The position of the bitmap.

An optional description, used to identify the object information of the bitmap.

If true, the line part is visible, otherwise the line part is not visible.

The color of the line part.

The bitmap filename located on the server. The path can be absolute or relative to the bitmap directory of the server.

The transparency color. For example the color of the bitmap which is not displayed. If this element is empty the color from the top left corner of the bitmap is used.

The reference point of the bitmap which matches the given position. If empty, the center point of the bitmap is used.

The single bitmaps of the collection.

The display options for each bitmap within the collection.

The red part of the color value.

The green part of the color value.

The blue part of the color value.

If true, the MapSection or BoundingBox element is ignored and the visible map section is determined automatically by collecting all layer objects. In that case, the map displays all objects for which this parameter is true.

Additional information for all visible objects of this layer are returned in the response (especially the image coordinates). Geometry information is not supported. In order to match the object information correctly, the layer name must be unique.

The drawing priority, a value between PRIORMIN and PRIORMAX from the enumeration DrawPriorities. The greater the value, the later the object is drawn. The drawing priority needs not be an exact value from DrawPriorities. All objects of the same drawing priority are drawn in an arbitrary order. In order to draw an object beneath or over the streets, choose a value less or greater than PRIORSTREET.

The rendered bitmaps of the layer. In order to display several bitmaps, distribute them into several groups. Each group has the same set of options.

The displayed lines of the layer. In order to display several lines, distribute them into several groups. Each group has the same set of options.

The displayed texts of the layer. In order to display several texts, distribute them into several groups. Each group has the same set of options.

Additional information for all visible objects of this layer are returned in the response.

The name of the font.

The text size in pt.

If true, the text is in bold face.

If true, the text is italic.

If true, the text is underlined.

If true, the text is framed.

The displayed geometries.

The display options.

The data of the geometry.

The reference point of the geometry. Ignored when it is an instance of GeometryExt.

Identifies the found object information.

The description which can be found in the object information.

The geometry in different formats than coordinate lists but using a syntax similar to WKT. Currently, the following formats are allowed: For a list of provider ids, LINESTRINGSEG(id direction country,...,id direction country), whereby direction is 0 for segments which have the same orientation of the line string and 1 otherwise, and for a list of xyn-Tupels LINESTRINGXYN(country tile x y n,...,country tile x y n), whereby the 5-tupel country tile x y n denotes a unique geo id.

Additional information for all visible objects of this layer are returned in the response (especially the image coordinates).

See DrawPriorities.

A list of rendered geometry groups. Each geometry group has its own display options.

The option key.

The option value. The range of the value can be found in the description of each key.

The raw data of the image if included in the response.

The image URL if the image is not included in the response.

The format of the image file.

The image width in pixels.

The image height in pixels.

JPG

• quality ('quality:90')

PNG

• color depth ('bpp:24')
• interlaced ('interlaced')
• no compression and color reduction ('nocompression')

For GIF the 'interlaced' and 'citrix-palette' parameters are deprecated.

The name of the layer (case-insensitive). The field must not be empty. For a StaticLayer it must equal 'street', 'town', or 'background'.

If true, the layer is visible, otherwise the layer is not visible.

The pixel position in the image.

The geographic coordinates of the object.

The description text of the object. For StaticPoiLayer, SMOLayer, and GeometryLayer it is in the format 'category#description'. Depending on the data, category and description can on the other hand be separated by special character sequences. Contact the data provider for detail information of the structure for this description string.

Identifies the value. For the custom layer this value's high-order word specifies the number of the layer in the request, the low-order word represents the number of the array in the current layer. For StaticPoiLayer, SMOLayer, and GeometryLayer this is an internal value.

ID value. For the custom layer this value's high-order word specifies the number of the object in the current array, the low-order word is 0, except for the default flags of a line. In that case it is 1 for the start and 2 for the destination flag.

This element is used to the complete object geometry to the client if not null.

The drawing options of the main line.

The drawing options for the side line (not yet implemented).

The drawing options for the arrows along the line.

If true, the line is drawn transparent.

If true, flags are visible at start and end point of the line.

The width of the line part in pixels. If negative, the absolute value will be added to the width of a motorway in the current view.

The lines to render.

The display options.

The visible section of the rendered image.

The actual image of the map.

Information about objects placed on the map.

If true, the scale is visible, otherwise the scale is not visible.

If true, miles instead of kilometers are displayed for the scale.

The language in which geographical names are displayed on the map (especially the town names). Specified by a language code according to the BCP 47 standard track defined by the Internet Engineering Task Force (IETF). For most cases the ISO 639-1 code suffices. For example: "en" for English or "de" for German. It depends on the data whether or not texts are available in the given language. If the language is not available for a certain name, it will be displayed in the default language.

The special value of 'x-ptv-DFT' can also be given in order to display the names in the major language of the respective country or region (for example English in the UK, German in Germany, French in Wallonia, Flemish in Flanders).

If left empty, the language specified in the profile will be used. If nothing is specified in the profile, 'x-ptv-DFT' is used.

The reference time used for time dependent feature layers. The time must be specified as a string using the xsd:datetime syntax, for example 2014-05-14T12:03:00+02:00.

If this parameter is not set, it is assumed as now, meaning the local time of the PTV xMap Server.

Specifies the center of the rendered map section.

The scale of the map. The scale is specified by SmartUnits (coordinate units per pixel). For example each pixel covers the given number of SmartUnits. SmartUnits are linear transformed Mercator coordinates with a factor of 4.809543.

When a specific map section is needed, use renderMapBoundingBox instead of calculating center and scale. Use renderMap when the scale is known from a previous request and you want to zoom in or out (for example by doubling or halving the scale).

Horizontal moving of the displayed map section. A positive value moves the section to the right, a negative value moves the section to the left.

Vertical moving of the displayed map section. A positive value moves the section to the top, a negative value moves the section to the bottom.

Factor to zoom in (positive) or out (negative). +1 zooms in to half of the currently visible map. -1 zooms out to the double of the currently visible map.

The map angle, specified in degrees. The map rotates counterclockwise. By default: 0 (the north direction is adjusted on top). For example rotating the map by 45 degrees shows the map with north-east direction to the top.

The object geometry in pixel coordinates.

The object geometry in geographical coordinates.

The lower-case name of the layer which comprises the objects.

The objects of the layer.

The data of the bitmap.

Additional information for all visible objects of this layer are returned in the response (especially the image coordinates).

Additional information for all visible objects of this layer are returned in the response (especially the image coordinates).

The raw SMO data specified by the SMO2 format. SMO1 is no longer supported.

Deprecated. For compatibility reasons this parameter can contain the 'configuration' part of the layer name. The attribute 'name' must then contain only the layer name without profile and filter.

The detail level of the layer. Generally, the higher the value the more detailed the layer is displayed. Negative values decrease the detail level. The range is different for each layer. There will be no error message if the layer does not support detail levels or the value is out of range. For the street layer the range is +/-1, and for the town layer the range is +/-2 .

The category of the layer. To affect all categories, for example the complete layer, choose category -1. Street, town, and background do not support categories, always enter -1 here.

Additional information for all visible objects of this layer are returned in the response (especially the image coordinates).

The draw position where do draw the raster images.

The position of the text.

The text string.

The color of the text.

The color of the frame around the text.

The background color of the frame.

The used font.

The alignment of the text.

Specifies the horizontal position of the text.

Specifies the vertical position of the text.

Horizontal moving of the displayed text. A positive value moves the text to the right, a negative value moves the text to the left.

Vertical moving of the displayed text. A positive value moves the text to the top, a negative value moves the text to the bottom.

If true, the frame around the text is visible.

If true, the background of the text is filled with the specified color.

The collection of texts.

The display options.

The bounding box of the response image.

The center point of the image.

The scale of the image.

The map angle, specified in degrees. The map rotates counterclockwise. By default: 0 (the north direction is adjusted on top). For example rotating the map by 45 degrees shows the map with north-east direction to the top.

The lower left corner of the map image.

The upper left corner of the map image.

The upper right corner of the map image.

The lower right corner of the map image.

Drawn below the route.

Drawn below the streets.

Drawn below the names.

Drawn on top.

Minimum priority

Bridges

Height

Other

Rail

Tunnels

Water

Background

Routes

Toll data

Scenic routes

Streets

Town points

One-way symbol

City names

City names category 14 (>500000)

City names category 13 (250000-500000)

City names category 12 (100000-250000)

City names category 11 (50000-100000)

City names category 10 (20000-50000)

City names category 9 (10000-20000)

City names category 8 (5000-10000)

City names category 7 (3000-5000)

City names category 6 (2000-3000)

City names category 5 (1000-2000)

City names category 4 (500-1000)

City names category 3 (200-500)

City names category 2 (100-200)

City names category 1 (100)

Street signs

Street signs motorways

Street signs trunk roads

Street names

Street names motorways

Street names Europe roads

Street names trunk roads

Street names country roads

Street names county roads

Street names town streets

Street names residential area streets

Street names play streets

Signs of intersections

House number

General text

Points of interest (on top)

Maximum priority

A successful Request.

Unable to initialize PTV xMap Server, map path could not be found. Please check the configuration.

Unable to initialize PTV xMap Server, could not read configuration file xmap.properties. Make sure that this file exists in the conf folder.

Unable to initialize PTV xMap Server, could not instantiate rendering engine. Maybe the system is out of memory. If this persists, please contact the technical support.

Unable to initialize PTV xMap Server, could not initialize rendering engine on map path. Please check the configuration.

Unable to initialize PTV xMap Server, image processing could not be initialized. If this persists, please contact the technical support.

Unexpected error, could not resolve the computer name of the host. If this persists, please contact the technical support.

Unable to initialize PTV xMap Server, bitmap path could not be found. Please check the configuration.

Unable to initialize PTV xMap Server, ImageMapServer path could not be found. Please check the configuration.

Unable to initialize PTV xMap Server, ImageMapServer path could not be created. Please check the configuration.

Unexpected error, unable to obtain module environment. If this persists, please contact the technical support.

Unexpected error, profile is empty. If this persists, please contact the technical support.

Unexpected error, unable to obtain license file access. If this persists, please contact the technical support.

Unable to initialize PTV xMap Server, rasterlayer path could not be found. Please check the configuration.

Unable to initialize PTV xMap Server, POI path could not be found. Please check the configuration.

Unable to initialize PTV xMap Server, rasterlayer could not be initialized. Please check the configuration.

Unable to initialize PTV xMap Server, POI path could not be initialized. Please check the configuration.

Unable to initialize PTV xMap Server, element path could not be found. Please check the configuration.

Unable to initialize PTV xMap Server, invalid value for labeling.engine in xmap.properties. Please check the configuration.

Unable to initialize PTV xMap Server, TerrainLayer path could not be found. Please check the configuration.

Unable to initialize PTV xMap Server, could not initialize layer, probably the name is multiply defined. Please check the configuration.

Licensing error, unable to execute request, XMapServer requests are not licensed. Please contact your vendor for a proper license.

Licensing error, unable to execute request, PTV xMap Server requests using smoLayer (POI) are not licensed. Please contact your vendor for a proper license.

Licensing error, unable to execute request, PTV xMap Server requests using traffic information are not licensed. Please contact your vendor for a proper license.

Licensing error, unable to initialize PTV xMap Server, RasterLayer is not licensed. Please contact your vendor for a proper license.

Licensing error, unable to initialize PTV xMap Server, TerrainLayer is not licensed. Please contact your vendor for a proper license.

Unable to render bitmap, rendering configuration unavailable. If this persists, please contact the technical support.

Unable to render bitmap, invalid size. Please check the request.

Unable to render map, element MapSection is not specified. Please check the request.

Unable to render map, element MapSection:Center is not specified. Please check the request.

Unable to render map, element ImageInfo is not specified. Please check the request.

Unable to render map, encountered layer element of unknown type. Please check the request.

Unable to render map, bitmap could not be loaded. Please check the request or install the missing bitmap file.

Unable to render map, bitmap specified in request could not be decoded. If this persists, please contact the technical support or save it as a different bitmap format.

Unable to render map, bitmap's color depth could not be decreased. If this persists, please contact the technical support or save it as a different bitmap format.

Unable to render map, bitmap's color depth could not be increased. If this persists, please contact the technical support or save it as a different bitmap format.

Unable to render map, bitmap could not be encoded as 24-bit bmp. If this persists, please contact the technical support or save it as a different bitmap format.

Unable to render map, bitmap could not be drawn. If this persists, please contact the technical support or save it as a different bitmap format.

Unable to render map, encountered CustomLayer with empty name, you will not be able to identify its object infos. Please check the request.

Unable to render map, element Bitmap:Position is not specified. Please check the request.

Unable to render map, bitmap specified in request is of length 0. Please check the request.

Unable to render map, element RawBitmap:RawData is not specified. Please check the request.

Unable to render map, encountered bitmap element of unknown type. Please check the request.

Unable to render map, element could not be drawn. If this persists, please contact the technical support.

Unable to render map, ImageMapServer is to be used but is not configured properly. Please check the configuration.

Unable to render map due to a problem with SMO data, further error information will be specified in the response, check the request.

Unable to render map due to a problem accessing the geodatasource, further error information will be specified in the response. Check the request, the geodatasource configuration and profiles.

Unable to render map, encountered SMOLayer with empty or invalid name. Check the request.

Unable to render map, encountered duplicate layer name, you will not be able to identify its object infos. Check the request.

Unable to render map, could not encode image. If this persists, contact the technical support.

Unable to render map, the requested SMO data is empty, no valid SMOLayer elements are present. Check the request. - No longer used.

Unable to render map, could not save SMO data to the ImageMapServer file. Please check the request. - No longer used.

Unable to render map, requested StaticLayer name is invalid. Check the request.

Unable to render map, requested StaticLayer category is invalid. Check the request.

Unable to render map, SMOLayer attritbute configuration must not carry different contents in different SMOLayer elements. Check the request. - No longer used.

Unable to render map, internal error, could not find StaticLayer. Check the request.

Unable to render map, invalid ImageInfo attribute 'imageParameter'. Check the request.

Unable to render map, requested font could not be created. Choose a different font.

Unable to render map, SMO data is not correctly formatted. Check the request.

Unable to render map, requested StaticLayer does not support object infos. Check the request.

Unable to render map, bitmap URL could not be loaded. Check the request.

Unable to render map, a given draw priority is invalid. Check the request.

Unable to collect object infos, maybe geometry data is invalid. Check the request.

Unable to render map, encountered GeometryLayer with empty name, you will not be able to identify its object infos. Check the request.

Unable to render map, there was a problem processing a GeometryLayer, probably the geometry is invalid. Check the request.

Unable to render map, could not insert layer, probably layer name duplicate.

Unable to render map, a given SMOLayer requests a bitmap which does not exist. Check the request or the bitmap configuration.

Unable to render map, the given RasterLayer does not support rotation. Remove the layer from the request or request a map without rotation.

Unable to render map, RoadEditorLayer is not licensed. Contact your vendor for a proper license.

Unable to render map, RoadEditorLayer must not occur more than once in a request. Check the request.

Unable to read profile, map.profile refers a file which cannot be opened. Check the configuration.

The image file format SMO is no longer supported. Check the request.

Geometries represented by LINESTRINGSEG cannot be drawn, because the ID mapping data are not present. Check the map configuration.

The birdview feature has been removed, please remove the setting from the profile.

Invalid FeatureLayer configuration.

Invalid XML Profile.

Data for requested FeatureLayer themes is currently not available.

Unable to render map, element BoundingBox is not valid. Please check the request.

The bitmap which will be displayed at the reference point. The bitmap must be available in the bitmap directory of the PTV xMap Server. Use lower-case letters, only. The following image file formats are supported: BMP, ICO, GIF, PNG, TIF, PCX, WMPB, and JPG.

All pixels of the bitmap having this color will not be displayed. By default, the color of the top left pixel will be used. The color is a three byte value where bits 0 to 7 represent red, 8 to 15 green, and 16 to 23 blue, for example hexadecimal #00ffff stands for yellow.

The text info string which will be displayed at the reference point. Evaluated only if BITMAPNAME is set.

The line color or border color. By default: red. All line values are used for the border of areas and for lines. The color is a three byte value where bits 0 to 7 represent red, 8 to 15 green, and 16 to 23 blue, for example hexadecimal #00ffff stands for yellow.

The line color or border width. By default: 3. Negative values indicate that the absolute value is added to the current width of a motorway.

The line color or border alpha value [0,255] (0 opaque, 255 transparent). Default: 0. The alpha value must equal 0 when using side line or border line.

The line type or border type. By default: 0. 0 standard, 1 traffic-info style (with arrows).

The line style or border style. By default: 0. 0 solid, 1 dash, 2 dot, 3 dash dot, 4 dash dot dot.

Displacement value in percent of the line width. By default: 0. Both the main line and the side line are displaced.

The side line color. By default: green. The color is a three byte value where bits 0 to 7 represent red, 8 to 15 green, and 16 to 23 blue, for example hexadecimal #00ffff stands for yellow.

The side line width. By default: 1.

The side line style (see line style). By default: 0.

The side line type (0 none, 1 right, 2 left, 3 right and left). By default: 0. LINEALPHA must equal 0 if SIDELINETYPE != 0.

The border line width. By default: 0. Negative values indicate that the absolute value is interpreted as percentage of the complete line width (maximum is -50, which means 50%). LINEALPHA must equal 0 if BORDERLINEWIDTH != 0.

The border line color. by default: white. The color is a three byte value where bits 0 to 7 represent red, 8 to 15 green, and 16 to 23 blue, for example hexadecimal #00ffff stands for yellow.

The border line style (see line style). by default: 0.

The fill color. By default: blue. The color is a three byte value where bits 0 to 7 represent red, 8 to 15 green, and 16 to 23 blue, for example hexadecimal #00ffff stands for yellow.

The fill alpha value (see line alpha). By default: 128.

The hatch style. By default: 0. 0 none, 1 horizontal, 2 vertical, 3 diagonal from left top to right bottom, 4 diagonal from left bottom to right top, 5 horizontal and vertical crossed, 6 diagonal crossed.

The hatch color. By default: black. The color is a three byte value where bits 0 to 7 represent red, 8 to 15 green, and 16 to 23 blue, for example hexadecimal #00ffff stands for yellow.

The color of the arrows. By default: white. The color is a three byte value where bits 0 to 7 represent red, 8 to 15 green, and 16 to 23 blue, for example hexadecimal #00ffff stands for yellow.

The font name. By default: Arial. If the font is not available, a similar one is chosen automatically. Font-options are not yet supported.

The font size. By default: 10.

The font color. By default: black. The color is a three byte value where bits 0 to 7 represent red, 8 to 15 green, and 16 to 23 blue, for example hexadecimal #00ffff stands for yellow.

The font style. By default: 0. a bitmask of the following bits: 0 bold, 1 italic, 2 underline, 3 strike-out, 4 frame, 5 smoothed.

The font color depth. By default: 8. 1 for black and white, 8 otherwise.

If autoplacement is 1, symbols and bitmaps are placed so that they do not cover each other (if possible). This is a global value which is valid for all objects of the layer. If it occurrs more than once, only the last occurrence will be considered.

If 1, all objects are centered on the map. This is a global value which is valid for all objects of the layer. If it occurrs more than once, only the last occurrence will be considered.

This value [0,100] defines how to adapt the line or border width to the map scale. By default: 0. 0 means no adaption, 100 means linear adaption. This is a global value which is valid for all objects of the layer. If it occurrs more than once, only the last occurrence will be considered.

This value is deprecated. Use LINECOLOR instead.

This value is deprecated. Use LINEWIDTH instead.

This value is deprecated. Use LINEALPHA instead.

This value is deprecated. Use LINETYPE instead.

The GIF format.

The JPG format.

The BMP format.

The WBMP format.

The PNG format.

The SMO format. For internal use only, cannot be displayed by any image viewer. Do not use this type.

No object information.

Basic information and the reference point.

As REFERENCEPOINT plus pixel geometry information of the complete geometry.

As REFERENCEPOINT plus pixel geometry information (clipped to the currently visible map section to reduce the amount of data).

As GEOMETRY plus reference geometry information.

As GEOMETRYCLIPPED plus reference geometry information. The reference geometry is not clipped.

As GEOMETRY, but if geometry information is not available the geometry of polygons is restored from the tiled data. Only polygons are considered. The full geometry cannot be restored as only the visible tiles are considered.

As GEOMETRY, but if geometry information is not available the geometry of polygons is restored from the tiled data. Only polygons are considered.

The top left corner is the reference point of the text.

The top mid position is the reference point of the text.

The top right corner is the reference point of the text.

The mid left position is the reference point of the text.

The center is the reference point of the text.

The mid right position is the reference point of the text.

The bottom left corner is the reference point of the text.

The bottom mid position is the reference point of the text.

The bottom right corner is the reference point of the text.

The left top corner point.

The right bottom corner point.

Specifies how many requests have still to be calculated.

The number of successful calculations so far.

The number of failed computations so far.

The current action being executed. For more information on progress see About Asynchronous Protocol.

The progress of the distance matrix calculation, available only if action equals "DistanceMatrix.Calculation".

The progress of the optimization, available only if action starts with "Optimization.".

The unique key to identify the distance matrix currently being calculated.

The 1-based index of the distance matrix currently being calculated. Depending on the number of different vehicles in the request the number of distance matrices to be calculated can be greater than

The index of the last distance matrix to be calculated, that is the total number of distance matrices.

The progress of the distance matrix currently being processed, available only if action equals "DistanceMatrix.Calculation".

The 1-based index of the current row of the current distance matrix being calculated.

The index of the last row of the current distance matrix to be calculated.

If not null, this attribute contains the well-known binary encoded form of the geometry

If not null, this attribute contains the well-known text encoded form of the geometry

If not null, this attribute contains the well-known text encoded form of the geometry

If not null, this attribute contains the explicit form of the geometry

The available machine time stated in the request in [s]. This value is 0 if available machine time is not set in the request.

The machine time already used in [s].

The index of this iteration. Index 0 denotes the initial plan directly after construction or the input plan.

The number of improvements the algorithm has already achieved. In other words, this is the number of tour plans with a smaller value of costOfObjectiveFunction than the best one at that time.

The key figures characterizing the current tour plan.

The key figures characterizing the currently best tour plan.

The key figures characterizing the initial tour plan. The initial tour plan is the input plan, if available, or the first tour plan after the construction step.

This id references the background job on the server.

The current status of the job.

The current progress of the job. Can be null at the very beginning or very end of the request execution.

Elapsed time since this job has been queued.

The KML string itself.

The placemarks of the KML. If empty, all placemarks will be used. This will result in a GeometryCollection, if more than one exists.

The optimization aims at minimizing the objective function. This value contains its arithmetical cost.

The significance of this value is not the value itself, but rather if and how fast it decreases during the calculation. The faster the value decreases the better the tour plans become according to the GoalImportance which defines what "better" means, at all.

The number of orders already being scheduled.

The number of orders not being scheduled, yet. These orders are feasible and can be scheduled during further improvement iterations.

The number of orders not being scheduled. These orders are infeasible and will not be scheduled during further improvement iterations.

The number of vehicles being scheduled.

The number of all planned tours.

The sum of the tour periods for all planned tours ([sec]).

The sum of the tour driving periods for all planned tours ([sec]).

The sum of the tour waiting periods for all planned tours ([sec]).

The sum of the tour distances for all planned tours ([m]).

The sum of the tour costs for all planned tours ([MU]). The costs per chain will not be included, see attribute totalChainCosts.

The sum of the costs per chain of all planned chains ([MU]). See VehicleCosts.

The sum of the chain periods of all planned chains ([sec]). The chain period is defined as the period between the start of the first tour and the end of the last tour. This period is greater than the sum of the periods of all tours if two subsequent tours do not start right after the other.

If not null, this attribute contains the explicit form of the geometry.

ATTENTION: Filled with requested EncodedGeometry representation (not necessarily a plain geometry).

If not null, this attribute contains the explicit form of the geometry.

ATTENTION: Filled with requested EncodedGeometry representation (not necessarily a plain geometry).

If not null, this attribute contains the explicit form of the geometry.

ATTENTION: Filled with requested EncodedGeometry representation (not necessarily a plain geometry).

If not null, this attribute contains the explicit form of the geometry.

ATTENTION: Filled with requested EncodedGeometry representation (not necessarily a plain geometry).

If not null, this attribute contains the explicit form of the geometry.

ATTENTION: Filled with requested EncodedGeometry representation (not necessarily a plain geometry).

The index of the current loop being calculated.

The index of the last loop being calculated. The calculation will automatically be finished by the algorithm before reaching this index when no improvement could be reached, anymore. The total number of loops can be set for the improvement step, only (see Params).

The progress in % of the current loop being calculated.

The set of geometries making up the geometry collection.

The set of points defining the line string.

The set of points defining the linear ring.

The set of line strings making up the multi line string.

The set of points making up the multi point.

The set of polygons making up the multi polygon.

The x coordinate

The y coordinate

The z coordinate (optional, only if requested)

The set of linear rings making up the polygon.

The current action being executed. For more information on progress information see About Asynchronous Protocol.

The progress of the distance matrix calculation, available only if action starts with "DistanceMatrix.".

The progress of the improvement step during the tour plan optimization, available only if action equals "Optimization.Improvement".

If not null, this attribute contains the explicit form of the geometry.

ATTENTION: Filled with requested EncodedGeometry representation (not necessarily a plain geometry).

If not null, this attribute contains the explicit form of the geometry.

ATTENTION: Filled with requested EncodedGeometry representation (not necessarily a plain geometry).

The coordinate format used in the request/response.

The geometry encoding for the response.

The name of the parameter profile to be used.

For internal use only.

If the coordFormat equals to 'OG_SRID', this attribute contains the Spatial Reference Identifier as specified by the Open Geospatial Consortium (OGC), otherwise it is null. All codes of the EPSG Geodetic Parameter Dataset V7.9 maintained by the EPSG.

The current action being executed. For more information on progress with territory planning see the use case documentation.

The progress of the distance matrix calculation, available only if action equals "DistanceMatrix.Calculation".

The progress of the optimization, available only if action starts with "TerritoryOptimization.".

If defined this optional parameter enables additional progress updates with the specified interval. If no new progress update arrives during the specified period, watchJob will wait for and return with the next available progress update. Important updates such as terminal states will always return immediately. The minimum period must be at least 250ms. If no progress waiting period is defined, progress will only be sent as part of status updates.

Specifies the timeout after which watchJob will report the last status even if no further updates are available.If not specified a configured default is used.

The current action being executed.

The progress of the optimization, available only if action starts with "LoadingSpaceOptimization.".

OpenGIS representation of WGS 84 coordinates. Example x=8.2505556, y=48.7627778.

PTV representation of coordinates by degree, minute, and second. Example x=815020, y=4845460.

PTV representation of WGS 84 coordinates. Example x=825056, y=4876278.

PTV representation of conform coordinates. Example x=1672358, y=1620743.

PTV representation of super-conform coordinates. Example x=5072358, y=3320743.

PTV internal coordinate format. Example x=4352286, y=5456405.

This format is set implicitly, if a Spatial Reference Identifier as specified by the Open Geospatial Consortium (OGC) is set in the CallerContext. All codes of the EPSG Geodetic Parameter Dataset V7.9 maintained by the EPSG..
Note: The coordinate format 'OG_GEODECIMAL' and the SRID code 'EPSG:4326' are equivalent.

The specified WKT in the request is invalid. It should a well-known text representation of a geometry from a string (see the OpenGIS simple features specification).

The specified WKB in the request is invalid. It should be a geometry from a byte stream in well-known binary format.

The specified KML in the request is invalid.

Thrown, if requested placemark name is not found in the KML

One or more geometry objects in the request are invalid. There are problems to convert a geometry object to a plain geometry object. Also used for retrieving the plain geometry object from a geometry object.

There are problems to convert a CoordFormat of the request to a coordinate type.

Geometry objects cannot be encoded.

Plain geometry encoding using structured objects and according network presentation.

Geometry should be represented by well-known binaries.

Use well-known texts to encode geometry objects.

Use Keyhole Markup Language to encode geometry objects.

Job has been enqueued.

Job is currently running.

Stop has been requested, the job will terminate its calculation as soon as possible.

Job has completed successfully.

Job has failed with an exception.

The job was deleted by the user.

The job is in an unknown state. For example a given id is unknown or the job has already been fetched and has thus been deleted from the underlying persistent store.