloseEvent" "PageVisibleEvent" "PageInvisibleEvent" "KeystrokeEvent" "ValidateEvent" "NoEvent"
</Event> </ToggleLightingScheme> <ToggleRenderMode checkedRenderMode="Solid" checkedVisibility="false" modelNodeName="" toggleTarget="Scene" toggleType="Visibility" uncheckedtRenderMode="Solid"> When triggered, toggles the specified render mode for the target. Scipt to be executed when action is performed. Attribute checkedRenderMode: Render mode to be set for target when action's sate becomes "checked" (meaningful for RenderMode mode only). Attribute checkedVisibility: Visibility state to be set for target when action's sate becomes "uchecked" (meaningful for Visibility mode only). Attribute modelNodeName: Name of model's node (for Model mode only). Attribute toggleTarget: Sets whether target for this action should be scene or model. Attribute toggleType: Sets whether action should toggle visibility or render modes. Attribute uncheckedtRenderMode: Render mode to be set for target when action's sate becomes "checked" (meaningful for RenderMode mode only). Possible values : toggleTarget : default value is "Scene" "Scene": Specifies that the current action should be apllied to entire 3D scene. "Model": Specifies that the current action should be applied to a particular 3D model. toggleType : default value is "Visibility" "Visibility": Specifies change visibility action. "RenderMode": Specifies change of render mode. checkedRenderMode : default value is "Solid" "Solid" "SolidWireframe" "Transparent" "TransparentWireframe" "BoundingBox" "TransparentBoundingBox" "TransparentBoundingBoxOutline" "Wireframe" "ShadedWireframe" "HiddenWireframe" "Vertices" "ShadedVertices" "Illustration" "SolidOutline" "ShadedIllustration" uncheckedtRenderMode : default value is "Solid" "Solid" "SolidWireframe" "Transparent" "TransparentWireframe" "BoundingBox" "TransparentBoundingBox" "TransparentBoundingBoxOutline" "Wireframe" "ShadedWireframe" "HiddenWireframe" "Vertices" "ShadedVertices" "Illustration" "SolidOutline" "ShadedIllustration" checkedVisibility : "false", "true" (default value is "false")
<Event value="NoEvent"> Specifies an event to respond to, if not set then this action will be set as default for the widget. Attribute value: Event type. Possible values : value : default value is "NoEvent" "MouseEnterEvent" "MouseLeaveEvent" "MouseDownEvent" "MouseUpEvent" "FocusEnterEvent" "FocusLeaveEvent" "PageOpenEvent" "PageCloseEvent" "PageVisibleEvent" "PageInvisibleEvent" "KeystrokeEvent" "ValidateEvent" "NoEvent"
</Event> </ToggleRenderMode> </WidgetText> <WidgetPushButton alternateCaption="" alternateImageFile="" caption="" imageFile="" name="" readOnly="false" rolloverCaption="" rolloverImageFile="" toolTip=""> Renders a push button in the PDF file. It allows for a custom design of rollover, pushed captions, read-only, image only types, and associate a style set(not yet in xml) with the button. Attribute alternateCaption: Caption for pressed state. Attribute alternateImageFile: Path to the image to be drawn on button in pressed state. Attribute caption: Button caption. Attribute imageFile: Path to the image to be drawn on button . Attribute name: Widget name. Attribute readOnly: Specifies the "read only" state. Attribute rolloverCaption: Caption for rollover state. Attribute rolloverImageFile: Path to the image to be drawn on button in rollover state. Attribute toolTip: Widget tooltip. Possible values : readOnly : "false", "true" (default value is "false")
<Font bold="false" family="Times New Roman" file="" italic="false" size="14.0" underline="false"> Widget's font. Attribute bold: This parameter specifies the bold property of the font. Attribute family: This parameter specifies a font family for text printing. Attribute file: This parameter specifies a font from the external file name. This font will be used during text printing. Attribute italic: This parameter specifies the italic property of the font. Attribute size: This parameter specifies the size of font. Attribute underline: This parameter specifies the underline property of the font. Possible values : size : All valid float numbers (default value is "14.0") bold : "false", "true" (default value is "false") italic : "false", "true" (default value is "false") underline : "false", "true" (default value is "false")
</Font> <BorderColor alpha="255" blue="255" green="255" red="255"> Widget's border color. Attribute alpha: Specifies color's "alpha" component Attribute blue: Specifies color's "blue" component Attribute green: Specifies color's "green" component Attribute red: Specifies color's "red" component Possible values : red : All valid integer numbers (default value is "255") green : All valid integer numbers (default value is "255") blue : All valid integer numbers (default value is "255") alpha : All valid integer numbers (default value is "255")
</BorderColor> <BorderThickness value="2.0"> Widget's border thickness. Possible values : value : All valid float numbers (default value is "2.0")
</BorderThickness> <BackgroundColor alpha="255" blue="255" green="255" red="255"> Widget's background color. Attribute alpha: Specifies color's "alpha" component Attribute blue: Specifies color's "blue" component Attribute green: Specifies color's "green" component Attribute red: Specifies color's "red" component Possible values : red : All valid integer numbers (default value is "255") green : All valid integer numbers (default value is "255") blue : All valid integer numbers (default value is "255") alpha : All valid integer numbers (default value is "255")
</BackgroundColor> <Rectangle> Widget's position and size.
<Position bottom="0.0" left="0.0"> Specifies a 2D position. Possible values : left : All valid float numbers (default value is "0.0") bottom : All valid float numbers (default value is "0.0")
</Position> <Size height="50.0" width="100.0"> Specifies a size. Possible values : width : All valid float numbers (default value is "100.0") height : All valid float numbers (default value is "50.0")
</Size> </Rectangle> <Action> Actions that can be triggered by this widget.
<Event value="NoEvent"> Specifies an event to respond to, if not set then this action will be set as default for the widget. Attribute value: Event type. Possible values : value : default value is "NoEvent" "MouseEnterEvent" "MouseLeaveEvent" "MouseDownEvent" "MouseUpEvent" "FocusEnterEvent" "FocusLeaveEvent" "PageOpenEvent" "PageCloseEvent" "PageVisibleEvent" "PageInvisibleEvent" "KeystrokeEvent" "ValidateEvent" "NoEvent"
</Event> </Action> <URI uri=""> When triggered, requests Adobe Reader or Acrobat to launch the platform's web browser to open the specified URI. Attribute uri: URI to be opened when action is performed.
<Event value="NoEvent"> Specifies an event to respond to, if not set then this action will be set as default for the widget. Attribute value: Event type. Possible values : value : default value is "NoEvent" "MouseEnterEvent" "MouseLeaveEvent" "MouseDownEvent" "MouseUpEvent" "FocusEnterEvent" "FocusLeaveEvent" "PageOpenEvent" "PageCloseEvent" "PageVisibleEvent" "PageInvisibleEvent" "KeystrokeEvent" "ValidateEvent" "NoEvent"
</Event> </URI> <Script> When triggered, requests Adobe Reader or Acrobat to execute the specified JavaScript. Scipt to be executed when action is performed.
<Event value="NoEvent"> Specifies an event to respond to, if not set then this action will be set as default for the widget. Attribute value: Event type. Possible values : value : default value is "NoEvent" "MouseEnterEvent" "MouseLeaveEvent" "MouseDownEvent" "MouseUpEvent" "FocusEnterEvent" "FocusLeaveEvent" "PageOpenEvent" "PageCloseEvent" "PageVisibleEvent" "PageInvisibleEvent" "KeystrokeEvent" "ValidateEvent" "NoEvent"
</Event> </Script> <GoTo3DView view=""> When triggered, causes to go to a named view in the 3D annotation. Attribute view: Name of the view to be opened when action is performed.
<Event value="NoEvent"> Specifies an event to respond to, if not set then this action will be set as default for the widget. Attribute value: Event type. Possible values : value : default value is "NoEvent" "MouseEnterEvent" "MouseLeaveEvent" "MouseDownEvent" "MouseUpEvent" "FocusEnterEvent" "FocusLeaveEvent" "PageOpenEvent" "PageCloseEvent" "PageVisibleEvent" "PageInvisibleEvent" "KeystrokeEvent" "ValidateEvent" "NoEvent"
</Event> </GoTo3DView> <SetLightingScheme lightingScheme="CAD"> When triggered, causes to change annotation's lighting scheme to the specified one. Scipt to be executed when action is performed. Attribute lightingScheme: Lighting scheme to be set when action is performed. Possible values : lightingScheme : default value is "CAD" "Artwork" "None" "White" "Day" "Night" "Hard" "Primary" "Blue" "Red" "Cube" "CAD" "Headlamp"
<Event value="NoEvent"> Specifies an event to respond to, if not set then this action will be set as default for the widget. Attribute value: Event type. Possible values : value : default value is "NoEvent" "MouseEnterEvent" "MouseLeaveEvent" "MouseDownEvent" "MouseUpEvent" "FocusEnterEvent" "FocusLeaveEvent" "PageOpenEvent" "PageCloseEvent" "PageVisibleEvent" "PageInvisibleEvent" "KeystrokeEvent" "ValidateEvent" "NoEvent"
</Event> </SetLightingScheme> <SetRenderMode mode="Visibility" modelNodeName="" target="Scene" targetRenderMode="Solid" targetVisibility="false"> When triggered, causes to change targets's render mode to the specified one. Scipt to be executed when action is performed. Attribute mode: Sets whether action should control visibility or render modes. Attribute modelNodeName: Name of model's node (for Model mode only). Attribute target: Sets whether target for this action should be scene or model. Attribute targetRenderMode: Render mode to be set for target when action is performed (meaningful for RenderMode mode only). Attribute targetVisibility: Visibility state to be set for target when action is performed (meaningful for Visibility mode only). Possible values : target : default value is "Scene" "Scene": Specifies that the current action should be apllied to entire 3D scene. "Model": Specifies that the current action should be applied to a particular 3D model. mode : default value is "Visibility" "Visibility": Specifies change visibility action. "RenderMode": Specifies change of render mode. targetRenderMode : default value is "Solid" "Solid" "SolidWireframe" "Transparent" "TransparentWireframe" "BoundingBox" "TransparentBoundingBox" "TransparentBoundingBoxOutline" "Wireframe" "ShadedWireframe" "HiddenWireframe" "Vertices" "ShadedVertices" "Illustration" "SolidOutline" "ShadedIllustration" targetVisibility : "false", "true" (default value is "false")
<Event value="NoEvent"> Specifies an event to respond to, if not set then this action will be set as default for the widget. Attribute value: Event type. Possible values : value : default value is "NoEvent" "MouseEnterEvent" "MouseLeaveEvent" "MouseDownEvent" "MouseUpEvent" "FocusEnterEvent" "FocusLeaveEvent" "PageOpenEvent" "PageCloseEvent" "PageVisibleEvent" "PageInvisibleEvent" "KeystrokeEvent" "ValidateEvent" "NoEvent"
</Event> </SetRenderMode> <ToggleLightingScheme checkedLightingScheme="CAD" uncheckedLightingScheme="CAD"> When triggered, toggles the specified lighting scheme. Scipt to be executed when action is performed. Attribute checkedLightingScheme: Lighting scheme to be set when action's sate becomes "checked". Attribute uncheckedLightingScheme: Lighting scheme to be set when action's sate becomes "unchecked". Possible values : checkedLightingScheme : default value is "CAD" "Artwork" "None" "White" "Day" "Night" "Hard" "Primary" "Blue" "Red" "Cube" "CAD" "Headlamp" uncheckedLightingScheme : default value is "CAD" "Artwork" "None" "White" "Day" "Night" "Hard" "Primary" "Blue" "Red" "Cube" "CAD" "Headlamp"
<Event value="NoEvent"> Specifies an event to respond to, if not set then this action will be set as default for the widget. Attribute value: Event type. Possible values : value : default value is "NoEvent" "MouseEnterEvent" "MouseLeaveEvent" "MouseDownEvent" "MouseUpEvent" "FocusEnterEvent" "FocusLeaveEvent" "PageOpenEvent" "PageCloseEvent" "PageVisibleEvent" "PageInvisibleEvent" "KeystrokeEvent" "ValidateEvent" "NoEvent"
</Event> </ToggleLightingScheme> <ToggleRenderMode checkedRenderMode="Solid" checkedVisibility="false" modelNodeName="" toggleTarget="Scene" toggleType="Visibility" uncheckedtRenderMode="Solid"> When triggered, toggles the specified render mode for the target. Scipt to be executed when action is performed. Attribute checkedRenderMode: Render mode to be set for target when action's sate becomes "checked" (meaningful for RenderMode mode only). Attribute checkedVisibility: Visibility state to be set for target when action's sate becomes "uchecked" (meaningful for Visibility mode only). Attribute modelNodeName: Name of model's node (for Model mode only). Attribute toggleTarget: Sets whether target for this action should be scene or model. Attribute toggleType: Sets whether action should toggle visibility or render modes. Attribute uncheckedtRenderMode: Render mode to be set for target when action's sate becomes "checked" (meaningful for RenderMode mode only). Possible values : toggleTarget : default value is "Scene" "Scene": Specifies that the current action should be apllied to entire 3D scene. "Model": Specifies that the current action should be applied to a particular 3D model. toggleType : default value is "Visibility" "Visibility": Specifies change visibility action. "RenderMode": Specifies change of render mode. checkedRenderMode : default value is "Solid" "Solid" "SolidWireframe" "Transparent" "TransparentWireframe" "BoundingBox" "TransparentBoundingBox" "TransparentBoundingBoxOutline" "Wireframe" "ShadedWireframe" "HiddenWireframe" "Vertices" "ShadedVertices" "Illustration" "SolidOutline" "ShadedIllustration" uncheckedtRenderMode : default value is "Solid" "Solid" "SolidWireframe" "Transparent" "TransparentWireframe" "BoundingBox" "TransparentBoundingBox" "TransparentBoundingBoxOutline" "Wireframe" "ShadedWireframe" "HiddenWireframe" "Vertices" "ShadedVertices" "Illustration" "SolidOutline" "ShadedIllustration" checkedVisibility : "false", "true" (default value is "false")
<Event value="NoEvent"> Specifies an event to respond to, if not set then this action will be set as default for the widget. Attribute value: Event type. Possible values : value : default value is "NoEvent" "MouseEnterEvent" "MouseLeaveEvent" "MouseDownEvent" "MouseUpEvent" "FocusEnterEvent" "FocusLeaveEvent" "PageOpenEvent" "PageCloseEvent" "PageVisibleEvent" "PageInvisibleEvent" "KeystrokeEvent" "ValidateEvent" "NoEvent"
</Event> </ToggleRenderMode> </WidgetPushButton> <WidgetCheck caption="" checked="false" name="" toolTip=""> Renders a check box widget in the PDF file. Check boxes provide a toggle dual-state field that can either be turned on or off. Attribute caption: Checkbox caption. Attribute checked: Initial state of a checkbox. Attribute name: Widget name. Attribute toolTip: Widget tooltip. Possible values : checked : "false", "true" (default value is "false")
<Font bold="false" family="Times New Roman" file="" italic="false" size="14.0" underline="false"> Widget's font. Attribute bold: This parameter specifies the bold property of the font. Attribute family: This parameter specifies a font family for text printing. Attribute file: This parameter specifies a font from the external file name. This font will be used during text printing. Attribute italic: This parameter specifies the italic property of the font. Attribute size: This parameter specifies the size of font. Attribute underline: This parameter specifies the underline property of the font. Possible values : size : All valid float numbers (default value is "14.0") bold : "false", "true" (default value is "false") italic : "false", "true" (default value is "false") underline : "false", "true" (default value is "false")
</Font> <BorderColor alpha="255" blue="255" green="255" red="255"> Widget's border color. Attribute alpha: Specifies color's "alpha" component Attribute blue: Specifies color's "blue" component Attribute green: Specifies color's "green" component Attribute red: Specifies color's "red" component Possible values : red : All valid integer numbers (default value is "255") green : All valid integer numbers (default value is "255") blue : All valid integer numbers (default value is "255") alpha : All valid integer numbers (default value is "255")
</BorderColor> <BorderThickness value="2.0"> Widget's border thickness. Possible values : value : All valid float numbers (default value is "2.0")
</BorderThickness> <BackgroundColor alpha="255" blue="255" green="255" red="255"> Widget's background color. Attribute alpha: Specifies color's "alpha" component Attribute blue: Specifies color's "blue" component Attribute green: Specifies color's "green" component Attribute red: Specifies color's "red" component Possible values : red : All valid integer numbers (default value is "255") green : All valid integer numbers (default value is "255") blue : All valid integer numbers (default value is "255") alpha : All valid integer numbers (default value is "255")
</BackgroundColor> <Rectangle> Widget's position and size.
<Position bottom="0.0" left="0.0"> Specifies a 2D position. Possible values : left : All valid float numbers (default value is "0.0") bottom : All valid float numbers (default value is "0.0")
</Position> <Size height="50.0" width="100.0"> Specifies a size. Possible values : width : All valid float numbers (default value is "100.0") height : All valid float numbers (default value is "50.0")
</Size> </Rectangle> <Action> Actions that can be triggered by this widget.
<Event value="NoEvent"> Specifies an event to respond to, if not set then this action will be set as default for the widget. Attribute value: Event type. Possible values : value : default value is "NoEvent" "MouseEnterEvent" "MouseLeaveEvent" "MouseDownEvent" "MouseUpEvent" "FocusEnterEvent" "FocusLeaveEvent" "PageOpenEvent" "PageCloseEvent" "PageVisibleEvent" "PageInvisibleEvent" "KeystrokeEvent" "ValidateEvent" "NoEvent"
</Event> </Action> <URI uri=""> When triggered, requests Adobe Reader or Acrobat to launch the platform's web browser to open the specified URI. Attribute uri: URI to be opened when action is performed.
<Event value="NoEvent"> Specifies an event to respond to, if not set then this action will be set as default for the widget. Attribute value: Event type. Possible values : value : default value is "NoEvent" "MouseEnterEvent" "MouseLeaveEvent" "MouseDownEvent" "MouseUpEvent" "FocusEnterEvent" "FocusLeaveEvent" "PageOpenEvent" "PageCloseEvent" "PageVisibleEvent" "PageInvisibleEvent" "KeystrokeEvent" "ValidateEvent" "NoEvent"
</Event> </URI> <Script> When triggered, requests Adobe Reader or Acrobat to execute the specified JavaScript. Scipt to be executed when action is performed.
<Event value="NoEvent"> Specifies an event to respond to, if not set then this action will be set as default for the widget. Attribute value: Event type. Possible values : value : default value is "NoEvent" "MouseEnterEvent" "MouseLeaveEvent" "MouseDownEvent" "MouseUpEvent" "FocusEnterEvent" "FocusLeaveEvent" "PageOpenEvent" "PageCloseEvent" "PageVisibleEvent" "PageInvisibleEvent" "KeystrokeEvent" "ValidateEvent" "NoEvent"
</Event> </Script> <GoTo3DView view=""> When triggered, causes to go to a named view in the 3D annotation. Attribute view: Name of the view to be opened when action is performed.
<Event value="NoEvent"> Specifies an event to respond to, if not set then this action will be set as default for the widget. Attribute value: Event type. Possible values : value : default value is "NoEvent" "MouseEnterEvent" "MouseLeaveEvent" "MouseDownEvent" "MouseUpEvent" "FocusEnterEvent" "FocusLeaveEvent" "PageOpenEvent" "PageCloseEvent" "PageVisibleEvent" "PageInvisibleEvent" "KeystrokeEvent" "ValidateEvent" "NoEvent"
</Event> </GoTo3DView> <SetLightingScheme lightingScheme="CAD"> When triggered, causes to change annotation's lighting scheme to the specified one. Scipt to be executed when action is performed. Attribute lightingScheme: Lighting scheme to be set when action is performed. Possible values : lightingScheme : default value is "CAD" "Artwork" "None" "White" "Day" "Night" "Hard" "Primary" "Blue" "Red" "Cube" "CAD" "Headlamp"
<Event value="NoEvent"> Specifies an event to respond to, if not set then this action will be set as default for the widget. Attribute value: Event type. Possible values : value : default value is "NoEvent" "MouseEnterEvent" "MouseLeaveEvent" "MouseDownEvent" "MouseUpEvent" "FocusEnterEvent" "FocusLeaveEvent" "PageOpenEvent" "PageCloseEvent" "PageVisibleEvent" "PageInvisibleEvent" "KeystrokeEvent" "ValidateEvent" "NoEvent"
</Event> </SetLightingScheme> <SetRenderMode mode="Visibility" modelNodeName="" target="Scene" targetRenderMode="Solid" targetVisibility="false"> When triggered, causes to change targets's render mode to the specified one. Scipt to be executed when action is performed. Attribute mode: Sets whether action should control visibility or render modes. Attribute modelNodeName: Name of model's node (for Model mode only). Attribute target: Sets whether target for this action should be scene or model. Attribute targetRenderMode: Render mode to be set for target when action is performed (meaningful for RenderMode mode only). Attribute targetVisibility: Visibility state to be set for target when action is performed (meaningful for Visibility mode only). Possible values : target : default value is "Scene" "Scene": Specifies that the current action should be apllied to entire 3D scene. "Model": Specifies that the current action should be applied to a particular 3D model. mode : default value is "Visibility" "Visibility": Specifies change visibility action. "RenderMode": Specifies change of render mode. targetRenderMode : default value is "Solid" "Solid" "SolidWireframe" "Transparent" "TransparentWireframe" "BoundingBox" "TransparentBoundingBox" "TransparentBoundingBoxOutline" "Wireframe" "ShadedWireframe" "HiddenWireframe" "Vertices" "ShadedVertices" "Illustration" "SolidOutline" "ShadedIllustration" targetVisibility : "false", "true" (default value is "false")
<Event value="NoEvent"> Specifies an event to respond to, if not set then this action will be set as default for the widget. Attribute value: Event type. Possible values : value : default value is "NoEvent" "MouseEnterEvent" "MouseLeaveEvent" "MouseDownEvent" "MouseUpEvent" "FocusEnterEvent" "FocusLeaveEvent" "PageOpenEvent" "PageCloseEvent" "PageVisibleEvent" "PageInvisibleEvent" "KeystrokeEvent" "ValidateEvent" "NoEvent"
</Event> </SetRenderMode> <ToggleLightingScheme checkedLightingScheme="CAD" uncheckedLightingScheme="CAD"> When triggered, toggles the specified lighting scheme. Scipt to be executed when action is performed. Attribute checkedLightingScheme: Lighting scheme to be set when action's sate becomes "checked". Attribute uncheckedLightingScheme: Lighting scheme to be set when action's sate becomes "unchecked". Possible values : checkedLightingScheme : default value is "CAD" "Artwork" "None" "White" "Day" "Night" "Hard" "Primary" "Blue" "Red" "Cube" "CAD" "Headlamp" uncheckedLightingScheme : default value is "CAD" "Artwork" "None" "White" "Day" "Night" "Hard" "Primary" "Blue" "Red" "Cube" "CAD" "Headlamp"
<Event value="NoEvent"> Specifies an event to respond to, if not set then this action will be set as default for the widget. Attribute value: Event type. Possible values : value : default value is "NoEvent" "MouseEnterEvent" "MouseLeaveEvent" "MouseDownEvent" "MouseUpEvent" "FocusEnterEvent" "FocusLeaveEvent" "PageOpenEvent" "PageCloseEvent" "PageVisibleEvent" "PageInvisibleEvent" "KeystrokeEvent" "ValidateEvent" "NoEvent"
</Event> </ToggleLightingScheme> <ToggleRenderMode checkedRenderMode="Solid" checkedVisibility="false" modelNodeName="" toggleTarget="Scene" toggleType="Visibility" uncheckedtRenderMode="Solid"> When triggered, toggles the specified render mode for the target. Scipt to be executed when action is performed. Attribute checkedRenderMode: Render mode to be set for target when action's sate becomes "checked" (meaningful for RenderMode mode only). Attribute checkedVisibility: Visibility state to be set for target when action's sate becomes "uchecked" (meaningful for Visibility mode only). Attribute modelNodeName: Name of model's node (for Model mode only). Attribute toggleTarget: Sets whether target for this action should be scene or model. Attribute toggleType: Sets whether action should toggle visibility or render modes. Attribute uncheckedtRenderMode: Render mode to be set for target when action's sate becomes "checked" (meaningful for RenderMode mode only). Possible values : toggleTarget : default value is "Scene" "Scene": Specifies that the current action should be apllied to entire 3D scene. "Model": Specifies that the current action should be applied to a particular 3D model. toggleType : default value is "Visibility" "Visibility": Specifies change visibility action. "RenderMode": Specifies change of render mode. checkedRenderMode : default value is "Solid" "Solid" "SolidWireframe" "Transparent" "TransparentWireframe" "BoundingBox" "TransparentBoundingBox" "TransparentBoundingBoxOutline" "Wireframe" "ShadedWireframe" "HiddenWireframe" "Vertices" "ShadedVertices" "Illustration" "SolidOutline" "ShadedIllustration" uncheckedtRenderMode : default value is "Solid" "Solid" "SolidWireframe" "Transparent" "TransparentWireframe" "BoundingBox" "TransparentBoundingBox" "TransparentBoundingBoxOutline" "Wireframe" "ShadedWireframe" "HiddenWireframe" "Vertices" "ShadedVertices" "Illustration" "SolidOutline" "ShadedIllustration" checkedVisibility : "false", "true" (default value is "false")
<Event value="NoEvent"> Specifies an event to respond to, if not set then this action will be set as default for the widget. Attribute value: Event type. Possible values : value : default value is "NoEvent" "MouseEnterEvent" "MouseLeaveEvent" "MouseDownEvent" "MouseUpEvent" "FocusEnterEvent" "FocusLeaveEvent" "PageOpenEvent" "PageCloseEvent" "PageVisibleEvent" "PageInvisibleEvent" "KeystrokeEvent" "ValidateEvent" "NoEvent"
</Event> </ToggleRenderMode> </WidgetCheck> <WidgetComboBox commitOnSelectionChange="false" editable="false" multiSelect="false" name="" selectedItem="" sorted="false" toolTip=""> Renders a combo box widget in the PDF file. Attribute commitOnSelectionChange: Specifies if widget should commit on selection change. Attribute editable: Specifies if combobox is editable. Attribute multiSelect: Specifies whether multiple items in the list can be selected or not. Attribute name: Widget name. Attribute selectedItem: Specifies initially selected item by it's name. Attribute sorted: Specifies whether the items in the list widget are sorted or not. Attribute toolTip: Widget tooltip. Possible values : sorted : "false", "true" (default value is "false") multiSelect : "false", "true" (default value is "false") commitOnSelectionChange : "false", "true" (default value is "false") editable : "false", "true" (default value is "false")
<Font bold="false" family="Times New Roman" file="" italic="false" size="14.0" underline="false"> Widget's font. Attribute bold: This parameter specifies the bold property of the font. Attribute family: This parameter specifies a font family for text printing. Attribute file: This parameter specifies a font from the external file name. This font will be used during text printing. Attribute italic: This parameter specifies the italic property of the font. Attribute size: This parameter specifies the size of font. Attribute underline: This parameter specifies the underline property of the font. Possible values : size : All valid float numbers (default value is "14.0") bold : "false", "true" (default value is "false") italic : "false", "true" (default value is "false") underline : "false", "true" (default value is "false")
</Font> <BorderColor alpha="255" blue="255" green="255" red="255"> Widget's border color. Attribute alpha: Specifies color's "alpha" component Attribute blue: Specifies color's "blue" component Attribute green: Specifies color's "green" component Attribute red: Specifies color's "red" component Possible values : red : All valid integer numbers (default value is "255") green : All valid integer numbers (default value is "255") blue : All valid integer numbers (default value is "255") alpha : All valid integer numbers (default value is "255")
</BorderColor> <BorderThickness value="2.0"> Widget's border thickness. Possible values : value : All valid float numbers (default value is "2.0")
</BorderThickness> <BackgroundColor alpha="255" blue="255" green="255" red="255"> Widget's background color. Attribute alpha: Specifies color's "alpha" component Attribute blue: Specifies color's "blue" component Attribute green: Specifies color's "green" component Attribute red: Specifies color's "red" component Possible values : red : All valid integer numbers (default value is "255") green : All valid integer numbers (default value is "255") blue : All valid integer numbers (default value is "255") alpha : All valid integer numbers (default value is "255")
</BackgroundColor> <Rectangle> Widget's position and size.
<Position bottom="0.0" left="0.0"> Specifies a 2D position. Possible values : left : All valid float numbers (default value is "0.0") bottom : All valid float numbers (default value is "0.0")
</Position> <Size height="50.0" width="100.0"> Specifies a size. Possible values : width : All valid float numbers (default value is "100.0") height : All valid float numbers (default value is "50.0")
</Size> </Rectangle> <Action> Actions that can be triggered by this widget.
<Event value="NoEvent"> Specifies an event to respond to, if not set then this action will be set as default for the widget. Attribute value: Event type. Possible values : value : default value is "NoEvent" "MouseEnterEvent" "MouseLeaveEvent" "MouseDownEvent" "MouseUpEvent" "FocusEnterEvent" "FocusLeaveEvent" "PageOpenEvent" "PageCloseEvent" "PageVisibleEvent" "PageInvisibleEvent" "KeystrokeEvent" "ValidateEvent" "NoEvent"
</Event> </Action> <URI uri=""> When triggered, requests Adobe Reader or Acrobat to launch the platform's web browser to open the specified URI. Attribute uri: URI to be opened when action is performed.
<Event value="NoEvent"> Specifies an event to respond to, if not set then this action will be set as default for the widget. Attribute value: Event type. Possible values : value : default value is "NoEvent" "MouseEnterEvent" "MouseLeaveEvent" "MouseDownEvent" "MouseUpEvent" "FocusEnterEvent" "FocusLeaveEvent" "PageOpenEvent" "PageCloseEvent" "PageVisibleEvent" "PageInvisibleEvent" "KeystrokeEvent" "ValidateEvent" "NoEvent"
</Event> </URI> <Script> When triggered, requests Adobe Reader or Acrobat to execute the specified JavaScript. Scipt to be executed when action is performed.
<Event value="NoEvent"> Specifies an event to respond to, if not set then this action will be set as default for the widget. Attribute value: Event type. Possible values : value : default value is "NoEvent" "MouseEnterEvent" "MouseLeaveEvent" "MouseDownEvent" "MouseUpEvent" "FocusEnterEvent" "FocusLeaveEvent" "PageOpenEvent" "PageCloseEvent" "PageVisibleEvent" "PageInvisibleEvent" "KeystrokeEvent" "ValidateEvent" "NoEvent"
</Event> </Script> <GoTo3DView view=""> When triggered, causes to go to a named view in the 3D annotation. Attribute view: Name of the view to be opened when action is performed.
<Event value="NoEvent"> Specifies an event to respond to, if not set then this action will be set as default for the widget. Attribute value: Event type. Possible values : value : default value is "NoEvent" "MouseEnterEvent" "MouseLeaveEvent" "MouseDownEvent" "MouseUpEvent" "FocusEnterEvent" "FocusLeaveEvent" "PageOpenEvent" "PageCloseEvent" "PageVisibleEvent" "PageInvisibleEvent" "KeystrokeEvent" "ValidateEvent" "NoEvent"
</Event> </GoTo3DView> <SetLightingScheme lightingScheme="CAD"> When triggered, causes to change annotation's lighting scheme to the specified one. Scipt to be executed when action is performed. Attribute lightingScheme: Lighting scheme to be set when action is performed. Possible values : lightingScheme : default value is "CAD" "Artwork" "None" "White" "Day" "Night" "Hard" "Primary" "Blue" "Red" "Cube" "CAD" "Headlamp"
<Event value="NoEvent"> Specifies an event to respond to, if not set then this action will be set as default for the widget. Attribute value: Event type. Possible values : value : default value is "NoEvent" "MouseEnterEvent" "MouseLeaveEvent" "MouseDownEvent" "MouseUpEvent" "FocusEnterEvent" "FocusLeaveEvent" "PageOpenEvent" "PageCloseEvent" "PageVisibleEvent" "PageInvisibleEvent" "KeystrokeEvent" "ValidateEvent" "NoEvent"
</Event> </SetLightingScheme> <SetRenderMode mode="Visibility" modelNodeName="" target="Scene" targetRenderMode="Solid" targetVisibility="false"> When triggered, causes to change targets's render mode to the specified one. Scipt to be executed when action is performed. Attribute mode: Sets whether action should control visibility or render modes. Attribute modelNodeName: Name of model's node (for Model mode only). Attribute target: Sets whether target for this action should be scene or model. Attribute targetRenderMode: Render mode to be set for target when action is performed (meaningful for RenderMode mode only). Attribute targetVisibility: Visibility state to be set for target when action is performed (meaningful for Visibility mode only). Possible values : target : default value is "Scene" "Scene": Specifies that the current action should be apllied to entire 3D scene. "Model": Specifies that the current action should be applied to a particular 3D model. mode : default value is "Visibility" "Visibility": Specifies change visibility action. "RenderMode": Specifies change of render mode. targetRenderMode : default value is "Solid" "Solid" "SolidWireframe" "Transparent" "TransparentWireframe" "BoundingBox" "TransparentBoundingBox" "TransparentBoundingBoxOutline" "Wireframe" "ShadedWireframe" "HiddenWireframe" "Vertices" "ShadedVertices" "Illustration" "SolidOutline" "ShadedIllustration" targetVisibility : "false", "true" (default value is "false")
<Event value="NoEvent"> Specifies an event to respond to, if not set then this action will be set as default for the widget. Attribute value: Event type. Possible values : value : default value is "NoEvent" "MouseEnterEvent" "MouseLeaveEvent" "MouseDownEvent" "MouseUpEvent" "FocusEnterEvent" "FocusLeaveEvent" "PageOpenEvent" "PageCloseEvent" "PageVisibleEvent" "PageInvisibleEvent" "KeystrokeEvent" "ValidateEvent" "NoEvent"
</Event> </SetRenderMode> <ToggleLightingScheme checkedLightingScheme="CAD" uncheckedLightingScheme="CAD"> When triggered, toggles the specified lighting scheme. Scipt to be executed when action is performed. Attribute checkedLightingScheme: Lighting scheme to be set when action's sate becomes "checked". Attribute uncheckedLightingScheme: Lighting scheme to be set when action's sate becomes "unchecked". Possible values : checkedLightingScheme : default value is "CAD" "Artwork" "None" "White" "Day" "Night" "Hard" "Primary" "Blue" "Red" "Cube" "CAD" "Headlamp" uncheckedLightingScheme : default value is "CAD" "Artwork" "None" "White" "Day" "Night" "Hard" "Primary" "Blue" "Red" "Cube" "CAD" "Headlamp"
<Event value="NoEvent"> Specifies an event to respond to, if not set then this action will be set as default for the widget. Attribute value: Event type. Possible values : value : default value is "NoEvent" "MouseEnterEvent" "MouseLeaveEvent" "MouseDownEvent" "MouseUpEvent" "FocusEnterEvent" "FocusLeaveEvent" "PageOpenEvent" "PageCloseEvent" "PageVisibleEvent" "PageInvisibleEvent" "KeystrokeEvent" "ValidateEvent" "NoEvent"
</Event> </ToggleLightingScheme> <ToggleRenderMode checkedRenderMode="Solid" checkedVisibility="false" modelNodeName="" toggleTarget="Scene" toggleType="Visibility" uncheckedtRenderMode="Solid"> When triggered, toggles the specified render mode for the target. Scipt to be executed when action is performed. Attribute checkedRenderMode: Render mode to be set for target when action's sate becomes "checked" (meaningful for RenderMode mode only). Attribute checkedVisibility: Visibility state to be set for target when action's sate becomes "uchecked" (meaningful for Visibility mode only). Attribute modelNodeName: Name of model's node (for Model mode only). Attribute toggleTarget: Sets whether target for this action should be scene or model. Attribute toggleType: Sets whether action should toggle visibility or render modes. Attribute uncheckedtRenderMode: Render mode to be set for target when action's sate becomes "checked" (meaningful for RenderMode mode only). Possible values : toggleTarget : default value is "Scene" "Scene": Specifies that the current action should be apllied to entire 3D scene. "Model": Specifies that the current action should be applied to a particular 3D model. toggleType : default value is "Visibility" "Visibility": Specifies change visibility action. "RenderMode": Specifies change of render mode. checkedRenderMode : default value is "Solid" "Solid" "SolidWireframe" "Transparent" "TransparentWireframe" "BoundingBox" "TransparentBoundingBox" "TransparentBoundingBoxOutline" "Wireframe" "ShadedWireframe" "HiddenWireframe" "Vertices" "ShadedVertices" "Illustration" "SolidOutline" "ShadedIllustration" uncheckedtRenderMode : default value is "Solid" "Solid" "SolidWireframe" "Transparent" "TransparentWireframe" "BoundingBox" "TransparentBoundingBox" "TransparentBoundingBoxOutline" "Wireframe" "ShadedWireframe" "HiddenWireframe" "Vertices" "ShadedVertices" "Illustration" "SolidOutline" "ShadedIllustration" checkedVisibility : "false", "true" (default value is "false")
<Event value="NoEvent"> Specifies an event to respond to, if not set then this action will be set as default for the widget. Attribute value: Event type. Possible values : value : default value is "NoEvent" "MouseEnterEvent" "MouseLeaveEvent" "MouseDownEvent" "MouseUpEvent" "FocusEnterEvent" "FocusLeaveEvent" "PageOpenEvent" "PageCloseEvent" "PageVisibleEvent" "PageInvisibleEvent" "KeystrokeEvent" "ValidateEvent" "NoEvent"
</Event> </ToggleRenderMode> <Item name="" text=""> List of all items, contained in the list. Attribute name: Name of the item. Attribute text: Text to be displayed in the containing widget.
</Item> </WidgetComboBox> <WidgetListBox commitOnSelectionChange="false" multiSelect="false" name="" selectedItem="" sorted="false" toolTip=""> Renders a list box widget in the PDF file. Attribute commitOnSelectionChange: Specifies if widget should commit on selection change. Attribute multiSelect: Specifies whether multiple items in the list can be selected or not. Attribute name: Widget name. Attribute selectedItem: Specifies initially selected item by it's name. Attribute sorted: Specifies whether the items in the list widget are sorted or not. Attribute toolTip: Widget tooltip. Possible values : sorted : "false", "true" (default value is "false") multiSelect : "false", "true" (default value is "false") commitOnSelectionChange : "false", "true" (default value is "false")
<Font bold="false" family="Times New Roman" file="" italic="false" size="14.0" underline="false"> Widget's font. Attribute bold: This parameter specifies the bold property of the font. Attribute family: This parameter specifies a font family for text printing. Attribute file: This parameter specifies a font from the external file name. This font will be used during text printing. Attribute italic: This parameter specifies the italic property of the font. Attribute size: This parameter specifies the size of font. Attribute underline: This parameter specifies the underline property of the font. Possible values : size : All valid float numbers (default value is "14.0") bold : "false", "true" (default value is "false") italic : "false", "true" (default value is "false") underline : "false", "true" (default value is "false")
</Font> <BorderColor alpha="255" blue="255" green="255" red="255"> Widget's border color. Attribute alpha: Specifies color's "alpha" component Attribute blue: Specifies color's "blue" component Attribute green: Specifies color's "green" component Attribute red: Specifies color's "red" component Possible values : red : All valid integer numbers (default value is "255") green : All valid integer numbers (default value is "255") blue : All valid integer numbers (default value is "255") alpha : All valid integer numbers (default value is "255")
</BorderColor> <BorderThickness value="2.0"> Widget's border thickness. Possible values : value : All valid float numbers (default value is "2.0")
</BorderThickness> <BackgroundColor alpha="255" blue="255" green="255" red="255"> Widget's background color. Attribute alpha: Specifies color's "alpha" component Attribute blue: Specifies color's "blue" component Attribute green: Specifies color's "green" component Attribute red: Specifies color's "red" component Possible values : red : All valid integer numbers (default value is "255") green : All valid integer numbers (default value is "255") blue : All valid integer numbers (default value is "255") alpha : All valid integer numbers (default value is "255")
</BackgroundColor> <Rectangle> Widget's position and size.
<Position bottom="0.0" left="0.0"> Specifies a 2D position. Possible values : left : All valid float numbers (default value is "0.0") bottom : All valid float numbers (default value is "0.0")
</Position> <Size height="50.0" width="100.0"> Specifies a size. Possible values : width : All valid float numbers (default value is "100.0") height : All valid float numbers (default value is "50.0")
</Size> </Rectangle> <Action> Actions that can be triggered by this widget.
<Event value="NoEvent"> Specifies an event to respond to, if not set then this action will be set as default for the widget. Attribute value: Event type. Possible values : value : default value is "NoEvent" "MouseEnterEvent" "MouseLeaveEvent" "MouseDownEvent" "MouseUpEvent" "FocusEnterEvent" "FocusLeaveEvent" "PageOpenEvent" "PageCloseEvent" "PageVisibleEvent" "PageInvisibleEvent" "KeystrokeEvent" "ValidateEvent" "NoEvent"
</Event> </Action> <URI uri=""> When triggered, requests Adobe Reader or Acrobat to launch the platform's web browser to open the specified URI. Attribute uri: URI to be opened when action is performed.
<Event value="NoEvent"> Specifies an event to respond to, if not set then this action will be set as default for the widget. Attribute value: Event type. Possible values : value : default value is "NoEvent" "MouseEnterEvent" "MouseLeaveEvent" "MouseDownEvent" "MouseUpEvent" "FocusEnterEvent" "FocusLeaveEvent" "PageOpenEvent" "PageCloseEvent" "PageVisibleEvent" "PageInvisibleEvent" "KeystrokeEvent" "ValidateEvent" "NoEvent"
</Event> </URI> <Script> When triggered, requests Adobe Reader or Acrobat to execute the specified JavaScript. Scipt to be executed when action is performed.
<Event value="NoEvent"> Specifies an event to respond to, if not set then this action will be set as default for the widget. Attribute value: Event type. Possible values : value : default value is "NoEvent" "MouseEnterEvent" "MouseLeaveEvent" "MouseDownEvent" "MouseUpEvent" "FocusEnterEvent" "FocusLeaveEvent" "PageOpenEvent" "PageCloseEvent" "PageVisibleEvent" "PageInvisibleEvent" "KeystrokeEvent" "ValidateEvent" "NoEvent"
</Event> </Script> <GoTo3DView view=""> When triggered, causes to go to a named view in the 3D annotation. Attribute view: Name of the view to be opened when action is performed.
<Event value="NoEvent"> Specifies an event to respond to, if not set then this action will be set as default for the widget. Attribute value: Event type. Possible values : value : default value is "NoEvent" "MouseEnterEvent" "MouseLeaveEvent" "MouseDownEvent" "MouseUpEvent" "FocusEnterEvent" "FocusLeaveEvent" "PageOpenEvent" "PageCloseEvent" "PageVisibleEvent" "PageInvisibleEvent" "KeystrokeEvent" "ValidateEvent" "NoEvent"
</Event> </GoTo3DView> <SetLightingScheme lightingScheme="CAD"> When triggered, causes to change annotation's lighting scheme to the specified one. Scipt to be executed when action is performed. Attribute lightingScheme: Lighting scheme to be set when action is performed. Possible values : lightingScheme : default value is "CAD" "Artwork" "None" "White" "Day" "Night" "Hard" "Primary" "Blue" "Red" "Cube" "CAD" "Headlamp"
<Event value="NoEvent"> Specifies an event to respond to, if not set then this action will be set as default for the widget. Attribute value: Event type. Possible values : value : default value is "NoEvent" "MouseEnterEvent" "MouseLeaveEvent" "MouseDownEvent" "MouseUpEvent" "FocusEnterEvent" "FocusLeaveEvent" "PageOpenEvent" "PageCloseEvent" "PageVisibleEvent" "PageInvisibleEvent" "KeystrokeEvent" "ValidateEvent" "NoEvent"
</Event> </SetLightingScheme> <SetRenderMode mode="Visibility" modelNodeName="" target="Scene" targetRenderMode="Solid" targetVisibility="false"> When triggered, causes to change targets's render mode to the specified one. Scipt to be executed when action is performed. Attribute mode: Sets whether action should control visibility or render modes. Attribute modelNodeName: Name of model's node (for Model mode only). Attribute target: Sets whether target for this action should be scene or model. Attribute targetRenderMode: Render mode to be set for target when action is performed (meaningful for RenderMode mode only). Attribute targetVisibility: Visibility state to be set for target when action is performed (meaningful for Visibility mode only). Possible values : target : default value is "Scene" "Scene": Specifies that the current action should be apllied to entire 3D scene. "Model": Specifies that the current action should be applied to a particular 3D model. mode : default value is "Visibility" "Visibility": Specifies change visibility action. "RenderMode": Specifies change of render mode. targetRenderMode : default value is "Solid" "Solid" "SolidWireframe" "Transparent" "TransparentWireframe" "BoundingBox" "TransparentBoundingBox" "TransparentBoundingBoxOutline" "Wireframe" "ShadedWireframe" "HiddenWireframe" "Vertices" "ShadedVertices" "Illustration" "SolidOutline" "ShadedIllustration" targetVisibility : "false", "true" (default value is "false")
<Event value="NoEvent"> Specifies an event to respond to, if not set then this action will be set as default for the widget. Attribute value: Event type. Possible values : value : default value is "NoEvent" "MouseEnterEvent" "MouseLeaveEvent" "MouseDownEvent" "MouseUpEvent" "FocusEnterEvent" "FocusLeaveEvent" "PageOpenEvent" "PageCloseEvent" "PageVisibleEvent" "PageInvisibleEvent" "KeystrokeEvent" "ValidateEvent" "NoEvent"
</Event> </SetRenderMode> <ToggleLightingScheme checkedLightingScheme="CAD" uncheckedLightingScheme="CAD"> When triggered, toggles the specified lighting scheme. Scipt to be executed when action is performed. Attribute checkedLightingScheme: Lighting scheme to be set when action's sate becomes "checked". Attribute uncheckedLightingScheme: Lighting scheme to be set when action's sate becomes "unchecked". Possible values : checkedLightingScheme : default value is "CAD" "Artwork" "None" "White" "Day" "Night" "Hard" "Primary" "Blue" "Red" "Cube" "CAD" "Headlamp" uncheckedLightingScheme : default value is "CAD" "Artwork" "None" "White" "Day" "Night" "Hard" "Primary" "Blue" "Red" "Cube" "CAD" "Headlamp"
<Event value="NoEvent"> Specifies an event to respond to, if not set then this action will be set as default for the widget. Attribute value: Event type. Possible values : value : default value is "NoEvent" "MouseEnterEvent" "MouseLeaveEvent" "MouseDownEvent" "MouseUpEvent" "FocusEnterEvent" "FocusLeaveEvent" "PageOpenEvent" "PageCloseEvent" "PageVisibleEvent" "PageInvisibleEvent" "KeystrokeEvent" "ValidateEvent" "NoEvent"
</Event> </ToggleLightingScheme> <ToggleRenderMode checkedRenderMode="Solid" checkedVisibility="false" modelNodeName="" toggleTarget="Scene" toggleType="Visibility" uncheckedtRenderMode="Solid"> When triggered, toggles the specified render mode for the target. Scipt to be executed when action is performed. Attribute checkedRenderMode: Render mode to be set for target when action's sate becomes "checked" (meaningful for RenderMode mode only). Attribute checkedVisibility: Visibility state to be set for target when action's sate becomes "uchecked" (meaningful for Visibility mode only). Attribute modelNodeName: Name of model's node (for Model mode only). Attribute toggleTarget: Sets whether target for this action should be scene or model. Attribute toggleType: Sets whether action should toggle visibility or render modes. Attribute uncheckedtRenderMode: Render mode to be set for target when action's sate becomes "checked" (meaningful for RenderMode mode only). Possible values : toggleTarget : default value is "Scene" "Scene": Specifies that the current action should be apllied to entire 3D scene. "Model": Specifies that the current action should be applied to a particular 3D model. toggleType : default value is "Visibility" "Visibility": Specifies change visibility action. "RenderMode": Specifies change of render mode. checkedRenderMode : default value is "Solid" "Solid" "SolidWireframe" "Transparent" "TransparentWireframe" "BoundingBox" "TransparentBoundingBox" "TransparentBoundingBoxOutline" "Wireframe" "ShadedWireframe" "HiddenWireframe" "Vertices" "ShadedVertices" "Illustration" "SolidOutline" "ShadedIllustration" uncheckedtRenderMode : default value is "Solid" "Solid" "SolidWireframe" "Transparent" "TransparentWireframe" "BoundingBox" "TransparentBoundingBox" "TransparentBoundingBoxOutline" "Wireframe" "ShadedWireframe" "HiddenWireframe" "Vertices" "ShadedVertices" "Illustration" "SolidOutline" "ShadedIllustration" checkedVisibility : "false", "true" (default value is "false")
<Event value="NoEvent"> Specifies an event to respond to, if not set then this action will be set as default for the widget. Attribute value: Event type. Possible values : value : default value is "NoEvent" "MouseEnterEvent" "MouseLeaveEvent" "MouseDownEvent" "MouseUpEvent" "FocusEnterEvent" "FocusLeaveEvent" "PageOpenEvent" "PageCloseEvent" "PageVisibleEvent" "PageInvisibleEvent" "KeystrokeEvent" "ValidateEvent" "NoEvent"
</Event> </ToggleRenderMode> <Item name="" text=""> List of all items, contained in the list. Attribute name: Name of the item. Attribute text: Text to be displayed in the containing widget.
</Item> </WidgetListBox> <WidgetImageCheckBox caption="" checked="false" checkedImageFileName="" imageOnly="false" name="" toolTip="" uncheckedImageFileName=""> Renders an image-based check box in the PDF file. Check boxes provide a toggle dual-state field that can either be turned on or off. Attribute caption: Checkbox caption. Attribute checked: Initial state of a checkbox. Attribute checkedImageFileName: Specifies path to the image that should be rendered in1 the checked state. Attribute imageOnly: Specifies if only the image should be drawn. Attribute name: Widget name. Attribute toolTip: Widget tooltip. Attribute uncheckedImageFileName: Specifies path to the image that should be rendered in the unchecked state. Possible values : checked : "false", "true" (default value is "false") imageOnly : "false", "true" (default value is "false")
<Font bold="false" family="Times New Roman" file="" italic="false" size="14.0" underline="false"> Widget's font. Attribute bold: This parameter specifies the bold property of the font. Attribute family: This parameter specifies a font family for text printing. Attribute file: This parameter specifies a font from the external file name. This font will be used during text printing. Attribute italic: This parameter specifies the italic property of the font. Attribute size: This parameter specifies the size of font. Attribute underline: This parameter specifies the underline property of the font. Possible values : size : All valid float numbers (default value is "14.0") bold : "false", "true" (default value is "false") italic : "false", "true" (default value is "false") underline : "false", "true" (default value is "false")
</Font> <BorderColor alpha="255" blue="255" green="255" red="255"> Widget's border color. Attribute alpha: Specifies color's "alpha" component Attribute blue: Specifies color's "blue" component Attribute green: Specifies color's "green" component Attribute red: Specifies color's "red" component Possible values : red : All valid integer numbers (default value is "255") green : All valid integer numbers (default value is "255") blue : All valid integer numbers (default value is "255") alpha : All valid integer numbers (default value is "255")
</BorderColor> <BorderThickness value="2.0"> Widget's border thickness. Possible values : value : All valid float numbers (default value is "2.0")
</BorderThickness> <BackgroundColor alpha="255" blue="255" green="255" red="255"> Widget's background color. Attribute alpha: Specifies color's "alpha" component Attribute blue: Specifies color's "blue" component Attribute green: Specifies color's "green" component Attribute red: Specifies color's "red" component Possible values : red : All valid integer numbers (default value is "255") green : All valid integer numbers (default value is "255") blue : All valid integer numbers (default value is "255") alpha : All valid integer numbers (default value is "255")
</BackgroundColor> <Rectangle> Widget's position and size.
<Position bottom="0.0" left="0.0"> Specifies a 2D position. Possible values : left : All valid float numbers (default value is "0.0") bottom : All valid float numbers (default value is "0.0")
</Position> <Size height="50.0" width="100.0"> Specifies a size. Possible values : width : All valid float numbers (default value is "100.0") height : All valid float numbers (default value is "50.0")
</Size> </Rectangle> <Action> Actions that can be triggered by this widget.
<Event value="NoEvent"> Specifies an event to respond to, if not set then this action will be set as default for the widget. Attribute value: Event type. Possible values : value : default value is "NoEvent" "MouseEnterEvent" "MouseLeaveEvent" "MouseDownEvent" "MouseUpEvent" "FocusEnterEvent" "FocusLeaveEvent" "PageOpenEvent" "PageCloseEvent" "PageVisibleEvent" "PageInvisibleEvent" "KeystrokeEvent" "ValidateEvent" "NoEvent"
</Event> </Action> <URI uri=""> When triggered, requests Adobe Reader or Acrobat to launch the platform's web browser to open the specified URI. Attribute uri: URI to be opened when action is performed.
<Event value="NoEvent"> Specifies an event to respond to, if not set then this action will be set as default for the widget. Attribute value: Event type. Possible values : value : default value is "NoEvent" "MouseEnterEvent" "MouseLeaveEvent" "MouseDownEvent" "MouseUpEvent" "FocusEnterEvent" "FocusLeaveEvent" "PageOpenEvent" "PageCloseEvent" "PageVisibleEvent" "PageInvisibleEvent" "KeystrokeEvent" "ValidateEvent" "NoEvent"
</Event> </URI> <Script> When triggered, requests Adobe Reader or Acrobat to execute the specified JavaScript. Scipt to be executed when action is performed.
<Event value="NoEvent"> Specifies an event to respond to, if not set then this action will be set as default for the widget. Attribute value: Event type. Possible values : value : default value is "NoEvent" "MouseEnterEvent" "MouseLeaveEvent" "MouseDownEvent" "MouseUpEvent" "FocusEnterEvent" "FocusLeaveEvent" "PageOpenEvent" "PageCloseEvent" "PageVisibleEvent" "PageInvisibleEvent" "KeystrokeEvent" "ValidateEvent" "NoEvent"
</Event> </Script> <GoTo3DView view=""> When triggered, causes to go to a named view in the 3D annotation. Attribute view: Name of the view to be opened when action is performed.
<Event value="NoEvent"> Specifies an event to respond to, if not set then this action will be set as default for the widget. Attribute value: Event type. Possible values : value : default value is "NoEvent" "MouseEnterEvent" "MouseLeaveEvent" "MouseDownEvent" "MouseUpEvent" "FocusEnterEvent" "FocusLeaveEvent" "PageOpenEvent" "PageCloseEvent" "PageVisibleEvent" "PageInvisibleEvent" "KeystrokeEvent" "ValidateEvent" "NoEvent"
</Event> </GoTo3DView> <SetLightingScheme lightingScheme="CAD"> When triggered, causes to change annotation's lighting scheme to the specified one. Scipt to be executed when action is performed. Attribute lightingScheme: Lighting scheme to be set when action is performed. Possible values : lightingScheme : default value is "CAD" "Artwork" "None" "White" "Day" "Night" "Hard" "Primary" "Blue" "Red" "Cube" "CAD" "Headlamp"
<Event value="NoEvent"> Specifies an event to respond to, if not set then this action will be set as default for the widget. Attribute value: Event type. Possible values : value : default value is "NoEvent" "MouseEnterEvent" "MouseLeaveEvent" "MouseDownEvent" "MouseUpEvent" "FocusEnterEvent" "FocusLeaveEvent" "PageOpenEvent" "PageCloseEvent" "PageVisibleEvent" "PageInvisibleEvent" "KeystrokeEvent" "ValidateEvent" "NoEvent"
</Event> </SetLightingScheme> <SetRenderMode mode="Visibility" modelNodeName="" target="Scene" targetRenderMode="Solid" targetVisibility="false"> When triggered, causes to change targets's render mode to the specified one. Scipt to be executed when action is performed. Attribute mode: Sets whether action should control visibility or render modes. Attribute modelNodeName: Name of model's node (for Model mode only). Attribute target: Sets whether target for this action should be scene or model. Attribute targetRenderMode: Render mode to be set for target when action is performed (meaningful for RenderMode mode only). Attribute targetVisibility: Visibility state to be set for target when action is performed (meaningful for Visibility mode only). Possible values : target : default value is "Scene" "Scene": Specifies that the current action should be apllied to entire 3D scene. "Model": Specifies that the current action should be applied to a particular 3D model. mode : default value is "Visibility" "Visibility": Specifies change visibility action. "RenderMode": Specifies change of render mode. targetRenderMode : default value is "Solid" "Solid" "SolidWireframe" "Transparent" "TransparentWireframe" "BoundingBox" "TransparentBoundingBox" "TransparentBoundingBoxOutline" "Wireframe" "ShadedWireframe" "HiddenWireframe" "Vertices" "ShadedVertices" "Illustration" "SolidOutline" "ShadedIllustration" targetVisibility : "false", "true" (default value is "false")
<Event value="NoEvent"> Specifies an event to respond to, if not set then this action will be set as default for the widget. Attribute value: Event type. Possible values : value : default value is "NoEvent" "MouseEnterEvent" "MouseLeaveEvent" "MouseDownEvent" "MouseUpEvent" "FocusEnterEvent" "FocusLeaveEvent" "PageOpenEvent" "PageCloseEvent" "PageVisibleEvent" "PageInvisibleEvent" "KeystrokeEvent" "ValidateEvent" "NoEvent"
</Event> </SetRenderMode> <ToggleLightingScheme checkedLightingScheme="CAD" uncheckedLightingScheme="CAD"> When triggered, toggles the specified lighting scheme. Scipt to be executed when action is performed. Attribute checkedLightingScheme: Lighting scheme to be set when action's sate becomes "checked". Attribute uncheckedLightingScheme: Lighting scheme to be set when action's sate becomes "unchecked". Possible values : checkedLightingScheme : default value is "CAD" "Artwork" "None" "White" "Day" "Night" "Hard" "Primary" "Blue" "Red" "Cube" "CAD" "Headlamp" uncheckedLightingScheme : default value is "CAD" "Artwork" "None" "White" "Day" "Night" "Hard" "Primary" "Blue" "Red" "Cube" "CAD" "Headlamp"
<Event value="NoEvent"> Specifies an event to respond to, if not set then this action will be set as default for the widget. Attribute value: Event type. Possible values : value : default value is "NoEvent" "MouseEnterEvent" "MouseLeaveEvent" "MouseDownEvent" "MouseUpEvent" "FocusEnterEvent" "FocusLeaveEvent" "PageOpenEvent" "PageCloseEvent" "PageVisibleEvent" "PageInvisibleEvent" "KeystrokeEvent" "ValidateEvent" "NoEvent"
</Event> </ToggleLightingScheme> <ToggleRenderMode checkedRenderMode="Solid" checkedVisibility="false" modelNodeName="" toggleTarget="Scene" toggleType="Visibility" uncheckedtRenderMode="Solid"> When triggered, toggles the specified render mode for the target. Scipt to be executed when action is performed. Attribute checkedRenderMode: Render mode to be set for target when action's sate becomes "checked" (meaningful for RenderMode mode only). Attribute checkedVisibility: Visibility state to be set for target when action's sate becomes "uchecked" (meaningful for Visibility mode only). Attribute modelNodeName: Name of model's node (for Model mode only). Attribute toggleTarget: Sets whether target for this action should be scene or model. Attribute toggleType: Sets whether action should toggle visibility or render modes. Attribute uncheckedtRenderMode: Render mode to be set for target when action's sate becomes "checked" (meaningful for RenderMode mode only). Possible values : toggleTarget : default value is "Scene" "Scene": Specifies that the current action should be apllied to entire 3D scene. "Model": Specifies that the current action should be applied to a particular 3D model. toggleType : default value is "Visibility" "Visibility": Specifies change visibility action. "RenderMode": Specifies change of render mode. checkedRenderMode : default value is "Solid" "Solid" "SolidWireframe" "Transparent" "TransparentWireframe" "BoundingBox" "TransparentBoundingBox" "TransparentBoundingBoxOutline" "Wireframe" "ShadedWireframe" "HiddenWireframe" "Vertices" "ShadedVertices" "Illustration" "SolidOutline" "ShadedIllustration" uncheckedtRenderMode : default value is "Solid" "Solid" "SolidWireframe" "Transparent" "TransparentWireframe" "BoundingBox" "TransparentBoundingBox" "TransparentBoundingBoxOutline" "Wireframe" "ShadedWireframe" "HiddenWireframe" "Vertices" "ShadedVertices" "Illustration" "SolidOutline" "ShadedIllustration" checkedVisibility : "false", "true" (default value is "false")
<Event value="NoEvent"> Specifies an event to respond to, if not set then this action will be set as default for the widget. Attribute value: Event type. Possible values : value : default value is "NoEvent" "MouseEnterEvent" "MouseLeaveEvent" "MouseDownEvent" "MouseUpEvent" "FocusEnterEvent" "FocusLeaveEvent" "PageOpenEvent" "PageCloseEvent" "PageVisibleEvent" "PageInvisibleEvent" "KeystrokeEvent" "ValidateEvent" "NoEvent"
</Event> </ToggleRenderMode> </WidgetImageCheckBox> <WidgetHyperLink alternateCaption="" alternateImageFile="" caption="" imageFile="" name="" readOnly="false" rolloverCaption="" rolloverImageFile="" toolTip="" uri=""> Renders a hyper-link in the PDF file. It allows for a custom design of rollover, pushed captions, read-only, image only types, and associate a style set(not yet in xml) with the button. Attribute alternateCaption: Caption for pressed state. Attribute alternateImageFile: Path to the image to be drawn on button in pressed state. Attribute caption: Button caption. Attribute imageFile: Path to the image to be drawn on button . Attribute name: Widget name. Attribute readOnly: Specifies the "read only" state. Attribute rolloverCaption: Caption for rollover state. Attribute rolloverImageFile: Path to the image to be drawn on button in rollover state. Attribute toolTip: Widget tooltip. Attribute uri: Specifies URI to be opened by widget. Possible values : readOnly : "false", "true" (default value is "false")
<Font bold="false" family="Times New Roman" file="" italic="false" size="14.0" underline="false"> Widget's font. Attribute bold: This parameter specifies the bold property of the font. Attribute family: This parameter specifies a font family for text printing. Attribute file: This parameter specifies a font from the external file name. This font will be used during text printing. Attribute italic: This parameter specifies the italic property of the font. Attribute size: This parameter specifies the size of font. Attribute underline: This parameter specifies the underline property of the font. Possible values : size : All valid float numbers (default value is "14.0") bold : "false", "true" (default value is "false") italic : "false", "true" (default value is "false") underline : "false", "true" (default value is "false")
</Font> <BorderColor alpha="255" blue="255" green="255" red="255"> Widget's border color. Attribute alpha: Specifies color's "alpha" component Attribute blue: Specifies color's "blue" component Attribute green: Specifies color's "green" component Attribute red: Specifies color's "red" component Possible values : red : All valid integer numbers (default value is "255") green : All valid integer numbers (default value is "255") blue : All valid integer numbers (default value is "255") alpha : All valid integer numbers (default value is "255")
</BorderColor> <BorderThickness value="2.0"> Widget's border thickness. Possible values : value : All valid float numbers (default value is "2.0")
</BorderThickness> <BackgroundColor alpha="255" blue="255" green="255" red="255"> Widget's background color. Attribute alpha: Specifies color's "alpha" component Attribute blue: Specifies color's "blue" component Attribute green: Specifies color's "green" component Attribute red: Specifies color's "red" component Possible values : red : All valid integer numbers (default value is "255") green : All valid integer numbers (default value is "255") blue : All valid integer numbers (default value is "255") alpha : All valid integer numbers (default value is "255")
</BackgroundColor> <Rectangle> Widget's position and size.
<Position bottom="0.0" left="0.0"> Specifies a 2D position. Possible values : left : All valid float numbers (default value is "0.0") bottom : All valid float numbers (default value is "0.0")
</Position> <Size height="50.0" width="100.0"> Specifies a size. Possible values : width : All valid float numbers (default value is "100.0") height : All valid float numbers (default value is "50.0")
</Size> </Rectangle> <Action> Actions that can be triggered by this widget.
<Event value="NoEvent"> Specifies an event to respond to, if not set then this action will be set as default for the widget. Attribute value: Event type. Possible values : value : default value is "NoEvent" "MouseEnterEvent" "MouseLeaveEvent" "MouseDownEvent" "MouseUpEvent" "FocusEnterEvent" "FocusLeaveEvent" "PageOpenEvent" "PageCloseEvent" "PageVisibleEvent" "PageInvisibleEvent" "KeystrokeEvent" "ValidateEvent" "NoEvent"
</Event> </Action> <URI uri=""> When triggered, requests Adobe Reader or Acrobat to launch the platform's web browser to open the specified URI. Attribute uri: URI to be opened when action is performed.
<Event value="NoEvent"> Specifies an event to respond to, if not set then this action will be set as default for the widget. Attribute value: Event type. Possible values : value : default value is "NoEvent" "MouseEnterEvent" "MouseLeaveEvent" "MouseDownEvent" "MouseUpEvent" "FocusEnterEvent" "FocusLeaveEvent" "PageOpenEvent" "PageCloseEvent" "PageVisibleEvent" "PageInvisibleEvent" "KeystrokeEvent" "ValidateEvent" "NoEvent"
</Event> </URI> <Script> When triggered, requests Adobe Reader or Acrobat to execute the specified JavaScript. Scipt to be executed when action is performed.
<Event value="NoEvent"> Specifies an event to respond to, if not set then this action will be set as default for the widget. Attribute value: Event type. Possible values : value : default value is "NoEvent" "MouseEnterEvent" "MouseLeaveEvent" "MouseDownEvent" "MouseUpEvent" "FocusEnterEvent" "FocusLeaveEvent" "PageOpenEvent" "PageCloseEvent" "PageVisibleEvent" "PageInvisibleEvent" "KeystrokeEvent" "ValidateEvent" "NoEvent"
</Event> </Script> <GoTo3DView view=""> When triggered, causes to go to a named view in the 3D annotation. Attribute view: Name of the view to be opened when action is performed.
<Event value="NoEvent"> Specifies an event to respond to, if not set then this action will be set as default for the widget. Attribute value: Event type. Possible values : value : default value is "NoEvent" "MouseEnterEvent" "MouseLeaveEvent" "MouseDownEvent" "MouseUpEvent" "FocusEnterEvent" "FocusLeaveEvent" "PageOpenEvent" "PageCloseEvent" "PageVisibleEvent" "PageInvisibleEvent" "KeystrokeEvent" "ValidateEvent" "NoEvent"
</Event> </GoTo3DView> <SetLightingScheme lightingScheme="CAD"> When triggered, causes to change annotation's lighting scheme to the specified one. Scipt to be executed when action is performed. Attribute lightingScheme: Lighting scheme to be set when action is performed. Possible values : lightingScheme : default value is "CAD" "Artwork" "None" "White" "Day" "Night" "Hard" "Primary" "Blue" "Red" "Cube" "CAD" "Headlamp"
<Event value="NoEvent"> Specifies an event to respond to, if not set then this action will be set as default for the widget. Attribute value: Event type. Possible values : value : default value is "NoEvent" "MouseEnterEvent" "MouseLeaveEvent" "MouseDownEvent" "MouseUpEvent" "FocusEnterEvent" "FocusLeaveEvent" "PageOpenEvent" "PageCloseEvent" "PageVisibleEvent" "PageInvisibleEvent" "KeystrokeEvent" "ValidateEvent" "NoEvent"
</Event> </SetLightingScheme> <SetRenderMode mode="Visibility" modelNodeName="" target="Scene" targetRenderMode="Solid" targetVisibility="false"> When triggered, causes to change targets's render mode to the specified one. Scipt to be executed when action is performed. Attribute mode: Sets whether action should control visibility or render modes. Attribute modelNodeName: Name of model's node (for Model mode only). Attribute target: Sets whether target for this action should be scene or model. Attribute targetRenderMode: Render mode to be set for target when action is performed (meaningful for RenderMode mode only). Attribute targetVisibility: Visibility state to be set for target when action is performed (meaningful for Visibility mode only). Possible values : target : default value is "Scene" "Scene": Specifies that the current action should be apllied to entire 3D scene. "Model": Specifies that the current action should be applied to a particular 3D model. mode : default value is "Visibility" "Visibility": Specifies change visibility action. "RenderMode": Specifies change of render mode. targetRenderMode : default value is "Solid" "Solid" "SolidWireframe" "Transparent" "TransparentWireframe" "BoundingBox" "TransparentBoundingBox" "TransparentBoundingBoxOutline" "Wireframe" "ShadedWireframe" "HiddenWireframe" "Vertices" "ShadedVertices" "Illustration" "SolidOutline" "ShadedIllustration" targetVisibility : "false", "true" (default value is "false")
<Event value="NoEvent"> Specifies an event to respond to, if not set then this action will be set as default for the widget. Attribute value: Event type. Possible values : value : default value is "NoEvent" "MouseEnterEvent" "MouseLeaveEvent" "MouseDownEvent" "MouseUpEvent" "FocusEnterEvent" "FocusLeaveEvent" "PageOpenEvent" "PageCloseEvent" "PageVisibleEvent" "PageInvisibleEvent" "KeystrokeEvent" "ValidateEvent" "NoEvent"
</Event> </SetRenderMode> <ToggleLightingScheme checkedLightingScheme="CAD" uncheckedLightingScheme="CAD"> When triggered, toggles the specified lighting scheme. Scipt to be executed when action is performed. Attribute checkedLightingScheme: Lighting scheme to be set when action's sate becomes "checked". Attribute uncheckedLightingScheme: Lighting scheme to be set when action's sate becomes "unchecked". Possible values : checkedLightingScheme : default value is "CAD" "Artwork" "None" "White" "Day" "Night" "Hard" "Primary" "Blue" "Red" "Cube" "CAD" "Headlamp" uncheckedLightingScheme : default value is "CAD" "Artwork" "None" "White" "Day" "Night" "Hard" "Primary" "Blue" "Red" "Cube" "CAD" "Headlamp"
<Event value="NoEvent"> Specifies an event to respond to, if not set then this action will be set as default for the widget. Attribute value: Event type. Possible values : value : default value is "NoEvent" "MouseEnterEvent" "MouseLeaveEvent" "MouseDownEvent" "MouseUpEvent" "FocusEnterEvent" "FocusLeaveEvent" "PageOpenEvent" "PageCloseEvent" "PageVisibleEvent" "PageInvisibleEvent" "KeystrokeEvent" "ValidateEvent" "NoEvent"
</Event> </ToggleLightingScheme> <ToggleRenderMode checkedRenderMode="Solid" checkedVisibility="false" modelNodeName="" toggleTarget="Scene" toggleType="Visibility" uncheckedtRenderMode="Solid"> When triggered, toggles the specified render mode for the target. Scipt to be executed when action is performed. Attribute checkedRenderMode: Render mode to be set for target when action's sate becomes "checked" (meaningful for RenderMode mode only). Attribute checkedVisibility: Visibility state to be set for target when action's sate becomes "uchecked" (meaningful for Visibility mode only). Attribute modelNodeName: Name of model's node (for Model mode only). Attribute toggleTarget: Sets whether target for this action should be scene or model. Attribute toggleType: Sets whether action should toggle visibility or render modes. Attribute uncheckedtRenderMode: Render mode to be set for target when action's sate becomes "checked" (meaningful for RenderMode mode only). Possible values : toggleTarget : default value is "Scene" "Scene": Specifies that the current action should be apllied to entire 3D scene. "Model": Specifies that the current action should be applied to a particular 3D model. toggleType : default value is "Visibility" "Visibility": Specifies change visibility action. "RenderMode": Specifies change of render mode. checkedRenderMode : default value is "Solid" "Solid" "SolidWireframe" "Transparent" "TransparentWireframe" "BoundingBox" "TransparentBoundingBox" "TransparentBoundingBoxOutline" "Wireframe" "ShadedWireframe" "HiddenWireframe" "Vertices" "ShadedVertices" "Illustration" "SolidOutline" "ShadedIllustration" uncheckedtRenderMode : default value is "Solid" "Solid" "SolidWireframe" "Transparent" "TransparentWireframe" "BoundingBox" "TransparentBoundingBox" "TransparentBoundingBoxOutline" "Wireframe" "ShadedWireframe" "HiddenWireframe" "Vertices" "ShadedVertices" "Illustration" "SolidOutline" "ShadedIllustration" checkedVisibility : "false", "true" (default value is "false")
<Event value="NoEvent"> Specifies an event to respond to, if not set then this action will be set as default for the widget. Attribute value: Event type. Possible values : value : default value is "NoEvent" "MouseEnterEvent" "MouseLeaveEvent" "MouseDownEvent" "MouseUpEvent" "FocusEnterEvent" "FocusLeaveEvent" "PageOpenEvent" "PageCloseEvent" "PageVisibleEvent" "PageInvisibleEvent" "KeystrokeEvent" "ValidateEvent" "NoEvent"
</Event> </ToggleRenderMode> </WidgetHyperLink> <DrawItem> </DrawItem> <DrawText bottom="0.0" left="0.0" value=""> Specifies a text which would be printed. You can specify text position, font properties, such as family name (or font file name instead), font size, bold, italic and underline properties. Note: You can use UTF8 encoding to include Unicode characters. In such a case you need to specify an XML header that has UTF8 encoding and input XML file must has valid UTF8 format. Note: You can use "font" or "family" parameter (please see below) to specify a valid font which supports your extended Unicode characters. Note: Control character sets may cause the conversion and PDF generation to fail. Html or rich text is not currently supported. Descriptions of rest parameters please see below. Attribute bottom: This parameter specifies bottom coordinate of left bottom corner for text position. Attribute left: This parameter specifies left coordinate of left bottom corner for text position. Attribute value: This parameter specifies a valid text which would be printed. Possible values are all valid text strings (both ASCII and UTF8, please see remark above). Possible values : left : All valid float numbers (default value is "0.0") bottom : All valid float numbers (default value is "0.0")
<Font bold="false" family="Times New Roman" file="" italic="false" size="14.0" underline="false"> Specifies font properties for text printing. Attribute bold: This parameter specifies the bold property of the font. Attribute family: This parameter specifies a font family for text printing. Attribute file: This parameter specifies a font from the external file name. This font will be used during text printing. Attribute italic: This parameter specifies the italic property of the font. Attribute size: This parameter specifies the size of font. Attribute underline: This parameter specifies the underline property of the font. Possible values : size : All valid float numbers (default value is "14.0") bold : "false", "true" (default value is "false") italic : "false", "true" (default value is "false") underline : "false", "true" (default value is "false")
</Font> <Color alpha="255" blue="0" green="0" red="0"> Specifies a color. Attribute alpha: Specifies color's "alpha" component Attribute blue: Specifies color's "blue" component Attribute green: Specifies color's "green" component Attribute red: Specifies color's "red" component Possible values : red : All valid integer numbers (default value is "0") green : All valid integer numbers (default value is "0") blue : All valid integer numbers (default value is "0") alpha : All valid integer numbers (default value is "255")
</Color> </DrawText> <DrawTextRect alignment="Left Top" bottom="0.0" drawBox="false" height="0.0" left="0.0" rotation="0.0" rotationAlignment="Left Top" value="" width="0.0" wordWrap="true"> Specifies a text in a given rectangle. You can specify text position, font properties, such as family name (or font file name instead), font size, bold, italic and underline properties. Note: You can use UTF8 encoding to include Unicode characters. In such a case you need to specify an XML header that has UTF8 encoding and input XML file must has valid UTF8 format. Note: You can use "font" or "family" parameter (please see below) to specify a valid font which supports your extended Unicode characters. Note: Control character sets may cause the conversion and PDF generation to fail. Html or rich text is not currently supported. Descriptions of rest parameters please see below. You can use extended form of "DrawText". You are able to specify additional parameters, such as text alignment, word wrapping. Attribute alignment: This parameter specifies the horizontal and vertical alignments for the text. Attribute bottom: This parameter specifies bottom coordinate of left bottom corner for text position. Attribute drawBox: This parameter specifies that text box would be drawn. Attribute height: This parameter specifies the height of text box. Attribute left: This parameter specifies left coordinate of left bottom corner for text position. Attribute rotation: This parameter specifies the clockwise rotation in degrees. Attribute rotationAlignment: This parameter specifies which corner/center of the text box is the rotation center. Attribute value: This parameter specifies a valid text which would be printed. Possible values are all valid text strings (both ASCII and UTF8, please see remark above). Attribute width: This parameter specifies the width of text box. Attribute wordWrap: This parameter specifies that word wrapping is enabled. Possible values : left : All valid float numbers (default value is "0.0") bottom : All valid float numbers (default value is "0.0") width : All valid float numbers (default value is "0.0") height : All valid float numbers (default value is "0.0") alignment : default value is "Left Top" "Left" "Right" "HCenter" "Justify" "Top" "Bottom" "VCenter" "HVCenter" drawBox : "false", "true" (default value is "false") wordWrap : "false", "true" (default value is "true") rotation : All valid float numbers (default value is "0.0") rotationAlignment : default value is "Left Top" "Left" "Right" "HCenter" "Justify" "Top" "Bottom" "VCenter" "HVCenter"
<Font bold="false" family="Times New Roman" file="" italic="false" size="14.0" underline="false"> Specifies font properties for text printing. Attribute bold: This parameter specifies the bold property of the font. Attribute family: This parameter specifies a font family for text printing. Attribute file: This parameter specifies a font from the external file name. This font will be used during text printing. Attribute italic: This parameter specifies the italic property of the font. Attribute size: This parameter specifies the size of font. Attribute underline: This parameter specifies the underline property of the font. Possible values : size : All valid float numbers (default value is "14.0") bold : "false", "true" (default value is "false") italic : "false", "true" (default value is "false") underline : "false", "true" (default value is "false")
</Font> <Color alpha="255" blue="0" green="0" red="0"> Specifies a color. Attribute alpha: Specifies color's "alpha" component Attribute blue: Specifies color's "blue" component Attribute green: Specifies color's "green" component Attribute red: Specifies color's "red" component Possible values : red : All valid integer numbers (default value is "0") green : All valid integer numbers (default value is "0") blue : All valid integer numbers (default value is "0") alpha : All valid integer numbers (default value is "255")
</Color> </DrawTextRect> <DrawRtlText bottom="0.0" left="0.0" reorderText="false" value=""> Specifies a text which would be printed. You can specify text position, font properties, such as family name (or font file name instead), font size, bold, italic and underline properties. Note: You can use UTF8 encoding to include Unicode characters. In such a case you need to specify an XML header that has UTF8 encoding and input XML file must has valid UTF8 format. Note: You can use "font" or "family" parameter (please see below) to specify a valid font which supports your extended Unicode characters. Note: Control character sets may cause the conversion and PDF generation to fail. Html or rich text is not currently supported. Descriptions of rest parameters please see below. You can specify text position, font properties, such as family name (or font file name instead), font size, bold, italic and underline properties. Note: You can use UTF8 encoding to include Unicode characters. In such a case you need to specify an XML header that has UTF8 encoding and input XML file must has valid UTF8 format. Note: You can use "font" or "family" parameter (please see below) to specify a valid font which supports your extended Unicode characters. Note: Control character sets may cause the conversion and PDF generation to fail. Html or rich text is not currently supported. Descriptions of rest parameters please see below. Attribute bottom: This parameter specifies bottom coordinate of left bottom corner for text position. Attribute left: This parameter specifies left coordinate of left bottom corner for text position. Attribute reorderText: This parameter specifies whether to reorder text by using bidi algorithm Attribute value: This parameter specifies a valid text which would be printed. Possible values are all valid text strings (both ASCII and UTF8, please see remark above). Possible values : left : All valid float numbers (default value is "0.0") bottom : All valid float numbers (default value is "0.0") reorderText : "false", "true" (default value is "false")
<Font bold="false" family="Times New Roman" file="" italic="false" size="14.0" underline="false"> Specifies font properties for text printing. Attribute bold: This parameter specifies the bold property of the font. Attribute family: This parameter specifies a font family for text printing. Attribute file: This parameter specifies a font from the external file name. This font will be used during text printing. Attribute italic: This parameter specifies the italic property of the font. Attribute size: This parameter specifies the size of font. Attribute underline: This parameter specifies the underline property of the font. Possible values : size : All valid float numbers (default value is "14.0") bold : "false", "true" (default value is "false") italic : "false", "true" (default value is "false") underline : "false", "true" (default value is "false")
</Font> <Color alpha="255" blue="0" green="0" red="0"> Specifies a color. Attribute alpha: Specifies color's "alpha" component Attribute blue: Specifies color's "blue" component Attribute green: Specifies color's "green" component Attribute red: Specifies color's "red" component Possible values : red : All valid integer numbers (default value is "0") green : All valid integer numbers (default value is "0") blue : All valid integer numbers (default value is "0") alpha : All valid integer numbers (default value is "255")
</Color> </DrawRtlText> <DrawRtlTextRect bottom="0.0" drawBox="false" height="-1.0" left="0.0" reorderText="false" value="" width="-1.0" wordWrap="true"> Specifies a text with a width limit You can specify text position, font properties, such as family name (or font file name instead), font size, bold, italic and underline properties. Note: You can use UTF8 encoding to include Unicode characters. In such a case you need to specify an XML header that has UTF8 encoding and input XML file must has valid UTF8 format. Note: You can use "font" or "family" parameter (please see below) to specify a valid font which supports your extended Unicode characters. Note: Control character sets may cause the conversion and PDF generation to fail. Html or rich text is not currently supported. Descriptions of rest parameters please see below. You can specify text position, font properties, such as family name (or font file name instead), font size, bold, italic and underline properties. Note: You can use UTF8 encoding to include Unicode characters. In such a case you need to specify an XML header that has UTF8 encoding and input XML file must has valid UTF8 format. Note: You can use "font" or "family" parameter (please see below) to specify a valid font which supports your extended Unicode characters. Note: Control character sets may cause the conversion and PDF generation to fail. Html or rich text is not currently supported. Descriptions of rest parameters please see below. You can use extended form of "DrawRtlText". You are able to specify additional parameters, such as word wrapping. Attribute bottom: This parameter specifies bottom coordinate of left bottom corner for text position. Attribute drawBox: This parameter specifies that text box would be drawn. Attribute height: This parameter specifies the height of text box. Attribute left: This parameter specifies left coordinate of left bottom corner for text position. Attribute reorderText: This parameter specifies whether to reorder text by using bidi algorithm Attribute value: This parameter specifies a valid text which would be printed. Possible values are all valid text strings (both ASCII and UTF8, please see remark above). Attribute width: This parameter specifies the width of text box. Attribute wordWrap: This parameter specifies that word wrapping is enabled. Possible values : left : All valid float numbers (default value is "0.0") bottom : All valid float numbers (default value is "0.0") reorderText : "false", "true" (default value is "false") width : All valid float numbers (default value is "-1.0") height : All valid float numbers (default value is "-1.0") drawBox : "false", "true" (default value is "false") wordWrap : "false", "true" (default value is "true")
<Font bold="false" family="Times New Roman" file="" italic="false" size="14.0" underline="false"> Specifies font properties for text printing. Attribute bold: This parameter specifies the bold property of the font. Attribute family: This parameter specifies a font family for text printing. Attribute file: This parameter specifies a font from the external file name. This font will be used during text printing. Attribute italic: This parameter specifies the italic property of the font. Attribute size: This parameter specifies the size of font. Attribute underline: This parameter specifies the underline property of the font. Possible values : size : All valid float numbers (default value is "14.0") bold : "false", "true" (default value is "false") italic : "false", "true" (default value is "false") underline : "false", "true" (default value is "false")
</Font> <Color alpha="255" blue="0" green="0" red="0"> Specifies a color. Attribute alpha: Specifies color's "alpha" component Attribute blue: Specifies color's "blue" component Attribute green: Specifies color's "green" component Attribute red: Specifies color's "red" component Possible values : red : All valid integer numbers (default value is "0") green : All valid integer numbers (default value is "0") blue : All valid integer numbers (default value is "0") alpha : All valid integer numbers (default value is "255")
</Color> </DrawRtlTextRect> <DrawImage bottom="0.0" file="" height="50.0" left="0.0" scale="false" width="50.0"> Specifies an image or flash animation (deprecated) which may be drawn on the PDF page. You are able to specify image position using bottom left corner of image. NOTE: Flash is deprecated and not recommended. Adobe no longer supports it and many consider Flash security unsafe. Attribute bottom: This parameter specifies bottom coordinate of left bottom corner for image position. Attribute file: This parameter specifies the image file name. The following file formats are supported: * JPEG * TIFF * PNG * Windows BMP (32-bit bitmaps are not supported) * Flash SWF file, including video, sound, animation (Deprecated) Attribute height: This parameter specifies a new height of image. Please set "scale" to "true" if you change this parameter Attribute left: This parameter specifies left coordinate of left bottom corner for image position. Attribute scale: This parameter specifies the scale media. Please set "true" if you change width/height parameter Attribute width: This parameter specifies a new width of image. Please set "scale" to "true" if you change this parameter Possible values : left : All valid float numbers (default value is "0.0") bottom : All valid float numbers (default value is "0.0") width : All valid float numbers (default value is "50.0") height : All valid float numbers (default value is "50.0") scale : "false", "true" (default value is "false")
</DrawImage> <DrawHyperLink bottom="0.0" left="0.0" text="" url=""> Draw a hyperlink. Draw a text string using the most recent text font settings (or default if no such settings defined), which when clicked links to a URL. Attribute bottom: This parameter specifies the offset from the bottom border of the page. Attribute left: This parameter specifies the offset from the left border of the page. Attribute text: This parameter specifies the text in the document. Attribute url: This parameter specifies the URL. Possible values : left : All valid float numbers (default value is "0.0") bottom : All valid float numbers (default value is "0.0")
</DrawHyperLink> <DrawArc angle1="0.0" angle2="0.0" fill="false" radius="0.0" x="0.0" y="0.0"> Specifies a 2D Path drawing operation for drawing an arc. Possible values : x : All valid float numbers (default value is "0.0") y : All valid float numbers (default value is "0.0") radius : All valid float numbers (default value is "0.0") angle1 : All valid float numbers (default value is "0.0") angle2 : All valid float numbers (default value is "0.0") fill : "false", "true" (default value is "false")
</DrawArc> <DrawRect bottom="0.0" fill="false" height="0.0" left="0.0" width="0.0"> Specifies a 2D Path drawing operation for drawing a rectangle. Possible values : left : All valid float numbers (default value is "0.0") bottom : All valid float numbers (default value is "0.0") width : All valid float numbers (default value is "0.0") height : All valid float numbers (default value is "0.0") fill : "false", "true" (default value is "false")
</DrawRect> <DrawLine x1="0.0" x2="0.0" y1="0.0" y2="0.0"> Specifies a 2D Path drawing operation for drawing a line. Possible values : x1 : All valid float numbers (default value is "0.0") y1 : All valid float numbers (default value is "0.0") x2 : All valid float numbers (default value is "0.0") y2 : All valid float numbers (default value is "0.0")
</DrawLine> <DrawCircle bottom="0.0" fill="false" height="0.0" left="0.0" width="0.0"> Specifies a 2D Path drawing operation for drawing a circle. Possible values : left : All valid float numbers (default value is "0.0") bottom : All valid float numbers (default value is "0.0") width : All valid float numbers (default value is "0.0") height : All valid float numbers (default value is "0.0") fill : "false", "true" (default value is "false")
</DrawCircle> <MoveTo x="0.0" y="0.0"> Specifies a 2D Path drawing operation, moving to a point, creating a new path. Possible values : x : All valid float numbers (default value is "0.0") y : All valid float numbers (default value is "0.0")
</MoveTo> <LineTo x="0.0" y="0.0"> Specifies a 2D Path drawing operation, moving to the next point in the current path. Possible values : x : All valid float numbers (default value is "0.0") y : All valid float numbers (default value is "0.0")
</LineTo> <CubicBezierTo dX1="0.0" dX2="0.0" dX3="0.0" dY1="0.0" dY2="0.0" dY3="0.0"> Specifies a 2D Path drawing operation. Moves to the next point in the current path along a bezier curve. Possible values : dX1 : All valid float numbers (default value is "0.0") dY1 : All valid float numbers (default value is "0.0") dX2 : All valid float numbers (default value is "0.0") dY2 : All valid float numbers (default value is "0.0") dX3 : All valid float numbers (default value is "0.0") dY3 : All valid float numbers (default value is "0.0")
</CubicBezierTo> <Stroke> Specifies a 2D Path drawing operation for stroking (actually drawing) the current path.
</Stroke> <Fill evenOddRule="false"> Specifies a 2D Path drawing operation for filling the current path. Possible values : evenOddRule : "false", "true" (default value is "false")
</Fill> <Clip evenOddRule="false"> Specifies a 2D Path drawing operation for modifying the clipping path by intersecting it with the current path. Possible values : evenOddRule : "false", "true" (default value is "false")
</Clip> <ClosePath> Specifies a 2D Path drawing operation for moving to the beginning point of the current path.
</ClosePath> <SetCurrentColor> Specifies a 2D Path drawing operation for setting the current colour used for drawing.
<Color alpha="255" blue="255" green="255" red="255"> Specifies a color. Attribute alpha: Specifies color's "alpha" component Attribute blue: Specifies color's "blue" component Attribute green: Specifies color's "green" component Attribute red: Specifies color's "red" component Possible values : red : All valid integer numbers (default value is "255") green : All valid integer numbers (default value is "255") blue : All valid integer numbers (default value is "255") alpha : All valid integer numbers (default value is "255")
</Color> </SetCurrentColor> <SetCurrentLineWidth width="0.0"> Specifies a 2D Path drawing operation for setting the line width used for drawing. Possible values : width : All valid float numbers (default value is "0.0")
</SetCurrentLineWidth> <SaveGraphicsState> Saves the current graphics state.
</SaveGraphicsState> <RestoreGraphicsState> Restores the last saved graphics state.
</RestoreGraphicsState> <SetCurrentPDFPage pageNumber="0"> Sets the current PDF page to the specified page by number. Possible values : pageNumber : All valid integer numbers (default value is "0")
</SetCurrentPDFPage> <SetPDFPageWidth pageNumber="0" value="0.0"> Sets the specified PDF page width. Possible values : pageNumber : All valid integer numbers (default value is "0") value : All valid float numbers (default value is "0.0")
</SetPDFPageWidth> <SetPDFPageHeight pageNumber="0" value="0.0"> Sets the specified PDF page height. Possible values : pageNumber : All valid integer numbers (default value is "0") value : All valid float numbers (default value is "0.0")
</SetPDFPageHeight> <Action3D comparison="Weak" confirm="false" node=""> Attribute comparison: The model name comparison type. Attribute confirm: If \c true then the user will be asked for the action confirmation in a dialog. Otherwise, the user will be not asked and the action will be performed immediately. Attribute node: The name or prefix (depending on \c comparison type) of the model activating the action. Possible values : comparison : default value is "Weak" "Strong": The action will be performed if the mesh's name is 100% identical to the specified name. "Weak": The action will be performed if the mesh's name begins with the specified name. The compare only considers the starting characters and ignores any characters after the length of the compare string. The comparison is case sensitive. confirm : "false", "true" (default value is "false")
</Action3D> <GotoURL comparison="Weak" confirm="false" node="" url="" useBrowser="true"> Hyperlink action loads the specific URL page by using either the PDF viewer application or an external web-browser. Attribute comparison: The model name comparison type. Attribute confirm: If \c true then the user will be asked for the action confirmation in a dialog. Otherwise, the user will be not asked and the action will be performed immediately. Attribute node: The name or prefix (depending on \c comparison type) of the model activating the action. Attribute url: The URL to launch. Attribute useBrowser: If \c true then the the URL page will be shown using the external browser application. Otherwise, the application displaying the document will be used. Possible values : comparison : default value is "Weak" "Strong": The action will be performed if the mesh's name is 100% identical to the specified name. "Weak": The action will be performed if the mesh's name begins with the specified name. The compare only considers the starting characters and ignores any characters after the length of the compare string. The comparison is case sensitive. confirm : "false", "true" (default value is "false") useBrowser : "false", "true" (default value is "true")
</GotoURL> <GotoPage comparison="Weak" confirm="false" node="" page="0" relative="false"> Hyperlink action switches to another page inside the current PDF document. Attribute comparison: The model name comparison type. Attribute confirm: If \c true then the user will be asked for the action confirmation in a dialog. Otherwise, the user will be not asked and the action will be performed immediately. Attribute node: The name or prefix (depending on \c comparison type) of the model activating the action. Attribute page: The number of the (zero-based) page in the current document for jump action switching. Attribute relative: If \c true then the used page number is relative to the page on which the 3D annotation is displayed. Otherwise the page number is a zero based number of the page in the document. Possible values : comparison : default value is "Weak" "Strong": The action will be performed if the mesh's name is 100% identical to the specified name. "Weak": The action will be performed if the mesh's name begins with the specified name. The compare only considers the starting characters and ignores any characters after the length of the compare string. The comparison is case sensitive. confirm : "false", "true" (default value is "false") page : All valid integer numbers (default value is "0") relative : "false", "true" (default value is "false")
</GotoPage> <GotoNamedDestination comparison="Weak" confirm="false" destination="" node=""> Hyperlink action jumps to a named destination inside the current PDF document. Attribute comparison: The model name comparison type. Attribute confirm: If \c true then the user will be asked for the action confirmation in a dialog. Otherwise, the user will be not asked and the action will be performed immediately. Attribute destination: The destination inside the current document, such as bookmark or named resource. Attribute node: The name or prefix (depending on \c comparison type) of the model activating the action. Possible values : comparison : default value is "Weak" "Strong": The action will be performed if the mesh's name is 100% identical to the specified name. "Weak": The action will be performed if the mesh's name begins with the specified name. The compare only considers the starting characters and ignores any characters after the length of the compare string. The comparison is case sensitive. confirm : "false", "true" (default value is "false")
</GotoNamedDestination> <GotoExternalDestination comparison="Weak" confirm="false" destination="" file="" node=""> Hyperlink action jumps to an external named destination, such as an external PDF document. Attribute comparison: The model name comparison type. Attribute confirm: If \c true then the user will be asked for the action confirmation in a dialog. Otherwise, the user will be not asked and the action will be performed immediately. Attribute destination: The destination inside the external file. Attribute file: The path to the external file. Attribute node: The name or prefix (depending on \c comparison type) of the model activating the action. Possible values : comparison : default value is "Weak" "Strong": The action will be performed if the mesh's name is 100% identical to the specified name. "Weak": The action will be performed if the mesh's name begins with the specified name. The compare only considers the starting characters and ignores any characters after the length of the compare string. The comparison is case sensitive. confirm : "false", "true" (default value is "false")
</GotoExternalDestination> <GotoURLParam baseUrl="" comparison="Weak" confirm="false" node="" paramType="ModelName" postfixUrl="" useBrowser="true"> Hyperlink action loads the specific URL page by using either the PDF viewer application or an external web-browser. Attribute comparison: The model name comparison type. Attribute confirm: If \c true then the user will be asked for the action confirmation in a dialog. Otherwise, the user will be not asked and the action will be performed immediately. Attribute node: The name or prefix (depending on \c comparison type) of the model activating the action. Attribute useBrowser: If \c true then the the URL page will be shown using the external browser application. Otherwise, the application displaying the document will be used. Possible values : comparison : default value is "Weak" "Strong": The action will be performed if the mesh's name is 100% identical to the specified name. "Weak": The action will be performed if the mesh's name begins with the specified name. The compare only considers the starting characters and ignores any characters after the length of the compare string. The comparison is case sensitive. confirm : "false", "true" (default value is "false") paramType : default value is "ModelName" "ModelName": Model's name will be used as parameter. "ParentName": Model's parent name will be used as parameter. "None": The empty string parameter ("") will be used. useBrowser : "false", "true" (default value is "true")
</GotoURLParam> <GotoNamedDestinationParam baseDestinationName="" comparison="Weak" confirm="false" node="" paramType="ModelName" postfixDestinationName=""> Attribute comparison: The model name comparison type. Attribute confirm: If \c true then the user will be asked for the action confirmation in a dialog. Otherwise, the user will be not asked and the action will be performed immediately. Attribute node: The name or prefix (depending on \c comparison type) of the model activating the action. Possible values : comparison : default value is "Weak" "Strong": The action will be performed if the mesh's name is 100% identical to the specified name. "Weak": The action will be performed if the mesh's name begins with the specified name. The compare only considers the starting characters and ignores any characters after the length of the compare string. The comparison is case sensitive. confirm : "false", "true" (default value is "false") paramType : default value is "ModelName" "ModelName": Model's name will be used as parameter. "ParentName": Model's parent name will be used as parameter. "None": The empty string parameter ("") will be used.
</GotoNamedDestinationParam> <GotoExternalDestinationParam baseDestinationName="" baseFileName="" comparison="Weak" confirm="false" destinationParamType="ModelName" fileParamType="ModelName" node="" postfixDestinationName="" postfixFileName=""> Attribute comparison: The model name comparison type. Attribute confirm: If \c true then the user will be asked for the action confirmation in a dialog. Otherwise, the user will be not asked and the action will be performed immediately. Attribute node: The name or prefix (depending on \c comparison type) of the model activating the action. Possible values : comparison : default value is "Weak" "Strong": The action will be performed if the mesh's name is 100% identical to the specified name. "Weak": The action will be performed if the mesh's name begins with the specified name. The compare only considers the starting characters and ignores any characters after the length of the compare string. The comparison is case sensitive. confirm : "false", "true" (default value is "false") fileParamType : default value is "ModelName" "ModelName": Model's name will be used as parameter. "ParentName": Model's parent name will be used as parameter. "None": The empty string parameter ("") will be used. destinationParamType : default value is "ModelName" "ModelName": Model's name will be used as parameter. "ParentName": Model's parent name will be used as parameter. "None": The empty string parameter ("") will be used.
</GotoExternalDestinationParam> <DataTable> *** Please note: This tag is not supported by ReportGen. *** Create a data-table. Similar to the html table tag.
<Settings> Specify settings to use for the table. Settings follow the PDF3DTableCreator API.
<LeftMargin value="50"> Possible values : value : All valid integer numbers (default value is "50")
</LeftMargin> <TopMargin value="70"> Possible values : value : All valid integer numbers (default value is "70")
</TopMargin> <RightMargin value="50"> Possible values : value : All valid integer numbers (default value is "50")
</RightMargin> <BottomMargin value="50"> Possible values : value : All valid integer numbers (default value is "50")
</BottomMargin> <NextTopMargin value="50"> Possible values : value : All valid integer numbers (default value is "50")
</NextTopMargin> <SupressTitle value="true"> Possible values : value : "false", "true" (default value is "true")
</SupressTitle> <SupressSubTitle value="true"> Possible values : value : "false", "true" (default value is "true")
</SupressSubTitle> <GridLines thickness="1"> Possible values : thickness : All valid integer numbers (default value is "1")
<Color alpha="255" blue="0" green="0" red="0"> Specifies a color. Attribute alpha: Specifies color's "alpha" component Attribute blue: Specifies color's "blue" component Attribute green: Specifies color's "green" component Attribute red: Specifies color's "red" component Possible values : red : All valid integer numbers (default value is "0") green : All valid integer numbers (default value is "0") blue : All valid integer numbers (default value is "0") alpha : All valid integer numbers (default value is "255")
</Color> </GridLines> <BorderLines thickness="1"> Possible values : thickness : All valid integer numbers (default value is "1")
<Color alpha="255" blue="0" green="0" red="0"> Specifies a color. Attribute alpha: Specifies color's "alpha" component Attribute blue: Specifies color's "blue" component Attribute green: Specifies color's "green" component Attribute red: Specifies color's "red" component Possible values : red : All valid integer numbers (default value is "0") green : All valid integer numbers (default value is "0") blue : All valid integer numbers (default value is "0") alpha : All valid integer numbers (default value is "255")
</Color> </BorderLines> <Backgrounds> <Interior alpha="255" blue="237" green="237" red="237"> Specifies a color. Attribute alpha: Specifies color's "alpha" component Attribute blue: Specifies color's "blue" component Attribute green: Specifies color's "green" component Attribute red: Specifies color's "red" component Possible values : red : All valid integer numbers (default value is "237") green : All valid integer numbers (default value is "237") blue : All valid integer numbers (default value is "237") alpha : All valid integer numbers (default value is "255")
</Interior> <FirstColumn alpha="255" blue="237" green="237" red="237"> Specifies a color. Attribute alpha: Specifies color's "alpha" component Attribute blue: Specifies color's "blue" component Attribute green: Specifies color's "green" component Attribute red: Specifies color's "red" component Possible values : red : All valid integer numbers (default value is "237") green : All valid integer numbers (default value is "237") blue : All valid integer numbers (default value is "237") alpha : All valid integer numbers (default value is "255")
</FirstColumn> <LastColumn alpha="255" blue="237" green="237" red="237"> Specifies a color. Attribute alpha: Specifies color's "alpha" component Attribute blue: Specifies color's "blue" component Attribute green: Specifies color's "green" component Attribute red: Specifies color's "red" component Possible values : red : All valid integer numbers (default value is "237") green : All valid integer numbers (default value is "237") blue : All valid integer numbers (default value is "237") alpha : All valid integer numbers (default value is "255")
</LastColumn> <LastRow alpha="255" blue="237" green="237" red="237"> Specifies a color. Attribute alpha: Specifies color's "alpha" component Attribute blue: Specifies color's "blue" component Attribute green: Specifies color's "green" component Attribute red: Specifies color's "red" component Possible values : red : All valid integer numbers (default value is "237") green : All valid integer numbers (default value is "237") blue : All valid integer numbers (default value is "237") alpha : All valid integer numbers (default value is "255")
</LastRow> <TitleRow alpha="255" blue="237" green="255" red="237"> Specifies a color. Attribute alpha: Specifies color's "alpha" component Attribute blue: Specifies color's "blue" component Attribute green: Specifies color's "green" component Attribute red: Specifies color's "red" component Possible values : red : All valid integer numbers (default value is "237") green : All valid integer numbers (default value is "255") blue : All valid integer numbers (default value is "237") alpha : All valid integer numbers (default value is "255")
</TitleRow> </Backgrounds> <Fonts> <General bold="false" family="Arial" file="" italic="false" size="10.0" underline="false"> Specifies font properties for text printing. Attribute bold: This parameter specifies the bold property of the font. Attribute family: This parameter specifies a font family for text printing. Attribute file: This parameter specifies a font from the external file name. This font will be used during text printing. Attribute italic: This parameter specifies the italic property of the font. Attribute size: This parameter specifies the size of font. Attribute underline: This parameter specifies the underline property of the font. Possible values : size : All valid float numbers (default value is "10.0") bold : "false", "true" (default value is "false") italic : "false", "true" (default value is "false") underline : "false", "true" (default value is "false")
</General> <Title bold="false" family="Arial" file="" italic="false" size="16.0" underline="false"> Specifies font properties for text printing. Attribute bold: This parameter specifies the bold property of the font. Attribute family: This parameter specifies a font family for text printing. Attribute file: This parameter specifies a font from the external file name. This font will be used during text printing. Attribute italic: This parameter specifies the italic property of the font. Attribute size: This parameter specifies the size of font. Attribute underline: This parameter specifies the underline property of the font. Possible values : size : All valid float numbers (default value is "16.0") bold : "false", "true" (default value is "false") italic : "false", "true" (default value is "false") underline : "false", "true" (default value is "false")
</Title> <Subtitle bold="false" family="Arial" file="" italic="false" size="10.0" underline="false"> Specifies font properties for text printing. Attribute bold: This parameter specifies the bold property of the font. Attribute family: This parameter specifies a font family for text printing. Attribute file: This parameter specifies a font from the external file name. This font will be used during text printing. Attribute italic: This parameter specifies the italic property of the font. Attribute size: This parameter specifies the size of font. Attribute underline: This parameter specifies the underline property of the font. Possible values : size : All valid float numbers (default value is "10.0") bold : "false", "true" (default value is "false") italic : "false", "true" (default value is "false") underline : "false", "true" (default value is "false")
</Subtitle> </Fonts> <FontColors> <General alpha="255" blue="0" green="0" red="0"> Specifies a color. Attribute alpha: Specifies color's "alpha" component Attribute blue: Specifies color's "blue" component Attribute green: Specifies color's "green" component Attribute red: Specifies color's "red" component Possible values : red : All valid integer numbers (default value is "0") green : All valid integer numbers (default value is "0") blue : All valid integer numbers (default value is "0") alpha : All valid integer numbers (default value is "255")
</General> <Title alpha="255" blue="0" green="0" red="0"> Specifies a color. Attribute alpha: Specifies color's "alpha" component Attribute blue: Specifies color's "blue" component Attribute green: Specifies color's "green" component Attribute red: Specifies color's "red" component Possible values : red : All valid integer numbers (default value is "0") green : All valid integer numbers (default value is "0") blue : All valid integer numbers (default value is "0") alpha : All valid integer numbers (default value is "255")
</Title> <Subtitle alpha="255" blue="67" green="0" red="0"> Specifies a color. Attribute alpha: Specifies color's "alpha" component Attribute blue: Specifies color's "blue" component Attribute green: Specifies color's "green" component Attribute red: Specifies color's "red" component Possible values : red : All valid integer numbers (default value is "0") green : All valid integer numbers (default value is "0") blue : All valid integer numbers (default value is "67") alpha : All valid integer numbers (default value is "255")
</Subtitle> </FontColors> </Settings> <ColWidths> Specify widths of all columns of table. Optional, but should be specified if using the colspan parameter of cells.
<ColWidth width="0"> Possible values : width : All valid integer numbers (default value is "0")
</ColWidth> </ColWidths> <Row> Add a row and cells to the table. Similar to the html tr/td tags.
<Cell colspan="0"> Specifies a table cell. Note that text in the cells retains any defined whitespace. Attribute colspan: Specifies the colspan parameter. Note that when spanning cells, all "skipped" cells must be defined if further cells follow on the same row. Possible values : colspan : All valid integer numbers (default value is "0")
</Cell> </Row> </DataTable> <Camera> Set a view. Specifies a camera view into a scene, with full control over view name, camera position and look direction, etc. Multiple view definitions can be made.
<Name value="UserView"> </Name> <Position x="0.0" y="0.0" z="-1.0"> Specifies a vector. Attribute x: Specifies vector's "X" component Attribute y: Specifies vector's "Y" component Attribute z: Specifies vector's "Z" component Possible values : x : All valid float numbers (default value is "0.0") y : All valid float numbers (default value is "0.0") z : All valid float numbers (default value is "-1.0")
</Position> <Up x="0.0" y="1.0" z="0.0"> Specifies a vector. Attribute x: Specifies vector's "X" component Attribute y: Specifies vector's "Y" component Attribute z: Specifies vector's "Z" component Possible values : x : All valid float numbers (default value is "0.0") y : All valid float numbers (default value is "1.0") z : All valid float numbers (default value is "0.0")
</Up> <Forward x="0.0" y="0.0" z="0.0"> Specifies a vector. Attribute x: Specifies vector's "X" component Attribute y: Specifies vector's "Y" component Attribute z: Specifies vector's "Z" component Possible values : x : All valid float numbers (default value is "0.0") y : All valid float numbers (default value is "0.0") z : All valid float numbers (default value is "0.0")
</Forward> <CenterOfRotation x="0.0" y="0.0" z="0.0"> Specifies a vector. Attribute x: Specifies vector's "X" component Attribute y: Specifies vector's "Y" component Attribute z: Specifies vector's "Z" component Possible values : x : All valid float numbers (default value is "0.0") y : All valid float numbers (default value is "0.0") z : All valid float numbers (default value is "0.0")
</CenterOfRotation> <IsPerspective value="true"> Possible values : value : "false", "true" (default value is "true")
</IsPerspective> <ViewAngle value="30.0"> Possible values : value : All valid float numbers (default value is "30.0")
</ViewAngle> <Cliping type="Automatic"> Adds near-far clipping plane control into a scene Specifies a near and far clipping distances for the entire scene, It is application and data dependent. Possible values : type : default value is "Automatic" "Automatic" "ExplicitNearFar" "Disabled"
<Near autoRecalculate="false" value="0.01"> Specifies 3D view clipping plane parameters Possible values : autoRecalculate : "false", "true" (default value is "false") value : All valid float numbers (default value is "0.01")
</Near> <Far autoRecalculate="false" value="100.0"> Specifies 3D view clipping plane parameters Possible values : autoRecalculate : "false", "true" (default value is "false") value : All valid float numbers (default value is "100.0")
</Far> </Cliping> <OrthoHeight value="494.0"> Possible values : value : All valid float numbers (default value is "494.0")
</OrthoHeight> <BackgroundColor alpha="255" blue="255" green="255" red="255"> Specifies a color. Attribute alpha: Specifies color's "alpha" component Attribute blue: Specifies color's "blue" component Attribute green: Specifies color's "green" component Attribute red: Specifies color's "red" component Possible values : red : All valid integer numbers (default value is "255") green : All valid integer numbers (default value is "255") blue : All valid integer numbers (default value is "255") alpha : All valid integer numbers (default value is "255")
</BackgroundColor> <Aspect value="1.0"> Possible values : value : All valid float numbers (default value is "1.0")
</Aspect> <OutlineAngle value="45.0"> Sets an outline angle for the camera. Since version 2.11 Outline angle specefies the minimum angle between two faces at which a silhouette edge will appear in illistration and outline render modes. Possible values : value : All valid float numbers (default value is "45.0")
</OutlineAngle> </Camera> <DefaultView> Set a default view for all 3D models. Specifies a camera view into a scene, with full control over view name, camera position and look direction, etc. Multiple view definitions can be made.
<CameraName value="UserView"> </CameraName> <Camera x="0.0" y="0.0" z="-1.0"> Specifies a vector. Attribute x: Specifies vector's "X" component Attribute y: Specifies vector's "Y" component Attribute z: Specifies vector's "Z" component Possible values : x : All valid float numbers (default value is "0.0") y : All valid float numbers (default value is "0.0") z : All valid float numbers (default value is "-1.0")
</Camera> <CameraUp x="0.0" y="1.0" z="0.0"> Specifies a vector. Attribute x: Specifies vector's "X" component Attribute y: Specifies vector's "Y" component Attribute z: Specifies vector's "Z" component Possible values : x : All valid float numbers (default value is "0.0") y : All valid float numbers (default value is "1.0") z : All valid float numbers (default value is "0.0")
</CameraUp> <CameraSpecifiedDir x="0.0" y="0.0" z="0.0"> Specifies a vector. Attribute x: Specifies vector's "X" component Attribute y: Specifies vector's "Y" component Attribute z: Specifies vector's "Z" component Possible values : x : All valid float numbers (default value is "0.0") y : All valid float numbers (default value is "0.0") z : All valid float numbers (default value is "0.0")
</CameraSpecifiedDir> <IsPerspective value="true"> Possible values : value : "false", "true" (default value is "true")
</IsPerspective> <ZoomFactor value="-1.0"> Possible values : value : All valid float numbers in range (-1.0 .. 1.0) (default value is "-1.0")
</ZoomFactor> <ViewAngle value="30.0"> Possible values : value : All valid float numbers (default value is "30.0")
</ViewAngle> <Cliping type="Automatic"> Adds near-far clipping plane control into a scene Specifies a near and far clipping distances for the entire scene, It is application and data dependent. Possible values : type : default value is "Automatic" "Automatic" "ExplicitNearFar" "Disabled"
<Near autoRecalculate="false" value="0.01"> Specifies 3D view clipping plane parameters Possible values : autoRecalculate : "false", "true" (default value is "false") value : All valid float numbers (default value is "0.01")
</Near> <Far autoRecalculate="false" value="100.0"> Specifies 3D view clipping plane parameters Possible values : autoRecalculate : "false", "true" (default value is "false") value : All valid float numbers (default value is "100.0")
</Far> </Cliping> <OutlineAngle value="45.0"> Sets an outline angle for the default camera view. Since version 2.11 Outline angle specefies the minimal angle between two faces at which a silhouette edge will appear in illistration and outline render modes. Possible values : value : All valid float numbers (default value is "45.0")
</OutlineAngle> </DefaultView> <PMIMarkup name=""> *** Please note: This tag is not supported by ReportGen. *** Defines a new PMI node. Attribute name: Specifies an unique name for PMIMarkup node. Possible values for this parameter are all valid alphanumeric strings (plus '_' symbol).
<PMIItem> </PMIItem> <PMIBeginPolyline> Specifies "BeginPolyline" PMI command. You can draw your PMI manually. In such a case you should use "API calls" from PDF3DPMIMarkup interface. For example, this data block is describing PDF3DPMIMarkup::BeginPolyline() method call. For details, please see PDF3DPMIMarkup::BeginPolyline() method specification.
</PMIBeginPolyline> <PMIBeginTriangle> Specifies "BeginTriangle" PMI command. You can draw your PMI manually. In such a case you should use "API calls" from PDF3DPMIMarkup interface. For example, this data block is describing PDF3DPMIMarkup::BeginTriangle() method call. For details, please see PDF3DPMIMarkup::BeginTriangle() method specification.
</PMIBeginTriangle> <PMIBeginTriangles> Specifies "BeginTriangles" PMI command. You can draw your PMI manually. In such a case you should use "API calls" from PDF3DPMIMarkup interface. For example, this data block is describing PDF3DPMIMarkup::BeginTriangles() method call. For details, please see PDF3DPMIMarkup::BeginTriangles() method specification.
</PMIBeginTriangles> <PMIBeginPolygon> Specifies "BeginPolygon" PMI command. You can draw your PMI manually. In such a case you should use "API calls" from PDF3DPMIMarkup interface. For example, this data block is describing PDF3DPMIMarkup::BeginPolygon() method call. For details, please see PDF3DPMIMarkup::BeginPolygon() method specification.
</PMIBeginPolygon> <PMIAddVertex> Specifies "AddVertex" PMI command. You can draw your PMI manually. In such a case you should use "API calls" from PDF3DPMIMarkup interface. For example, this data block is describing PDF3DPMIMarkup::AddVertex() method call. For details, please see PDF3DPMIMarkup::AddVertex() method specification.
<Position x="0.0" y="0.0" z="0.0"> Specifies "PDF3D_D3V vertex" argument in the appropriate method. Attribute x: Specifies vector's "X" component Attribute y: Specifies vector's "Y" component Attribute z: Specifies vector's "Z" component Possible values : x : All valid float numbers (default value is "0.0") y : All valid float numbers (default value is "0.0") z : All valid float numbers (default value is "0.0")
</Position> </PMIAddVertex> <PMIEndPolyline> Specifies "EndPolyline" PMI command. You can draw your PMI manually. In such a case you should use "API calls" from PDF3DPMIMarkup interface. For example, this data block is describing PDF3DPMIMarkup::EndPolyline() method call. For details, please see PDF3DPMIMarkup::EndPolyline() method specification.
</PMIEndPolyline> <PMIEndTriangle> Specifies "EndTriangle" PMI command. You can draw your PMI manually. In such a case you should use "API calls" from PDF3DPMIMarkup interface. For example, this data block is describing PDF3DPMIMarkup::EndTriangle() method call. For details, please see PDF3DPMIMarkup::EndTriangle() method specification.
</PMIEndTriangle> <PMIEndTriangles> Specifies "EndTriangles" PMI command. You can draw your PMI manually. In such a case you should use "API calls" from PDF3DPMIMarkup interface. For example, this data block is describing PDF3DPMIMarkup::EndTriangles() method call. For details, please see PDF3DPMIMarkup::EndTriangles() method specification.
</PMIEndTriangles> <PMIEndPolygon> Specifies "EndPolygon" PMI command. You can draw your PMI manually. In such a case you should use "API calls" from PDF3DPMIMarkup interface. For example, this data block is describing PDF3DPMIMarkup::EndPolygon() method call. For details, please see PDF3DPMIMarkup::EndPolygon() method specification.
</PMIEndPolygon> <PMIAddText> Specifies "AddText" PMI command. You can draw your PMI manually. In such a case you should use "API calls" from PDF3DPMIMarkup interface. For example, this data block is describing PDF3DPMIMarkup::AddText() method call. For details, please see PDF3DPMIMarkup::AddText() method specification.
<Text value=""> Specifies "const char *text" argument value for the appropriate PDF3D-SDK call.
</Text> <Position x="0.0" y="0.0" z="0.0"> Specifies "PDF3D_D3V originVertex" argument in the appropriate method. Attribute x: Specifies vector's "X" component Attribute y: Specifies vector's "Y" component Attribute z: Specifies vector's "Z" component Possible values : x : All valid float numbers (default value is "0.0") y : All valid float numbers (default value is "0.0") z : All valid float numbers (default value is "0.0")
</Position> </PMIAddText> <PMISetCurrentFont> Specifies "SetCurrentFont" PMI command. You can draw your PMI manually. In such a case you should use "API calls" from PDF3DPMIMarkup interface. For example, this data block is describing PDF3DPMIMarkup::SetCurrentFont() method call. For details, please see PDF3DPMIMarkup::SetCurrentFont() method specification.
<Font bold="false" family="Times New Roman" file="" italic="false" size="14.0" underline="false"> Specifies font properties. Attribute bold: This parameter specifies the bold property of the font. Attribute family: This parameter specifies a font family for text printing. Attribute file: This parameter specifies a font from the external file name. This font will be used during text printing. Attribute italic: This parameter specifies the italic property of the font. Attribute size: This parameter specifies the size of font. Attribute underline: This parameter specifies the underline property of the font. Possible values : size : All valid float numbers (default value is "14.0") bold : "false", "true" (default value is "false") italic : "false", "true" (default value is "false") underline : "false", "true" (default value is "false")
</Font> </PMISetCurrentFont> <PMISetCurrentColor> Specifies "SetCurrentColor" PMI command. You can draw your PMI manually. In such a case you should use "API calls" from PDF3DPMIMarkup interface. For example, this data block is describing PDF3DPMIMarkup::SetCurrentColor() method call. For details, please see PDF3DPMIMarkup::SetCurrentColor() method specification.
<Color alpha="255" blue="255" green="255" red="255"> Specifies "PDF3D_D4V color" argument. Attribute alpha: Specifies color's "alpha" component Attribute blue: Specifies color's "blue" component Attribute green: Specifies color's "green" component Attribute red: Specifies color's "red" component Possible values : red : All valid integer numbers (default value is "255") green : All valid integer numbers (default value is "255") blue : All valid integer numbers (default value is "255") alpha : All valid integer numbers (default value is "255")
</Color> </PMISetCurrentColor> <PMIOpenFixedSize> Specifies "OpenFixedSize" PMI command. You can draw your PMI manually. In such a case you should use "API calls" from PDF3DPMIMarkup interface. For example, this data block is describing PDF3DPMIMarkup::OpenFixedSize() method call. For details, please see PDF3DPMIMarkup::OpenFixedSize() method specification.
<Position x="0.0" y="0.0" z="0.0"> Specify "PDF3D_D3V originVertex" argument in the appropriate method. Attribute x: Specifies vector's "X" component Attribute y: Specifies vector's "Y" component Attribute z: Specifies vector's "Z" component Possible values : x : All valid float numbers (default value is "0.0") y : All valid float numbers (default value is "0.0") z : All valid float numbers (default value is "0.0")
</Position> </PMIOpenFixedSize> <PMICloseFixedSize> Specifies "CloseFixedSize" PMI command. You can draw your PMI manually. In such a case you should use "API calls" from PDF3DPMIMarkup interface. For example, this data block is describing PDF3DPMIMarkup::CloseFixedSize() method call. For details, please see PDF3DPMIMarkup::CloseFixedSize() method specification.
</PMICloseFixedSize> <PMIOpenBillboardView sizeType="markupZoomable"> Specifies "OpenBillboardView" PMI command. You can draw your PMI manually. In such a case you should use "API calls" from PDF3DPMIMarkup interface. For example, this data block is describing PDF3DPMIMarkup::OpenBillboardView() method call. For details, please see PDF3DPMIMarkup::OpenBillboardView() method specification. Attribute sizeType: Specifies "EMarkupSizeType sizeType" argument. Possible values : sizeType : default value is "markupZoomable" "markupFixedSize" "markupZoomable"
<Position x="0.0" y="0.0" z="0.0"> Specify "PDF3D_D3V originVertex" argument in the appropriate method. Attribute x: Specifies vector's "X" component Attribute y: Specifies vector's "Y" component Attribute z: Specifies vector's "Z" component Possible values : x : All valid float numbers (default value is "0.0") y : All valid float numbers (default value is "0.0") z : All valid float numbers (default value is "0.0")
</Position> </PMIOpenBillboardView> <PMICloseBillboardView> Specifies "CloseBillboardView" PMI command. You can draw your PMI manually. In such a case you should use "API calls" from PDF3DPMIMarkup interface. For example, this data block is describing PDF3DPMIMarkup::CloseBillboardView() method call. For details, please see PDF3DPMIMarkup::CloseBillboardView() method specification.
</PMICloseBillboardView> <PMIOpenMatrix> Specifies "OpenMatrix" PMI command. You can draw your PMI manually. In such a case you should use "API calls" from PDF3DPMIMarkup interface. For example, this data block is describing PDF3DPMIMarkup::OpenMatrix() method call. For details, please see PDF3DPMIMarkup::OpenMatrix() method specification.
<Matrix> Specifies matrix parameter.
<ColX w="0.0" x="1.0" y="0.0" z="0.0"> Specifies a vector. Attribute w: Specifies column's "W" component Attribute x: Specifies vector's "X" component Attribute y: Specifies vector's "Y" component Attribute z: Specifies vector's "Z" component Possible values : x : All valid float numbers (default value is "1.0") y : All valid float numbers (default value is "0.0") z : All valid float numbers (default value is "0.0") w : All valid float numbers (default value is "0.0")
</ColX> <ColY w="0.0" x="0.0" y="1.0" z="0.0"> Specifies a vector. Attribute w: Specifies column's "W" component Attribute x: Specifies vector's "X" component Attribute y: Specifies vector's "Y" component Attribute z: Specifies vector's "Z" component Possible values : x : All valid float numbers (default value is "0.0") y : All valid float numbers (default value is "1.0") z : All valid float numbers (default value is "0.0") w : All valid float numbers (default value is "0.0")
</ColY> <ColZ w="0.0" x="0.0" y="0.0" z="1.0"> Specifies a vector. Attribute w: Specifies column's "W" component Attribute x: Specifies vector's "X" component Attribute y: Specifies vector's "Y" component Attribute z: Specifies vector's "Z" component Possible values : x : All valid float numbers (default value is "0.0") y : All valid float numbers (default value is "0.0") z : All valid float numbers (default value is "1.0") w : All valid float numbers (default value is "0.0")
</ColZ> <ColW w="1.0" x="0.0" y="0.0" z="0.0"> Specifies a vector. Attribute w: Specifies column's "W" component Attribute x: Specifies vector's "X" component Attribute y: Specifies vector's "Y" component Attribute z: Specifies vector's "Z" component Possible values : x : All valid float numbers (default value is "0.0") y : All valid float numbers (default value is "0.0") z : All valid float numbers (default value is "0.0") w : All valid float numbers (default value is "1.0")
</ColW> </Matrix> </PMIOpenMatrix> <PMICloseMatrix> Specifies "CloseMatrix" PMI command. You can draw your PMI manually. In such a case you should use "API calls" from PDF3DPMIMarkup interface. For example, this data block is describing PDF3DPMIMarkup::CloseMatrix() method call. For details, please see PDF3DPMIMarkup::CloseMatrix() method specification.
</PMICloseMatrix> <PMIOpenLineStyle dashPhase="0.0" isScaled="false" lineWidth="1.0"> Specifies "OpenLineStyle" PMI command. You can draw your PMI manually. In such a case you should use "API calls" from PDF3DPMIMarkup interface. For example, this data block is describing PDF3DPMIMarkup::OpenLineStyle() method call. For details, please see PDF3DPMIMarkup::OpenLineStyle() method specification. Possible values : lineWidth : All valid float numbers (default value is "1.0") dashPhase : All valid float numbers (default value is "0.0") isScaled : "false", "true" (default value is "false")
<Color alpha="255" blue="255" green="255" red="255"> Specifies "PDF3D_D4V color" argument. Attribute alpha: Specifies color's "alpha" component Attribute blue: Specifies color's "blue" component Attribute green: Specifies color's "green" component Attribute red: Specifies color's "red" component Possible values : red : All valid integer numbers (default value is "255") green : All valid integer numbers (default value is "255") blue : All valid integer numbers (default value is "255") alpha : All valid integer numbers (default value is "255")
</Color> <Dash value="0.0"> Possible values : value : All valid float numbers (default value is "0.0")
</Dash> </PMIOpenLineStyle> <PMICloseLineStyle> Specifies "CloseLineStyle" PMI command. You can draw your PMI manually. In such a case you should use "API calls" from PDF3DPMIMarkup interface. For example, this data block is describing PDF3DPMIMarkup::CloseLineStyle() method call. For details, please see PDF3DPMIMarkup::CloseLineStyle() method specification.
</PMICloseLineStyle> <PMIClear> Specifies "Clear" PMI command. You can draw your PMI manually. In such a case you should use "API calls" from PDF3DPMIMarkup interface. For example, this data block is describing PDF3DPMIMarkup::Clear() method call. For details, please see PDF3DPMIMarkup::Clear() method specification.
</PMIClear> <PMILabel textOnly="false"> Specifies the simple PMI label with anchor. This data block is similar to PDF3D-SDK's PDF3DPMILabel class. You can use PDF3DPMILabel class documentation also. Attribute textOnly: Specifies that text only should be shown. Possible values : textOnly : "false", "true" (default value is "false")
<Anchor x="0.0" y="0.0" z="0.0"> Specifies anchor point coordinates. Attribute x: Specifies vector's "X" component Attribute y: Specifies vector's "Y" component Attribute z: Specifies vector's "Z" component Possible values : x : All valid float numbers (default value is "0.0") y : All valid float numbers (default value is "0.0") z : All valid float numbers (default value is "0.0")
</Anchor> <Opposite x="0.0" y="0.0" z="0.0"> Specifies opposite point coordinates. Attribute x: Specifies vector's "X" component Attribute y: Specifies vector's "Y" component Attribute z: Specifies vector's "Z" component Possible values : x : All valid float numbers (default value is "0.0") y : All valid float numbers (default value is "0.0") z : All valid float numbers (default value is "0.0")
</Opposite> <HSegmentLength value="0"> Specifies horizontal segment length. Possible values : value : All valid integer numbers (default value is "0")
</HSegmentLength> <Text height="0.0" left="0.0" overrideText2DSize="false" sizeType="markupZoomable" top="0.0" value="" width="0.0"> Specifies PMI text mark. Attribute sizeType: Specifies size type. It could be of fixed size or zoomable. Possible values : left : All valid float numbers (default value is "0.0") top : All valid float numbers (default value is "0.0") width : All valid float numbers (default value is "0.0") height : All valid float numbers (default value is "0.0") overrideText2DSize : "false", "true" (default value is "false") sizeType : default value is "markupZoomable" "markupFixedSize" "markupZoomable"
</Text> <LineColor alpha="255" blue="255" green="255" red="255"> Specifies line color. Attribute alpha: Specifies color's "alpha" component Attribute blue: Specifies color's "blue" component Attribute green: Specifies color's "green" component Attribute red: Specifies color's "red" component Possible values : red : All valid integer numbers (default value is "255") green : All valid integer numbers (default value is "255") blue : All valid integer numbers (default value is "255") alpha : All valid integer numbers (default value is "255")
</LineColor> <TextColor alpha="255" blue="255" green="255" red="255"> Specifies text color. Attribute alpha: Specifies color's "alpha" component Attribute blue: Specifies color's "blue" component Attribute green: Specifies color's "green" component Attribute red: Specifies color's "red" component Possible values : red : All valid integer numbers (default value is "255") green : All valid integer numbers (default value is "255") blue : All valid integer numbers (default value is "255") alpha : All valid integer numbers (default value is "255")
</TextColor> <Font bold="false" family="Times New Roman" file="" italic="false" size="14.0" underline="false"> Specifies font properties. Attribute bold: This parameter specifies the bold property of the font. Attribute family: This parameter specifies a font family for text printing. Attribute file: This parameter specifies a font from the external file name. This font will be used during text printing. Attribute italic: This parameter specifies the italic property of the font. Attribute size: This parameter specifies the size of font. Attribute underline: This parameter specifies the underline property of the font. Possible values : size : All valid float numbers (default value is "14.0") bold : "false", "true" (default value is "false") italic : "false", "true" (default value is "false") underline : "false", "true" (default value is "false")
</Font> </PMILabel> <PMILinearSize arrowsInside="true" drawAnchor1Line="true" drawAnchor2Line="true" textInside="true" textOnly="false"> Specifies the simple linear size PMI. This data block is similar to PDF3D-SDK's PDF3DPMILabel class. You can use PDF3DPMILabel class documentation also. This data block is similar to PDF3D-SDK's PDF3DPMILinearSize class. You can use PDF3DPMILinearSize class documentation also. Attribute arrowsInside: Specifies arrows inside a flag. Attribute drawAnchor1Line: Specifies enable draw anchor1 line flag. Attribute drawAnchor2Line: Specifies enable draw anchor2 line flag. Attribute textInside: Specifies text inside a flag. Attribute textOnly: Specifies that text only should be shown. Possible values : textOnly : "false", "true" (default value is "false") drawAnchor1Line : "false", "true" (default value is "true") drawAnchor2Line : "false", "true" (default value is "true") textInside : "false", "true" (default value is "true") arrowsInside : "false", "true" (default value is "true")
<Anchor x="0.0" y="0.0" z="0.0"> Specifies anchor point coordinates. Attribute x: Specifies vector's "X" component Attribute y: Specifies vector's "Y" component Attribute z: Specifies vector's "Z" component Possible values : x : All valid float numbers (default value is "0.0") y : All valid float numbers (default value is "0.0") z : All valid float numbers (default value is "0.0")
</Anchor> <Opposite x="0.0" y="0.0" z="0.0"> Specifies opposite point coordinates. Attribute x: Specifies vector's "X" component Attribute y: Specifies vector's "Y" component Attribute z: Specifies vector's "Z" component Possible values : x : All valid float numbers (default value is "0.0") y : All valid float numbers (default value is "0.0") z : All valid float numbers (default value is "0.0")
</Opposite> <HSegmentLength value="0"> Specifies horizontal segment length. Possible values : value : All valid integer numbers (default value is "0")
</HSegmentLength> <Text height="0.0" left="0.0" overrideText2DSize="false" sizeType="markupZoomable" top="0.0" value="" width="0.0"> Specifies PMI text mark. Attribute sizeType: Specifies size type. It could be of fixed size or zoomable. Possible values : left : All valid float numbers (default value is "0.0") top : All valid float numbers (default value is "0.0") width : All valid float numbers (default value is "0.0") height : All valid float numbers (default value is "0.0") overrideText2DSize : "false", "true" (default value is "false") sizeType : default value is "markupZoomable" "markupFixedSize" "markupZoomable"
</Text> <LineColor alpha="255" blue="255" green="255" red="255"> Specifies line color. Attribute alpha: Specifies color's "alpha" component Attribute blue: Specifies color's "blue" component Attribute green: Specifies color's "green" component Attribute red: Specifies color's "red" component Possible values : red : All valid integer numbers (default value is "255") green : All valid integer numbers (default value is "255") blue : All valid integer numbers (default value is "255") alpha : All valid integer numbers (default value is "255")
</LineColor> <TextColor alpha="255" blue="255" green="255" red="255"> Specifies text color. Attribute alpha: Specifies color's "alpha" component Attribute blue: Specifies color's "blue" component Attribute green: Specifies color's "green" component Attribute red: Specifies color's "red" component Possible values : red : All valid integer numbers (default value is "255") green : All valid integer numbers (default value is "255") blue : All valid integer numbers (default value is "255") alpha : All valid integer numbers (default value is "255")
</TextColor> <Font bold="false" family="Times New Roman" file="" italic="false" size="14.0" underline="false"> Specifies font properties. Attribute bold: This parameter specifies the bold property of the font. Attribute family: This parameter specifies a font family for text printing. Attribute file: This parameter specifies a font from the external file name. This font will be used during text printing. Attribute italic: This parameter specifies the italic property of the font. Attribute size: This parameter specifies the size of font. Attribute underline: This parameter specifies the underline property of the font. Possible values : size : All valid float numbers (default value is "14.0") bold : "false", "true" (default value is "false") italic : "false", "true" (default value is "false") underline : "false", "true" (default value is "false")
</Font> <Anchor2 x="0.0" y="0.0" z="0.0"> Specifies anchor2 point coordinates. Attribute x: Specifies vector's "X" component Attribute y: Specifies vector's "Y" component Attribute z: Specifies vector's "Z" component Possible values : x : All valid float numbers (default value is "0.0") y : All valid float numbers (default value is "0.0") z : All valid float numbers (default value is "0.0")
</Anchor2> <Standoff value="0"> Specifies overrided standoff value. Possible values : value : All valid integer numbers (default value is "0")
</Standoff> <StandoffRight value="0"> Specifies overrided the right standoff value. Possible values : value : All valid integer numbers (default value is "0")
</StandoffRight> <StandoffLeft value="0"> Specifies overrided the left standoff value. Possible values : value : All valid integer numbers (default value is "0")
</StandoffLeft> </PMILinearSize> <PMIRadialSize arrowsInside="true" drawType="OnePointOnCircle" textInside="true" textOnly="false"> Specifies the simple radial size PMI. This data block is similar to PDF3D-SDK's PDF3DPMILabel class. You can use PDF3DPMILabel class documentation also. This data block is similar to PDF3D-SDK's PDF3DPMIRadialSize class. You can use PDF3DPMIRadialSize class documentation also. Attribute arrowsInside: Specifies arrows inside flag. Attribute drawType: Specifies draw type. Please see PDF3DPMIRadialSize class documentation for its meaning. Attribute textInside: Specifies text inside flag. Attribute textOnly: Specifies that text only should be shown. Possible values : textOnly : "false", "true" (default value is "false") drawType : default value is "OnePointOnCircle" "OnePointOnCircle" "TwoPointsOnCircle" textInside : "false", "true" (default value is "true") arrowsInside : "false", "true" (default value is "true")
<Anchor x="0.0" y="0.0" z="0.0"> Specifies anchor point coordinates. Attribute x: Specifies vector's "X" component Attribute y: Specifies vector's "Y" component Attribute z: Specifies vector's "Z" component Possible values : x : All valid float numbers (default value is "0.0") y : All valid float numbers (default value is "0.0") z : All valid float numbers (default value is "0.0")
</Anchor> <Opposite x="0.0" y="0.0" z="0.0"> Specifies opposite point coordinates. Attribute x: Specifies vector's "X" component Attribute y: Specifies vector's "Y" component Attribute z: Specifies vector's "Z" component Possible values : x : All valid float numbers (default value is "0.0") y : All valid float numbers (default value is "0.0") z : All valid float numbers (default value is "0.0")
</Opposite> <HSegmentLength value="0"> Specifies horizontal segment length. Possible values : value : All valid integer numbers (default value is "0")
</HSegmentLength> <Text height="0.0" left="0.0" overrideText2DSize="false" sizeType="markupZoomable" top="0.0" value="" width="0.0"> Specifies PMI text mark. Attribute sizeType: Specifies size type. It could be of fixed size or zoomable. Possible values : left : All valid float numbers (default value is "0.0") top : All valid float numbers (default value is "0.0") width : All valid float numbers (default value is "0.0") height : All valid float numbers (default value is "0.0") overrideText2DSize : "false", "true" (default value is "false") sizeType : default value is "markupZoomable" "markupFixedSize" "markupZoomable"
</Text> <LineColor alpha="255" blue="255" green="255" red="255"> Specifies line color. Attribute alpha: Specifies color's "alpha" component Attribute blue: Specifies color's "blue" component Attribute green: Specifies color's "green" component Attribute red: Specifies color's "red" component Possible values : red : All valid integer numbers (default value is "255") green : All valid integer numbers (default value is "255") blue : All valid integer numbers (default value is "255") alpha : All valid integer numbers (default value is "255")
</LineColor> <TextColor alpha="255" blue="255" green="255" red="255"> Specifies text color. Attribute alpha: Specifies color's "alpha" component Attribute blue: Specifies color's "blue" component Attribute green: Specifies color's "green" component Attribute red: Specifies color's "red" component Possible values : red : All valid integer numbers (default value is "255") green : All valid integer numbers (default value is "255") blue : All valid integer numbers (default value is "255") alpha : All valid integer numbers (default value is "255")
</TextColor> <Font bold="false" family="Times New Roman" file="" italic="false" size="14.0" underline="false"> Specifies font properties. Attribute bold: This parameter specifies the bold property of the font. Attribute family: This parameter specifies a font family for text printing. Attribute file: This parameter specifies a font from the external file name. This font will be used during text printing. Attribute italic: This parameter specifies the italic property of the font. Attribute size: This parameter specifies the size of font. Attribute underline: This parameter specifies the underline property of the font. Possible values : size : All valid float numbers (default value is "14.0") bold : "false", "true" (default value is "false") italic : "false", "true" (default value is "false") underline : "false", "true" (default value is "false")
</Font> <Anchor2 x="0.0" y="0.0" z="0.0"> Specify anchor2 point coordinates. Attribute x: Specifies vector's "X" component Attribute y: Specifies vector's "Y" component Attribute z: Specifies vector's "Z" component Possible values : x : All valid float numbers (default value is "0.0") y : All valid float numbers (default value is "0.0") z : All valid float numbers (default value is "0.0")
</Anchor2> <OverridedStandoff1 value="0"> Specifies overrided standoff1 value. Possible values : value : All valid integer numbers (default value is "0")
</OverridedStandoff1> <OverridedStandoff2 value="0"> Specifies overrided standoff2 value. Possible values : value : All valid integer numbers (default value is "0")
</OverridedStandoff2> </PMIRadialSize> </PMIMarkup> <ViewDependent resetToOriginal="true"> *** Please note: This tag is not supported by ReportGen. *** Defines a new view-dependent node visibility and opacity block. Attribute resetToOriginal: Specifies reset to original flag. If false, node visibility remains as previously set, when views are changed. If true, node visibility may be reset by view changes. Possible values : resetToOriginal : "false", "true" (default value is "true")
<Views> Specifies a set of views, the current view-dependent operates on this view set. Note that you can perform three basic operations in a set: set union, set difference and set intersection.
<VDNode> </VDNode> <ByName name=""> Specifies a single view or model. This view or model is specified by name.
</ByName> <ByDefaultNumber number="0"> Specifies a single view. This view is specified by default view order number. Possible values : number : All valid integer numbers (default value is "0")
</ByDefaultNumber> <ByLocalNumberFromAssembly assembly="" number="0"> Specifies a single view or model. This view or model is specified by local view or model number in a particular assembly (sub-scene). Possible values : number : All valid integer numbers (default value is "0")
</ByLocalNumberFromAssembly> <ByGlobalNumber number="0"> Specifies a single view or model. This single view or model is specified by global view or model number. Possible values : number : All valid integer numbers (default value is "0")
</ByGlobalNumber> <AllDefault> Specifies a view set which consists of default views only.
</AllDefault> <AllFromAssembly assembly=""> Specifies a view or model set which consists only of a particular views/models of an assembly.
</AllFromAssembly> <All> Specifies a view or model set which consists of all views/models of the entire 3D scene.
</All> <AllUnspecified> Specifies a view or model set which consists of unset views/models.
</AllUnspecified> <Union> </Union> <Intersection> Performs view set intersection operation.
</Intersection> <Difference> Performs set difference operation.
</Difference> </Views> <ModelGroup> Specifies a set of models, the current view-dependent operates on this model set. Note that you can perform three basic operations in a set: set union, set difference and set intersection. Also some properties of a model group can be specified here (visibility and opacity).
<Models> Specifies a set of models.
<VDNode> </VDNode> <ByName name=""> Specifies a single view or model. This view or model is specified by name.
</ByName> <ByDefaultNumber number="0"> Specifies a single view. This view is specified by default view order number. Possible values : number : All valid integer numbers (default value is "0")
</ByDefaultNumber> <ByLocalNumberFromAssembly assembly="" number="0"> Specifies a single view or model. This view or model is specified by local view or model number in a particular assembly (sub-scene). Possible values : number : All valid integer numbers (default value is "0")
</ByLocalNumberFromAssembly> <ByGlobalNumber number="0"> Specifies a single view or model. This single view or model is specified by global view or model number. Possible values : number : All valid integer numbers (default value is "0")
</ByGlobalNumber> <AllDefault> Specifies a view set which consists of default views only.
</AllDefault> <AllFromAssembly assembly=""> Specifies a view or model set which consists only of a particular views/models of an assembly.
</AllFromAssembly> <All> Specifies a view or model set which consists of all views/models of the entire 3D scene.
</All> <AllUnspecified> Specifies a view or model set which consists of unset views/models.
</AllUnspecified> <Union> </Union> <Intersection> Performs view set intersection operation.
</Intersection> <Difference> Performs set difference operation.
</Difference> </Models> <Visibility value="false"> Specifies model group visibility value. If a view from the specified above views is selected then the specified models will change its visibility state to the specified here. Possible values : value : "false", "true" (default value is "false")
</Visibility> <Opacity value="1.0"> Specifies model group opacity value. If a view from the specified above views is selected then the specified models will change its opacity property value to the specified here. Possible values : value : All valid float numbers in range (0.0 .. 1.0) (default value is "1.0")
</Opacity> </ModelGroup> </ViewDependent> <Metadata nodeName=""> Adds a new metadata entry and associates it with the particular 3D scene node. Please note that you can have a lot of metadata entries, generally as many as you have nodes in the 3D scene.
<MetadataItem key="" value=""> Adds a new metadata item. A metadata item is a "key" and "value" matching pair. Please note that you can have many matadata items for each node, there is no upper limit except practical memory resource limits. Attribute key: Specifies a "key" value for metadata item. Attribute value: Specifies a "value" value for metadata item.
</MetadataItem> </Metadata> <RigidAnimation animationName="" delayMultiplierByDefault="1.0" forwardDirectionByDefault="true" fps="20" hardTiming="false" initiallyPlaying="false" repeatByDefault="true" repeatModeByDefault="Normal" useInterpolation="true"> Creates the rigid animation. Attribute animationName: This parameter specifies the animation name. You can use this name as animationIDString parameter to pass it into PDF3D-SDK APIs calls. The animation name must be unique. Possible values are all valid alphanumeric strings (plus '_' symbol). Attribute delayMultiplierByDefault: This parameter specifies the initial "video speed". In fact this parameter specifies the multiplier for delay between two frames. If this parameter is zero then fastest possible speed is selected (i.e. no delay). Attribute forwardDirectionByDefault: This parameter specifies the initial direction of playback. Attribute fps: This parameter specifies the frames per second parameter. This parameter is used while animation is playing. Attribute hardTiming: This parameter specifies the timing mode. This parameter is used while the animation is playing. If this parameter is true then Adobe Reader should skip frames if needed to keep faithfull time. If this parameter is false then Adobe Reader should slow down if busy to display all keyframes, without skipping. Attribute initiallyPlaying: If initiallyPlaying is true then animation is playing by default. Otherwise, the animation is stopped. Attribute repeatByDefault: If repeatByDefault is true then repeat mode is enabled by default. Otherwise, the repeat mode is disabled. Attribute repeatModeByDefault: This parameter specifies the global repeat mode by default. The specified model repeats the movement. The specified model moves forward then the specified model moves backward. Possible values : initiallyPlaying : "false", "true" (default value is "false") repeatByDefault : "false", "true" (default value is "true") repeatModeByDefault : default value is "Normal" "None": The specified model moves once then stops. "Normal": Normal repeat mode. "PingPong": PingPong repeat mode. "Smooth": The specified model moves forward then returns to the initial position smoothly. forwardDirectionByDefault : "false", "true" (default value is "true") delayMultiplierByDefault : All valid float numbers (default value is "1.0") fps : All valid integer numbers (default value is "20") hardTiming : "false", "true" (default value is "false") useInterpolation : "false", "true" (default value is "true")
<CameraMovement localRepeatMode="PingPong"> Specifies the movement of a camera. Attribute localRepeatMode: This parameter specifies the local repeat mode for this node. Please note if the node movement is a slowest node movement in the animation then "localRepeatMode" parameter is ignored and GLOBAL repeat mode is used. Please note that global repeat mode is specified by user, by animation controls. Please note that you can use "AnimationControls" data block's parameters to specifiy the default global repeat mode. The specified model repeats the movement. The specified model moves forward then the specified model moves backward. Possible values : localRepeatMode : default value is "PingPong" "None": The specified model moves once then stops. "Normal": Normal repeat mode. "PingPong": PingPong repeat mode. "Smooth": The specified model moves forward then returns to the initial position smoothly.
<KeyFrame> The movement must contain at least two (2) keyframes.
<Delay value="2.0"> Specifies the delay for the particular keyframe. Possible values : value : All valid float n