The state of an element (can be existing, deleted or undefined) The subtype of the single measurement inside a perpendicular offset (can be single, first or second) A color, in the hexadecimal format (for example, ffffff for white) The angle units (can be radians, gons, mils, deg or dddmmsss) The representation of a GUID, generally the id of an element. The distance unit (can be meters, us_feet, int_feet, us_feet_inches, int_feet_inches, us_chains, int_chains, mile, int_inches, us_inches, millimeters, centimeters, kilometers, microinches, mils, int_yards, us_yards, angstroms, nanometers, microns, decimeters, decameters, hectometers, gigameters, astronomical_units, light_years or parsecs) The volume units (can be cubic_meters, cubic_us_feet, cubic_int_feet, cubic_us_feet_inches, cubic_int_feet_inches, cubic_us_chains, cubic_int_chains, cubic_mile, cubic_int_inches, cubic_us_inches, cubic_millimeters, cubic_centimeters, cubic_kilometers, cubic_int_yards or cubic_us_yards) The material dimension type (can be count, length, area or volume) The temperature units (can be fahrenheit or celsius) The pressure units (can be mmhg, hpa, inhg, mbar) The scale units (can be decimal, ppm, ppb, denominator) The type of value (can be distance, angle, scale, temperature, pressure) The turn of a horizontal element (can be clockwise or counterclockwise) A side, can be left or right A XY Position is defined by X coordinate and Y coordinate The X component The Y component A position identified by only one coordinate A 2D Position, defined by X and Y coordinates The XY Position is defined by X coordinate and Y coordinate A named 2D position is a 2D position with a name The name of the 2D position A XYZ position is identified by X, Y and Z coordinates The X component of the position The Y component of the position The Z component of the position A NEH position is identified by North, East and Height The north of the position The east of the position The position height A BLH position is identified by Latitude, Longitude and Height The latitude of the position The longitude of the position The position height A 3D coord position can be BLH, NEH or XYZ The position is identified by Latitude, Longitude and Height The position is identified by North, East and Height The position is identified by X, Y and Z A position can be BLH, NEH, XYZ, only Height or undefined (empty) A 3D position can be BLH, NEH or XYZ Only vertical position is defined Defined by a XYZ position and a bulge The bulge of the position, used to handle curves Definition of id and idRef of the element, used both in MAXML structure and in Transaction structure (see attributes for further details). Each element must define either id or idref, but not both. The id of the element. In Data structure it must be always defined and it can be referenced by an other element that uses this element. In Transaction structure it must be defined by a 'created' action (not defined in the other actions) The reference to the id of this element. In MAXML structure is not defined. In Transaction structure it must be defined by 'modified' and 'deleted' action (not defined in 'created' action) A point flag (can be unknown, manual, topo, auto-topo, control, staked and checkpoint) A point control type (can be both, horizontal_only or vertical_only) A road string type (can be unknown or centerline) A station is made by a 3D position, flags and parameters The name of the Station. Some elements use unnamed Stations, so it's not mandatory Represents the position of the Station Represents a list of point flags (can be unknown, manual, topo, auto-topo, control, staked and checkpoint) A list of point flags (can be unknown, manual, topo, auto-topo, control, staked and checkpoint) The creation datetime of the Station The textual note of the Station The geoid height of the Station A point control type (can be both, horizontal_only or vertical_only). Ignored if PointFlags has no 'control' flag. A point control type (can be both, horizontal_only or vertical_only) It's the station id, it can be referenced by other elements The bulge of the Station, used to represent curves The Primary Height flag, used to determine if the station main height is the Geoidal Height (g) or the Ellipsoidal Height (e). The height which is not primary will be recomputed. If the flag is not present, no height will be recomputed (Primary Height Unknown). An Offset station is defined by a reference Station and a sequence of other stations defined by offsets The instrument height The rod height The backsight point The backsight azimuth The name of the occupation point The values for north delta, east delta and height delta The offset direction The offset horizontal distance The chainage of the alignment The alignment station equation chainage The offset of the alignment The vertical delta of the alignment The station horizontal coordinates used in average to calculate point horizontal coordinates The station vertical coordinates used in average to calculate point vertical coordinates Represents the information about a photo The path of the photo image file (relative path, inside 'filename'.maxml data folder) The azimuth angle of the photo The X component of the tilt of the photo The Y component of the tilt of the photo Represents the properties used to draw points The color used to draw this element Represents whether the color is taken from the layer The mark style used to draw this element (can be dot, filled rectangle, filled diamond, filled circle, filled triangle, rectangle, diamond, circle, triangle, cross, tree, small cross, upside triangle, filled upside triangle, x-cross or none) Represents whether the mark style is taken from the layer DEPRECATED (Use CustomSymbols instead). An optional reference to a customized point symbol A collection of references to customized point symbols Information about a customized point symbol A reference to a customized point symbol. The idRef attribute is strictly required only if definedBy is individual. The rotation of the Custom Symbol. It's counter-clockwise, with zero on x-axis (east). If not defined, CustomSymbolScale is applied to both x and y axis. If defined, CustomSymbolScale is applied to x axis only. Currently unused Represents whether the custom symbols are taken from the layer Represents whether the custom symbols are taken from the layer Represents whether the color is taken from the block. ColorByBlock and ColorByLayer are mutually exclusive. Represents the properties used to draw lines The color used to draw this element Represents whether the color is taken from the layer The dash style used to draw this line (it can be solid, dash, dot, dash-dot or dash-dot-dot) Represents whether the dash style is taken from the layer The width of the line Represents whether the width is taken from the layer An optional reference to a customized line style Represents whether the color is taken from the block. ColorByBlock and ColorByLayer are mutually exclusive. Represents whether the dash style is taken from the block. DashStyleByBlock and DashStyleByLayer are mutually exclusive. Represents whether the width is taken from the block. WidthByBlock and WidthByLayer are mutually exclusive. Represents the properties used to draw areas The color used to fill this area Represents whether the color is taken from the layer The fill style (can be none, solid, grid, checkered, horizontal lines, vertical lines, backward/forward diagonal lines, diagonal grid) Represents whether the fill style is taken from the layer The fill transparency of the area Represents whether the fill transparency is taken from the layer An optional reference to a texture The rotation of the fill. It's counter-clockwise, with zero on x-axis (east). Represents whether the color is taken from the block. FloodColorByBlock and FloodColorByLayer are mutually exclusive. The properties used to draw elements (points, lines and areas) Represents the properties used to draw points Represents the properties used to draw lines Represents the properties used to draw areas A Layer is defined by drawing parameters The name of the Layer Represents whether the Layer is active Represents whether the Layer is on The properties used to draw elements (points, lines and areas) The notes of the Layer The avoidance mode of the Layer (can be 2D, 3D or off) The surface avoidance mode of the Layer (can be above, below, outside, above and below or off) The value of avoidance proximity of the Layer A property of a code The data type involved (can be string, bool, integer, real, list or datetime) The name of the property A sequence of text values, if Type is list The maximum length of text value The maximum length of fractal part of float value Represents whether the value can be a null pointer Represents whether the list of values should be sorted The default value for the property The minimum value of the property The maximum value of the property A code that can be used by an element to gain some properties The name of the Code A collection of properties A reference to the Layer of the Code The code description The type of the Code (can be point, line, area or monument). Custom code type should be marked with "free" type. user-defined non-MAGNET code type The type of property prompt (can be start, end or each node) The Dtm flag of the Code (can be unused, used, used breakline or used exclusion area) Group of common values of a code Represents the attributes of the code Represents the values for each attribute Represents the control codes (maximum three) A code of a point A reference to the Description of this Code A code of a point (legacy, must not be used for new elements) A reference to the Description of this Code Each object has a reference to a Coordinate system A reference to the Layer of this object Represents whether the layer is by code Represents the information about the photos related to this object Represents whether the object is existing (can be existing, deleted or undefined) It's a reference to a Coordinate System A Design point can be a standard point or a Ptl point Represents the properties used to draw this point Represents the codes of the point Represents the Station of the point Represents whether the Design Point is used in a surface Represents the Ptl information, in case this is a Ptl point The first reference point identifiers The second reference point identifiers A Sheet point is a multiple station point The name of the Sheet point A sequence of Offset Stations Represents the properties used to draw this point A 3D Polyline is defined by a sequence of unnamed stations or by a sequence of references to Design points The name of the Polyline A sequence of unnamed Stations A sequence of references to Design points The bulge of the Station, used to represent curves Represents whether the Polyline is closed Represents the properties used to draw this Polyline A reference to a Vertical Alignment An Area is a closed Polyline with drawing properties for areas Represents the properties used to draw this Area A 3D Arc is defined by circle parameters and the starting and ending angles Represents the properties used to draw this arc Represents the center of the Arc circle The radius of the Arc The starting angle of the Arc The ending angle of the Arc The ending height of the Arc (if it's different from the starting height, taken from Station) Represents whther the Arc turn is clockwise or counterclockwise A Circle is defined by a center and a radius Represents the properties used to draw this circle Represents the center of the Circle The radius of the Circle A Text label is defined by a text and all the parameters to draw it Represents the properties used to draw the label Represents the starting point of the text The rotation angle of the text. It's counter-clockwise, with zero on x-axis (east). The height of the text, in meters The text The name of the font of the text The horizontal and vertical mode to insert the text (it can be bottom-left, bottom-center, bottom-right, center-left, center-center, center-right, top-left, top-center or top-right). This element is obsolete and will be removed in future versions. Represents whether the text must be drawn with bold style Represents whether the text must be drawn with italic style Represents whether the text must be drawn with underlined style Represents whether a box must be drawn around the text Represents whether the text must be drawn opaque The horizontal and vertical mode to insert the text The horizontal mode to insert the text (it can be left, center or right) The vertical mode to insert the text (it can be bottom, base, center or top) Defines whether text will be automatically resized to fill the bounding width The text bounding box The bounding box width The bounding box height The line spacing factor for multiline texts The rotation type, used only in custom line definitions. (it can be: relative, absolute, upright, or undefined) A Block insert is made by a reference to a Block definition and a point that tells where to insert it. A Block definition is a sequence of objects, that can contain another Block insert A reference to the Layer of this object Represents whether the layer is by code A reference to a Block definition The center point of the insert The scale factor applied to the x,y,z axis The rotation angle around the z-axis. It's counter-clockwise, with zero on x-axis (east). Represents the codes of the block insert Represents the properties used to draw the entities of the block Represents the properties used to draw the entities of the block Represents the properties used to draw the entities of the block If not defined, ScaleFactor is applied to both x and y axis. If defined, ScaleFactor is applied to x axis only. Currently unused The rotation type, used only in custom line definitions. (it can be: relative, absolute, or upright) It's a reference to a Coordinate System A ray is an infinite long entity defined by two points: a base point and a direction point. Represents the properties used to draw this ray/straight line Represents the line starting point. It is the extension delimeter for rays. Represents the through point that defines the line direction Represents the way the infinite line extends, a single direction or both directions. (It can be: ray or straight_line) One of the objects A Design point can be a standard point or a Ptl point A Sheet point is a multiple station point A 3D Polyline is defined by a sequence of unnamed stations or by a sequence of references to Design points A Breakline is a Polyline with some references to a Surface An Area is a closed Polyline with drawing properties for areas A Circle is defined by a center and a radius A 3D Arc is defined by circle parameters and the starting and ending angles A Text label is defined by a text and all the parameters to draw it A Block insert is made by a reference to a Block definition and a point that tells where to insert it A ray is an infinite long entity defined by two points: a base point and a direction point A collection of objects One of the objects One of the objects A Design point can be a standard point or a Ptl point A Sheet point is a multiple station point A 3D Polyline is defined by a sequence of unnamed stations or by a sequence of references to Design points A Breakline is a Polyline with some references to a Surface An Area is a closed Polyline with drawing properties for areas A Circle is defined by a center and a radius A 3D Arc is defined by circle parameters and the starting and ending angles A Text label is defined by a text and all the parameters to draw it A Block insert is made by a reference to a Block definition and a point that tells where to insert it A ray is an infinite long entity defined by two points: a base point and a direction point A collection of objects One of the objects A Block definition is defined as a collection of objects and a reference point (the real Block is an object itself, and can be included in another Block definition) The name of the Block The reference point of the Block, represented as a Station A collection of objects included in the Block Information about the weather The general type of weather (sunny, cloudy, etc.) The type of wind The temperature value The pressure value The PPM value Information about the surveyor The name of the surveyor The serial number of the surveyor The name of the session The starting datetime of the session (is type correct?) The type of surveyor (Is this obsolete? Should it be renamed?) Each raw data has a reference to a Measurement Session (the only exception is RawNote) A reference to the Measurement session, that stores which instruments and parameters have been used to measure this Raw data. See Measurement session for further details It's defined in Data structure but not in Transaction structure, where it's defined the 'measIdRef' attribute of 'Action' tag. See Action for further details Ts data parameters Here is the standard content type of the Raw Data. If "Undefined" is chosen, the following ContentType element may define the real content type. SD parameters are horizontal and vertical angles and slope distance. Vertical Angle is with the 0 origin as straight forward and measured in a counterclockwise direction. The horizontal angle The vertical angle (with the 0 origin as straight forward and measured in a counterclockwise direction) The slope distance HD parameters are horizontal angle and horizontal and vertical distances The horizontal angle The horizontal distance The vertical distance HV parameters are horizontal and vertical angles. Vertical Angle is with the 0 origin as straight forward and measured in a counterclockwise direction. The horizontal angle The vertical angle TS data defined by offsets The vertical offset The offset along reference line The offset perpendicular to reference line XYZ offset BB parameters are backsight bearing and backsight angle The backsight bearing The backsight angle Ts data defined only by horizontal angle Ts data defined only by vertical angle (with the 0 origin as straight forward and measured in a counterclockwise direction.) HVS parameters are horizontal, vertical and slope delta The delta of horizontal distance The delta of vertical distance The delta of slope distance Ts data defined only by horizontal distance Ts data defined only by vertical distance Ts data defined only by slope distance Should we write this tag? If so, how many values should it have? The type of the method (can be single, two faces, radial or repeat) The type of the offset (can be null, linear, radial, side measurement, center measurement, vertical measurement, line measurement, plane measurement, corner measurement, horizontal and vertical measurement or missing point measurement) 0-based set number this shot belongs to Represents whther the user has remeasured a shot Deprecated. The constant of the prism, in millimiters A reference to a Prism Additional content types not listed in the previous choice. If this element is defined, in the previous choice "Undefined" should be written. HDVD parameters are horizontal and vertical distances The horizontal distance The vertical distance A TS Raw position has data common to every TS Raw data The name of the TS raw position The height of the target The depth of the TS raw position The TS data parameters The TS data parameters average values Represents whether the raw data name has been generated or comes from a db The creation datetime of this TS raw position The information about the weather The information about the surveyor A TS raw data sight is a Ts raw position with main TS raw data The note for this TS raw data Represents whether the TS raw data is existing The main TS raw data parameters A TS backsight bearing is a TS raw data sight with a backsight point A reference to the backsight point (a Design point) A TS backsight azimuth is a TS raw data sight with a backsight point A reference to the backsight point (a Design point) A TS foresight data is a TS raw data sight with additional foresight data The type of measure (can be simple shot, point distance offset, point line and offset, two points horizontal angle offset, horizontal and vertical angle offset, hidden point offset, two lines offset, line corner offset or plane corner offset) The second raw data The coordinates of TS foresight A sequence of photos with information A sequence of codes A TS foresight is a TS raw data sight with foresight data A TS side shot is a TS foresight with two sequences of images A sequence of telescopic images A sequence of wideview images A TS missing line is a TS raw position with a reference to a second point The name of the second point (is this a pointer?) A TS resection shot is a TS raw position with HVS residuals The horizontal, vertical and slope residuals, represented as Ts data parameters The coordinates of the TS resection shot The type of user data (can be horizontal vertical and slope distance, only horizontal, only vertical, only slope distance, horizontal and vertical, horizontal and slope distance, vertical and slope distance and none) The type of coordinates of a target point (can be none, horizontal, vertical or all) A Resection is defined by a sequence of Resection shots The name of the Resection A sequence of Resections shots Some additional Resection data The type of the dimension (can be only one dimension, 2D or 3D) The orientation angle The standard deviation, represented as XYZ coordinates The scale factor The orientation angle of the standard deviation Was the scale factor estimated and/or used (can be no_scale, esitemate_only, estimate_and_use or user_defined) A TS reference line shot is a TS raw position with HVS residuals The coordinates of the TS reference line shot The type of user data (can be horizontal vertical and slope distance or horizontal and vertical) Horizontal offset along the line. Positive for Right, negative for Left. Vertical offset. Positive for Up, negative for Down. A Reference line is defined by a sequence of Reference line shots The name of the Reference line A sequence of Reference line shots Can be left, center or right A TS reference direction shot is a TS raw position with HVS residuals The coordinates of the TS reference direction shot The type of user data (can be horizontal vertical and slope distance or horizontal and vertical) A Reference direction is defined by a sequence of Reference direction shots The name of the Reference direction A sequence of Reference direction shots A TS raw station is a TS raw position with a sequence of Resections A sequence of codes A sequence of Resections Some additional Resection data A sequence of photos with information The note of the TS raw station The scale factor of the TS raw station A sequence of Reference lines A sequence of Reference directions A Gnss raw position is a Design point with a reference to a Measurement session and some Gnss parameters The UTC time when the data has been aquired The height of the antenna Additional water depth value taken by a depth sounder The ground coordinates acquired Additional water depth value taken by a second frequency depth sounder Each Gnss raw position has a reference to a Measurement session A Gnss offset is defined by a Gnss position and some TS data The TS data of the Gnss offset A GNSS shot that contains data for determination of the horizontal and vertical (3D) coordinates of an inaccessible point, using one measured point and distance and angle measurements from this point to the offset point The name of the reference point (should it be a pointer? to a design point? or some other point type?) A Ptl Gnss offset is a Gnss offset with Ptl data The name of the first reference point (should it be a pointer? to a design point? or some other point type?) The name of the second reference point (should it be a pointer? to a design point? or some other point type?) A Gnss offset with two distances The name of the first reference point (should it be a pointer? to a design point? or some other point type?) The name of the second reference point (should it be a pointer? to a design point? or some other point type?) Represents whether the offset is on the right or on the left A Gnss offset that is determined by a point on the same perpendicular distance from origin point as the offset point perpendicular distance to the segment defined by origin and line points The name of the origin reference point The name of the line reference point The name of the offset reference point A reference to the second offset in the pair named Rectangular Offset. Two offsets share same Origin, Line and Offset point so that Origin Point, Line Point and two offset points form a rectangle Represents the subtype of the single measurement inside a perpendicular offset (can be single, first or second) A Gnss base station is a Gnss position with base information The name of the Gnss antenna The coordinates of the base station The id of the virtual station (should it be a pointer?) The id of the physical station (should it be a pointer?) Information about NTRIP mountpoint IP address or domain of NTRIP caster Port number (e.g. 8080) Mountpoint name A covariance matrix The XX value of the matrix (NN for NEU covariance matrix) The YY value of the matrix (EE for NEU covariance matrix) The ZZ value of the matrix (UU for NEU covariance matrix) The XY value of the matrix (NE for NEU covariance matrix) The XZ value of the matrix (NU for NEU covariance matrix) The YZ value of the matrix (EU for NEU covariance matrix) Dop values are horizontal, vertical and total The horizontal Dop value The vertical Dop value The total Dop value A Gnss position is a Gnss raw position with full rover parameters The name of the Gnss antenna A reference to the Gnss base station The type of raw data (can be Gnss or TS) Do Gnss position type derived elements have TypeRawData values other than Gnss and ts? The covariance matrix The North-East-Up covariance matrix. In this case the real meaning of the values are: - XX: NN - YY: EE - ZZ: UU - XY: NE - XZ: NU - YZ: EU Dop values are horizontal, vertical and total The coordinates of the Gnss position The WA coordinates of the Gnss position The differences of Rover's and Base's stand pos in WGS84 XYZ system The type of the solution (can be no solution, standalone, code diff, phase diff float, phase diff fixed, swing fixed, standalone hp, code diff hp, phase diff float hp, phase diff float mmgps, phase diff fixed mmgps or user input) The number of Gnss satellites The number of GLONASS satellites The number of Galileo satellites The number of BeiDou satellites The number of SBAS satellites The number of QZSS satellites The observation duration in milliseconds The number of epochs Represents whether the RTK has been reset Represents whether it is a PP vector The Tilt values Tilt value in X Tilt value in Y Heading value Tilt X RMS Tilt Y RMS Heading RMS Magnetic field value A DL raw data can have one wire or three wires (otherwise it is undefined) The value of the only wire The three wires are: top, middle and bottom The value of the top wire The value of the middle wire The value of the bottom wire Should we include this tag in MAXML? If yes, how many values shoul we define? one or three? A Digital Level raw data sight The name of the DL raw data sight The BP name The creation time of the DL raw data sight Type of the shot (can be void, baksight shot, foresight shot or side shot) The vertical offset of the DL raw data sight The distance of the DL raw data sight The height of the instrument The elevation of the DL raw data sight The DL raw data A reference to the target point A Raw note is a simple text. It's the only Raw data that doesn't reference a Measurement session The creation time of the Raw note The text of the Raw note A single raw data A Digital Level raw data sight A Raw note A GNSS shot that contains data for determination of the horizontal and vertical (3D) coordinates of an inaccessible point, using one measured point and distance and angle measurements from this point to the offset point A Ptl Gnss offset is a Gnss offset with Ptl data A Gnss offset with two distances A Gnss offset that is determined by a point on the same perpendicular distance from origin point as the offset point perpendicular distance to the segment defined by origin and line points A Gnss base station is a Gnss raw position with base information A Gnss position is a Gnss raw position with full rover parameters A TS backsight bearing is a TS raw data sight with a backsight point A TS backsight azimuth is a TS raw data sight with a backsight point A TS foresight is a TS raw data sight with foresight data A TS side shot is a TS foresight with two images A TS missing line is a TS raw position with a reference to a second point A TS resection shot is a TS raw position with HVS residuals A TS raw station is a TS raw position with a sequence of Resections A collection of Raw data A single Raw data The information about an image orientation The name of the Image The path of the Image (relative path with name included, inside 'filename'.maxml data folder). Absolute path is supported but deprecated. The width of the Image in pixels The height of the Image in pixels A sequence of 2D positions to orient the image The results of an orientation calculation Represents the maximum error as a 2d position Represents the standard deviation as a 2d position A sequence of descrepancies, represented as 2d positions A calibration of a camera is defined by its parameters The name of the calibration The focal length of the camera The distorsion model A sequence of distortion params A sequence of fiducial marks, represented as 2D positions A sequence of radial distortions, represented as 2D positions Represents the principal position Represents the resolution position Total station settings are defined by instrument, backsight and MH stations Represents the instrument station Represents the backsight station Represents the MH station A Scanning point is defined by a 3D position and two images The name of the Scanning point The 3D position of the Scanning point The name of the wide image The name of the tele image The name of the layer The name of the point code A Scanning Session contains a collection of points measured over an oriented image The name of the Scanning session The information about the image orientation of the Scanning session A sequence of control points Represents the results of the orientation Represents the calibration of the camera Represents the total station settings A sequence of Scanning points A reference to a Coordinate System The grid type that defines a System of Projections divided into Zones and corresponding to the Regions. The name of the grid The name to display for the grid The comment for the grid The code of the grid by The European Petroleum Survey Group The region of the grid The direction of Axes in the grid The source of the grid The projection used in the grid Application managed code. Technical field. Do not required. The datum type that defines the Datum and avaluable transformations to and from other datums. Supports EPSG codes, Aliases and Collection of different transformations. Could be Id referenced. The name of the datum The comment for this datum The name of standard ellipsoid (e.g. WGS84, KRASS) Optional reference to ellipsoid definition The full definition of the ellipsoid for the datum (defined by params) The display name for this datum The code of the datum by The European Petroleum Survey Group The source of the datum The name of the alias datum for this datum. It means that this datum may be used instead of its alias Optional reference to alias datum definition The collection of transformations that can be used in this datum Id of transformation used in the datum for convertion. Optional reference to active transformation definition Application managed code. Technical field. Do not required. A matrix of short values A PzL1 station is a structure used in TP3 The serial number of the instrument (maximum 32 characters) The firmware of the instrument (maximum 32 characters) The TX id (can be a value from 1 to 4) Represents whether the station is currently used Represents whether the station is the result of an auto computation Represents how many measurements have been used in resection computation The value of the 3D error of resection The coordinates of optical center (in WGS84 LLH) The height above mark Represents whether the height was measured to mark The calibration data for TX (a 4x10 matrix) The calibration data is a 4x10 matrix The time of calibration download A localization point is defined by a Gnss position and some parameters The Gnss position The residuals, stored as XYZ Represents whether to use horizontal value Represents whether to use vertical value Represents whether to use only rotation value The properties of the coordinate system The grid that defines a projection Defines datum (WGS84 by default, if absent) The Localization data The Localization alias The geoid applied Localization parameters The origin point selection center point as origin point User defined 1st point as origin point The computational algorithm that was used to calculate parameters separate calculation of Rotation, Shifts and Scale standard calculation of Rotation, Shifts and Scale Represents whether the localization keeps the scale to 1 A list of parameters exported only for report (they will not be read during import) N Offset, dx, deflection North E Offset, dy, deflection East Angle in radians H0-Vertical offset HX-Deflection North (rad) HY-Deflection East (rad) geodetic origin B geodetic origin L geodetic origin H local origin N local origin E local origin H dimensionless vector component (used to calculate Scale and Rotation) dimensionless vector component (used to calculate Scale and Rotation) A collection of localization points A collection of PzL1 stations (structures used in TP3) The geoid applied full definition (direct or link) A Coordinate system can refer to structures contained in external files, like geoids. It contains also Localization data. It contributes to create a Measurement Session The Localization data Default source coordinate system is WGS84, otherwise Grid or Datum should be defined. Deprecated since maxml 1.4. Use Geoid element of geoidType instead. Grid to ground transformation parameters used for conversion between grid and ground coordinate systems. Used only with defined grid. Defines geoid The note (used for RSM purposes) The Well-known text (WKT) by OGC that fully describes the Coordinate System A collection of triangles, defined by three point indexes A triangle is defined by three point indexes A collection of triangles, defined by three point indexes. Every triangle in the string must be separated by an ";". Every point index must be separated by space. The triangle count A collection of gaps. Each gap is the index of the start node of the "gap segment". Gap indexes must be separated by a single space. The gaps count A sequence of simple 3D positions, used by the T Every value in coordinate must be separated by space. Every coordinate must be separated by a ";" The position count A Breakline is a Polyline with some references to a Surface The name of the Surface that uses this Breakline The type of breakline (can be void, standard, non destructive, wall or proximity) Used by Texture type breaklines. A Surface is defined by a collection of triangles, which refers to a sequence of positions The name of the Surface A reference to a Layer Represents the properties used to draw the triangles of this Surface A collection of triangles, defined by three point indexes. Every triangle in the string must be separated by an ";". Every point index must be separated by space. A sequence of simple 3D positions, used by the T Every value in coordinate must be separated by space. Every coordinate must be separated by a ";" and prefixed by a progressive numerical id enclosed by squared brackets [id] A collection of references to Breaklines, used to compute the triangles of this Surface Represents the properties used to fill the surface area (texture) The creation datetime of the Surface Definition of a Station equation The name of the Station equation The original station The back station The ahead station A collection of Station equations Each Station equation set must have a different name Definition of a Station equation, that can be referenced by an Alignment or an Alignment part A part of an Alignment (a Horizontal alignment, a Vertical alignment, a Cross section set or a Road string set) Each 'alignment part' of the same type must have a different name A reference to the starting point of the 'alignment part' The starting station of the 'alignment part' The length of the 'alignment part' Represents if the 'alignment part' is existing (can be existing, deleted or undefined) The type of the Spiral (can be biquadratic, bloss, clothoid, cosine, cubic, sinusoid, reverse biquadratic, reverse bloss, reverse cosine or reverse sinusoid) A 2D Line The starting station of the Line The length of the Line The direction angle of the Line Represents the starting point of the Line Represents the ending point of the Line Represents whether the Line direction is the end direction of the previous element A 2D Curve The starting station of the Curve The length of the Curve The radius of the Curve Represents whether the Curve turn is clockwise or counterclockwise The starting direction angle of the Curve The ending direction angle of the Curve The difference between ending and starting direction angles Represents the starting point of the Curve Represents the center of the Curve Represents the ending point of the Curve Represents the intersection point of the Curve Represents whether the Curve starting direction is the end direction of the previous element A 2D Spiral The starting station of the Spiral The length of the Spiral The starting radius of the Spiral. A value of 0 means that the starting radius is infinite The ending radius of the Spiral. A value of 0 means that the ending radius is infinite Represents whether the Spiral turn is clockwise or counterclockwise The type of the Spiral (can be biquadratic, bloss, clothoid, cosine, cubic, sinusoid, reverse biquadratic, reverse bloss, reverse cosine or reverse sinusoid) The 'constant' of the Spiral, also known as 'spiral parameter', in square meters The starting direction angle of the Spiral The ending direction angle of the Spiral Represents the starting point of the Spiral Represents the intersection point of the Spiral Represents the ending point of the Spiral Represents whether the Spiral starting direction is the end direction of the previous element Represents an intersection point, usually defined as a sequence of planimetric entities (line + spiral + curve + spiral) or as a single point Radius of the curve segment of transition curve at intersection point Length of the first spiral segment of transition curve at intersection point Length of the second spiral segment of transition curve at intersection point Represents the starting position of the Intersection point Represents whether the Intersection point is just a point or a sequence of horizontal elements Represents the starting line of the sequence of horizontal elements Represents the entry spiral of the sequence of horizontal elements Represents the central curve of the sequence of horizontal elements Represents the exit spiral of the sequence of horizontal elements An Alignment part with a reference to a Station equation set A reference to a Station equation set A Horizontal alignment is defined by a sequence of horizontal elements. It's used by an Alignment or a Road string A sequence of horizontal elements (can be Lines, Curves, Spiral or Intersection points) Represents a 2D Line Represents a 2D Curve Represents a 2D Spiral Represents an intersection point, usually defined as a sequence of planimetric entities (line + spiral + curve + spiral) or as a single point Represents the properties used to draw the Horizontal Alignment (Alignment properties have higher priority, if present) A reference to the Layer of the Horizontal Alignment A vertical position is defined as a 2D Position Represents a 2D position A vertical parabola is defined as its vertex and its length Represents the vertex position of the parabola The length of the parabola A vertical circular arc is represented as its vertex, its length and its radius Represents the vertex position of the circular arc The length of the circular arc The radius of the circular arc A Vertical alignment is defined by a sequence of vertical positions. It's used by an Alignment or a Road string A sequence of points representing grades, parabolas and arcs Represents a simple vertical position Represents a vertical parabola Represents a vertical circular arc Represents the properties used to draw the Vertical Alignment (Alignment properties have higher priority, if present) A 2D segment is defined by name and offsets The name of the Template segment The horizontal offset of the Template segment The vertical offset of the Template segment The geometrical representation chosen by the user A Road template is defined by a sequence of 2D segments. It's used by a Cross section Each Road template must have a different name The cut slope of the Road template The fill slope of the Road template A sequence of Template segments Represents a single 2D segment that composes a Road template A Cross section is a side, left or right, of an Alignment section The station of the Cross section The side of the Cross section (left or right) A sequence of references to Road templates A sequence of Cross sections, used by an Alignment If true, there must be a map of Road templates used by Cross sections Represents a side, left or right, of an Alignment section A Road string pair is a 3D alignment, referencing a Horizontal alignment and a Vertical alignment A reference to a Horizontal alignment A reference to a Vertical alignment A 3D complex alignment, that can be used by an Alignment instead of a Cross section The name of the Road string The starting station of the Road string The length of the Road string Represents a 3D alignment, using a Horizontal alignment and a Vertical alignment A sequence of Road strings, that can be used by an Alignment instead of Cross sections Represents a 3D complex alignment, that can be used by an Alignment instead of a Cross section An Alignment is defined by a Horizontal alignment, a Vertical alignment and a Cross section set (or a Road string set). A reference to the Layer of the Alignment Represents whether the Alignment is existing (can be existing, deleted or undefined) The name of the Alignment A reference to a Station equation set The horizontal length of the Alignment The starting station of the Alignment The interval between stations A reference to the Horizontal alignment A reference to the Vertical alignment A reference to the Cross section set The left corridor offset of the Road string set The right corridor offset of the Road string set A reference to a Road string set, used as an alternative (or in addition) to the Cross section set Represents the properties used to draw the Alignment The information about an application The name of the application The serial number of the installation The description of the application The version of the application The information about a prism The name of the prism The constant of the prism, in millimeters The pressure parameters The pressure units (can be mmhg, hpa, inhg, mbar) The value of the pressure The temperature parameters The temperature units (can be fahrenheit or celsius) The value of the temperature The general information about a Job The name of the Job A textual comment The name of the surveyor The creation datetime of the Job Project display coordinate system settings Defines the display order for the plane coordinates order The information about the units used in the Job Settings for Report generation The horizontal size (in meters) for scalable custom symbols A proposed scale (in mm) to transform Custom Symbols into ground size. The non-scalable symbol size will be: design size * proposed scale / 1000.0 (considering also design size in mm). The information about the units used The distance unit (can be meters, us_feet, int_feet, us_feet_inches, int_feet_inches, us_chains, int_chains, mile, int_inches, us_inches, millimeters, centimeters, kilometers, microinches, mils, int_yards, us_yards, angstroms, nanometers, microns, decimeters, decameters, hectometers, gigameters, astronomical_units, light_years or parsecs) The angle units (can be radians, gons, mils, dec_deg or dddmmsss) The pressure units (can be mmhg, hpa, inhg, mbar) The temperature units (can be fahrenheit or celsius) The scale units (can be decimal, ppm, ppb, denominator) The volume units (can be cubic_meters, cubic_us_feet, cubic_int_feet, cubic_us_feet_inches, cubic_int_feet_inches, cubic_us_chains, cubic_int_chains, cubic_mile, cubic_int_inches, cubic_us_inches, cubic_millimeters, cubic_centimeters, cubic_kilometers, cubic_int_yards or cubic_us_yards) The information about the units used in datum transformation parameters The distance unit used in datum transformation distance parameters and vertical shifts in the CorrectionTables (can be meters, us_feet, int_feet, us_feet_inches, int_feet_inches, us_chains, int_chains, mile, int_inches, us_inches, millimeters, centimeters, kilometers, microinches, mils, int_yards, us_yards, angstroms, nanometers, microns, decimeters, decameters, hectometers, gigameters, astronomical_units, light_years or parsecs). Default is meters The angle units used in datum transformations parameters for rotations (can be radians, gons, mils, dec_deg, arcsec or dddmmsss). Default is arcsec. The scale units used in datum transformation parameters (can be decimal, ppm, ppb, denominator). The angle units used for Lat/Lon boundaries and horizontal shifts in the CorrectionTables. The information about the units used in projection parameters The distance unit (can be meters, us_feet, int_feet, us_feet_inches, int_feet_inches, us_chains, int_chains, mile, int_inches, us_inches, millimeters, centimeters, kilometers, microinches, mils, int_yards, us_yards, angstroms, nanometers, microns, decimeters, decameters, hectometers, gigameters, astronomical_units, light_years or parsecs) The angle units (can be radians, gons, mils, dec_deg or dddmmsss) The scale units (can be decimal, ppm, ppb, denominator) An Observation info has the general information about a Measurement session The name of the Total Station model The name of the current survey configuration The information about the prism used for foresight, only for optical measurement sessions The information about the prism used for backsight, only for optical measurement sessions Represents whether adjust for earth curvature and refraction The value of the temperature The value of the pressure The atmosphere refraction coefficient PPM of the measurement session The humidity (in percentage) A Field report with job info, surveyor info, coordinates, time, notes and taken images The name of the report The name of the author of the report The name of the job The name of the project The note of the report The creation datetime of the report The main Image, stored as a base64Binary The field report location Represents whether the coordinates are stored as north, east and z coordinate A sequence of coordinate labels The distance unit (can be meters, us_feet, int_feet, us_feet_inches, int_feet_inches, us_chains, int_chains, mile, int_inches, us_inches, millimeters, centimeters, kilometers, microinches, mils, int_yards, us_yards, angstroms, nanometers, microns, decimeters, decameters, hectometers, gigameters, astronomical_units, light_years or parsecs) The format type of the main Image data A collection of Images, in addition to the main Image Information about an Image The Image data, stored as a base64Binary The format type of Image data The report type, which can be undefined, point, line_or_arc, road, surface or slope The header fields of the report The tolerances of the report The northing tolerance, if defined The easting tolerance, if defined The elevation tolerance, if defined The report name A reference to the report configuration A report record is defined by its fields and a datetime A record field is defined by a type and a value The field type, which can be common, location or time The field value The datetime of the record External orientation is defined by its parameters The X coordinate The Y coordinate The Z coordinate The Omega parameter The Phi parameter The Kappa parameter A TS camera calibration is a standard camera calibration with additional parameters The external orientation parameters The X coordinate of the tele image center, in pixel The Y coordinate of the tele image center, in pixel The X coordinate of the wide image center, in pixel The Y coordinate of the wide image center, in pixel An Orientation point is a Scanning point with additional parameters Represents the external orientation The creation datetime of the point The horizontal angle of the measurement The vertical angle of the measurement A Stereo pair is defined by a pair of orientation session and a pair of orientation points The name of the first session The name of the first point The name of the second session The name of the second point An orientation session is defined by a collection of points measured with a certain camera calibration The name of the session Represents the camera calibration of the session Represents the total station settings A sequence of orientation points An Orientation job is defined as a collection of orientation sessions and stereo pairs The name of the Orientation job A sequence of sessions of the Orientation job A sequence of stereo pairs of the Orientation job A Digital Level run contributes to create a Measurement Session The name of the Digital Level run The notes related to the Digital Level run A Gnss antenna contributes to create a Measurement Session The name of the manufacturer The model of the Gnss antenna The serial number of the Gnss antenna A Gnss device, a TS device or a DL device. It contributes to create a Measurement Session The type of the Device (can be Gnss, Total Station or Digital Level) The name of the model The serial number of the Device The version of the firmware The revision of the hardware The name of the manufacturer Manufacturer UID of the Device A Controller contributes to create a Measurement Session The name of the Controller The serial number of the Controller The version of the firmware The revision of the hardware The name of the manufacturer Represents whether the controller is integrated in the device Manufacturer UID of the Controller The bounding feature line The station value along the reference alignment The name of the bounding line The side of the road. Can be no, left, right or both The reference to a road alignment with the start/end bounding features The start bounding feature line The end bounding feature line A Region describes an area with some attributes The name of the Region The type of the Region (can be unknown, cut, fill, import, export, stockpile or waste) A reference to a Layer Represents the properties used to draw the area of the Region A sequence of Vertices, defining the area Each vertex is defined as a XYZ position and a bulge Defines whether Region is visible (true if not set) Region visiblility is defined by layer A reference to an alignment A reference to an upper surface for 3D volumetric purposes A reference to a lower surface for 3D volumetric purposes An Object List is a list of references to Objects (usually used to describe a Point List) The name of the Object List A sequence of Object references A Measurement session is a combination of a Device, a Controller, a Digital Level run, a Gnss antenna and a Coordinate system. It represents a session during which the user has taken measurements with these instruments and parameters. If an element refers to a Measurement session, it's always possibile to find which instrument was used to take its measurement. Raw data and Actions can refer to a Measurement session through this id A reference to a Device A reference to a Controller A reference to a DL run A reference to a Gnss antenna A reference to a Coordinate system A reference to an Observation info The informations about where a quantity is located Universally unique ID for tracking objects through import/export workflows The name of the location A set of reference to existing area types A reference to an area A set of reference to existing alignments A reference to an alignment A set of reference to existing regions A reference to a region The color of the location The Amount type describes the distribution of a quantity on a location The starting station of the amount The ending station of the amount The amount value The usage of the quantity (can be none, cut, fill, other) The material type describes the type of work or material (or cost code) of the quantity Universally unique ID for tracking objects through import/export workflows The name of the material or a cost code The volume units The type of work A reference to a Code Description The dimension type of the material Distance units if aplicable to the dimention type The color of the material The cost of the material per unit. This cost multiplied by the amount of material will give the total cost The swell for volume material The shrink for volume material Quantity type describes the location, the material its distribution Universally unique ID for tracking objects through import/export workflows Where the quantity is located by reference The type of work or material (or cost code) of the quantity by reference A set of amounts The distribution of the quantity at the specified location The relationship between two tasks (can be finish-finish, finish-start, start-finish and start-start) The Dependency type describes the relationship between two tasks: a predecessor and a successor A reference to a predecessor task A reference to a successor task The relationship between the specified predecessor and successor tasks The minimum allowed delay (or lag) of the successor in relation to the predecessor The maximum allowed delay (or lag) of the successor in relation to the predecessor The Dependency type describes the relationship between two tasks: a predecessor and a successor The name of the intersection The location from which this intersection starts The station the location from which this intersection starts The location to which this intersection ends The station on the location to which this intersection ends Explicitly defined distance Specifies if this intersection goes both ways The time constraint type (can be "as soon as possible", "as late as possible", "must start on...", "must finish on...", "start no earlier than...", "start no later than...", "finish no earlier than...", "finish no later than") The status of a task (can be not started, in progress, suspended or completed) The task definition Universally unique ID for tracking objects through import/export workflows The required name of the task A reference to the parent task A collection of references to child tasks The child task by reference The start time The finish time The duration of the task Deprecated. Quantities associated with the progress of this task A reference to an existing quantity Timing constraints for the start and finish times The date used by the constraint - Not required when type is ASAP or ALAP The status of the task The name of an existing surface with optional idRef Actual start time Actual finish time Where the task is located by reference The type of work or material (or cost code) of the task by reference A set of amounts The distribution of the task quantity at the specified location The mode in which linework pass the symbol will be clipped(can be no_clip, rectangle, auto_circle, polygon, circle) Common style related informations An unique name that identifies the style A description of the style A flag that indicates whether the style is scalable The scale factor applied to the x,y,z axis The rotation angle around the z-axis. It's counter-clockwise, with zero on x-axis (east). The clip type describes the clipping mode used to draw a symbol The mode in which linework pass the symbol will be clipped Only valid if Mode is "circle" The polygon definition, only valid if Mode is "polygon" The point symbol definition A required reference to a block definition. The block definition contains all the entities that are included in the symbol. Symbol clip data A flag that indicates whether the symbol is to be used as a north point The line style definition A required reference to a block definition. The block definition contains all the entities that are included in the symbol. The length of each pattern A flag that indicates whether the line style will repeat the pattern The format of the image encoded as base64Binary (it can be bmp, png, jpeg, tiff, tga, pdf of geotiff) An image linked to one or more textures The image, stored as a base64Binary The format of the image content The texture definition A reference to a texture image The CAD image definition The path of the Image (relative path, inside 'filename'.maxml data folder) Optional metadata collection The format of the image The width of the Image in pixels The height of the image in pixels Raster transformation data The path of the Esri world file that contains parameters to georeference the raster image The world coordinates units The x,y map coordinates of the center of the bottom left pixel The change of scale in x direction The change of scale in y direction The rotation angle, measured counter-clockwise from the x-axis. (in degrees: [0:360]) Shear factor along the x-axis = tan (skew angle) (the skew angle is measured from the y-axis) It's a reference to a Coordinate System Transaction data is either the definition of a Transaction Measurement session or a sequence of Actions on elements The Transaction counter, used to detect lost Transactions. The first Transaction of a session (that is, the one defining TransactionSession tag) should have Counter 0, thus the first Action should be included in a Transaction with Counter 1. The first Transaction must contain a Transaction Measurement session. Each Action contained in a Transaction must refer to a Measurement session defined in a previous Transaction An update Action taken on a sequence of elements. Elements can be new (created) or old (modified). In the same Action, one element cannot be involved more than once (elements of the same type but with different id are allowed). A delete Action taken on a sequence of elements. Elements are identified by their MAXML identifiers. List of IDs that are referenced in the document, but not defined (expected that referenced object is known to the recipient). Technically allows to make XML document valid and skip data redefinition. A Transaction Measurement session is a combination of a Device, a Controller, a Digital Level run, a Gnss antenna and a Coordinate system. It represents a session during which the user has taken measurements with these instruments and parameters. If an element refers to a Measurement session, it's always possibile to find which instrument was used to take its measurement. The information about an application The general information about a Job A Gnss device, a TS device or a DL device. It contributes to create a Measurement Session A Controller contributes to create a Measurement Session A Digital Level run contributes to create a Measurement Session A Gnss antenna contributes to create a Measurement Session A Coordinate system can refer to structures contained in external files, like geoids. It contains also Localization data. It contributes to create a Measurement Session An Observation info has the general information about a Measurement session Raw data and Actions can refer to a Transaction Measurement session through this id A single element, of any type A Layer is defined by drawing parameters A Code that can be used by an element to gain some properties An Observation info has the general information about a Measurement session A Digital Level run contributes to create a Measurement Session A Gnss device, a TS device or a DL device. It contributes to create a Measurement Session A Controller contributes to create a Measurement Session A Coordinate system can refer to structures contained in external files, like geoids. It contains also Localization data. It contributes to create a Measurement Session A Gnss antenna contributes to create a Measurement Session A Block definition is defined as a collection of objects and a reference point (the real Block is an object itself, and can be included in another Block definition) A Scanning Session contains a collection of points measured over an oriented image A collection of Station equations A Horizontal alignment is defined by a sequence of horizontal elements. It's used by an Alignment or a Road string A Vertical alignment is defined by a sequence of vertical positions. It's used by an Alignment or a Road string A Road template is defined by a sequence of 2D segments. It's used by a Cross section A sequence of Cross sections, used by an Alignment A sequence of Road strings, that can be used by an Alignment instead of Cross sections An Alignment is defined by a Horizontal alignment, a Vertical alignment and a Cross section set (or a Road string set). An Orientation job is defined as a collection of orientation sessions and stereo pairs A Surface is defined by a collection of triangles, which refers to a sequence of positions A single Raw data A Field report with job info, surveyor info, coordinates, time, notes and taken images A Region describes an area with some attributes An Object List is a list of references to Objects (usually used to describe a Point List) A customized point symbol definition A customized line style definition A texture image definition A texture definition A location is a set of informations about where a quantity is located A material is a type of work or material (or cost code) of the quantity A quantity type describes the location, the material and its distribution A task definition A dependency type describes the relationship between two tasks: a predecessor and a successor An image used as CAD background An update Action taken on a sequence of elements. Elements can be new (created) or old (modified). In the same Action, one element cannot be involved more than once (elements of the same type but with different id are allowed). The information about the units used in this Transaction The sequence of elements involved in the Action A reference to the Measurement session related to the Action. All the elements involved by the Action refer to this Measurement session The type of the Action taken (can be created or modified) The creation datetime of the Action A delete Action taken on a sequence of elements. Elements are identified by their MAXML identifiers. A collection of elements, defined by their MAXML identifiers. Identifiers must be separated with a space. A reference to the Measurement session related to the Action. All the elements involved by the Action refer to this Measurement session The creation datetime of the Action A sequence of Transaction that describes the history of the changes made to the job The type of Coordinate system (can be datum xyz, datum lbh, grid, ground, local or undefined) The type of coordinate system source (can be predefined, external, userdefined or undefined) The type of method used by parameters datum transformation (can be strict or linearized) The order of plane coordinates for display (can be NEH (default), or ENH) The direction of coordinates growth. Could be NE, ///usual northing-easting axes (like in wgs84) ES, ///easting-southing SE, ///southing-easting EN, ///easting-northing WN, ///westing-northing (like in Malayzian projections) WS, ///westing-southing SW, ///southing-westing (like in South Africa) NW ///northing-westing (like in Danish projections) Helmert transformation parameters The maximum horizontal error within the given area after applying the parameters transformation in millimeters. The zero is for Unknown Quality. Corresponds RTCM DF214 field. The maximum vertical error within the given area after applying the parameters transformation in millimeters. The zero is for Unknown Quality. Corresponds RTCM DF215 field. Molodensky-Badekas transformation parameters The new XYZ center of rotation X coordinate // RTCM DF163 The new XYZ center of rotation Y coordinate // RTCM DF164 The new XYZ center of rotation Z coordinate // RTCM DF165 The maximum horizontal error within the given area after applying the parameters transformation in millimeters. The zero is for Unknown Quality. Corresponds RTCM DF214 field. The maximum vertical error within the given area after applying the parameters transformation in millimeters. The zero is for Unknown Quality. Corresponds RTCM DF215 field. Ellipsoid description parameters The name of the ellipsoid The comment to the ellipsoid The code of the ellipsoid by The European Petroleum Survey Group The units used in the ellipsoid definition The source of the ellipsoid The semi-major axis of the ellipsoid. This is distance unit. The inverse flattering Eccentricity Semi-minor axis. This is distance unit. Application managed code. Technical field. Do not required. The properties of the custom datum transformation (dll-based datum transformation) The name of library that contains parser for the datum transformation The name of data file for this datum transformation. Common extension is .dff The .gsb file that contains corrections for the region of the datum. This used for The Canadian Spatial Reference System datums. The name of the datum that considered reference for the values. Optional reference to ReferenceDatum definition The type for the table projection (library-based) data The name of library that contains parser for the grid The name of datafile for this grid. Common extension is .prj. This used in the RTCM projections. The parameter datafile for the grid. Used by the SnakeGrid projection. The type for the projection parameters container The parameter value for the projection of the defined type. The parameter value for the grid of the defined type. The parameter value for the grid of the defined type. The parameter value for the grid of the defined type. The parameter value for the grid of the defined type. The parameter value for the grid of the defined type. The parameter value for the grid of the defined type. The parameter value for the grid of the defined type. The parameter value for the grid of the defined type. The parameter value for the grid of the defined type. The parameter value for the grid of the defined type. The parameter value for the grid of the defined type. The parameter value for the grid of the defined type. The parameter value for the grid of the defined type. The parameter value for the grid of the defined type. The parameter value for the grid of the defined type. The datatype for a projection parameter The name of the parameter for the grid of defined type. For example, "Central Meridian", "Scale", etc. The type of value The origin point for grid to ground transformation. Grid coordinates The name of the point A reference to the original point that can be defined in another coordinates system The name of the geoid. (In case of external file it must be found inside the file) The file name of the geoid The type of the geoid (can be 95, 99, global 2008, gff, australian, canadian, denmark, dutch 2004, norway, swedish, austrian germany, belgium, berlin, dutch, french 98, 2003, bkg germany, japan 2000, japan 96, korea k, korea pnu95n, malaysia, north ireland, geoid model, slovakia, spain, swiss 2004, uk, finland, israel, new zealand, slovenia, turky) A Plane describes a planar surface with a particular location and orientation in three-dimensional space The name of the Plane A sequence of Vertices, defining the bounding polygon The coordinates through which the plane passes A reference to an existing design point The constant elevation value in case of flat planes The mainfall slope direction (radians) The slope angle along the plane in the direction of the mainfall (radians) The slope angle in the direction that is 90° clockwise from the mainfall direction (radians) The spacing between grid lines The space between crosses on the grid The effective cut/fill ratio The extra import volume Represents whether the plane is active Represents whether the plane is valid Defines whether Plane is visible (true if not set) Plane visiblility is defined by layer Represents the properties used to draw the grid lines of the Plane A reference to a Layer The creation datetime of the Plane Description of the plane surface A Road survey The name of the Road survey a sequence of Road survey cross section points The station of the point The station offset of the point The offset of the point The elevation of the point A reference to the Code Description of the point It's a reference to a Coordinate System The geometrical representation chosen by the user (can be offset_height, grade, cl_offset or rate) The Information about a Prism The name of the Prism The Prism constant, in mm The Settings for Report generation The title (company) for each Stake Report The title (company) for each Field Report The logo (company) for each Report (relative path, inside 'filename'.maxml data folder) The Settings for Report generation Tells whether the Surface is visible Tells whether the Surface is selectable on the map Tells whether the countours are visible for this Surface The Grid Azimuth used when drawing mesh. In degrees from direction of North by clockwise. The Information about a Point Cloud Set The name of the Set The notes of the Set The Information about a Prism The notes of the Group A reference to the Layer of the Point Cloud The format of the source file The units for the point coordinates (can be meters, us_feet, int_feet, us_feet_inches, int_feet_inches, us_chains, int_chains, mile, int_inches, us_inches, millimeters, centimeters, kilometers, microinches, mils, int_yards, us_yards, angstroms, nanometers, microns, decimeters, decameters, hectometers, gigameters, astronomical_units, light_years or parsecs) The units for the point elevations. If not set, Distance Units are used. (can be meters, us_feet, int_feet, us_feet_inches, int_feet_inches, us_chains, int_chains, mile, int_inches, us_inches, millimeters, centimeters, kilometers, microinches, mils, int_yards, us_yards, angstroms, nanometers, microns, decimeters, decameters, hectometers, gigameters, astronomical_units, light_years or parsecs) The notes of the Group The quality of the information about number of points The number of points (if NumPointsQuality is unknown then this value it's ignored) All MAXML data, used for export and import of files The information about the application The general information about the Job The information about the units used in this MAXML file A collection of Layers The information about the default Layer is stored in ProjectInfo A reference to the default Layer of the Job A collection of Codes A code that can be used by an element to gain some properties A collection of Block definitions (also known as smart objects) A Block definition is defined as a collection of objects and a reference point (the real Block is an object itself, and can be included in another Block definition) A collection of Observation informations An Observation info has the general information about a Measurement session A collection of Devices A Gnss device, a TS device or a DL device. It contributes to create a Measurement Session A collection of Controllers A Controller contributes to create a Measurement Session A collection of Digital Level runs A Digital Level run contributes to create a Measurement Session A collection of Gnss antennas A Gnss antenna contributes to create a Measurement Session A collection of Coordinate Systems A Coordinate system can refer to structures contained in external files, like geoids. It contains also Localization data. It contributes to create a Measurement Session A collection of Raw data, like Gnss positions or Total station Backsight points A collection of Measurement sessions A Measurement session is a combination of a Device, a Controller, a Digital Level run, a Gnss antenna and a Coordinate system. It represents a session during which the user has taken measurements with these instruments and parameters. If an element refers to a Measurement session, it's always possibile to find which instrument was used to take its measurement. A collection of drawing objects, like points and polylines A collection of all data related to Alignments A collection of Station equation sets A collection of Station equations A collection of Horizontal alignments A Horizontal alignment is defined by a sequence of horizontal elements. It's used by an Alignment or a Road string A collection of Vertical alignments A Vertical alignment is defined by a sequence of vertical positions. It's used by an Alignment or a Road string A collection of Road templates A Road template is defined by a sequence of 2D segments. It's used by a Cross section A collection of Cross section sets A sequence of Cross sections, used by an Alignment A collection of Road string sets A sequence of Road strings, that can be used by an Alignment instead of Cross sections A collection of Alignments An Alignment is defined by a Horizontal alignment, a Vertical alignment and a Cross section set (or a Road string set). A collection of Surfaces A Surface is defined by a collection of triangles, which refers to a sequence of positions A collection of Scanning sessions A Scanning Session contains a collection of points measured over an oriented image A collection of Orientation jobs An Orientation job is defined as a collection of orientation sessions and stereo pairs A collection of Field reports A Field report with job info, surveyor info, coordinates, time, notes and taken images A collection of Regions A Region describes an area with some attributes A collection of Object Lists An Object List is a list of references to Objects (usually used to describe a Point List) A collection of point symbols, line styles and textures Task data container A collection of locations Where the quantity is located A collection of materials Type of work or material (or cost code) of the quantity Deprecated. A collection of quantities Definition of a quantity A collection of Tasks Definition of a task Dependencies to other tasks The definition of a dependency between tasks A collection of intersections The definition of an intersection of locations A collection of CAD background images The background drawing A collection of predefined settings/data Quick Codes Group name Represents the Quick Code definition A reference to the Description of this Code Represents the control codes (maximum two) zero based index of row [0..2] for vertical positioning on screen zero based index of column [0..2] for horizontal positioning on screen A collection of scanner calibrations A collection of Stakeout report configurations A stakeout report configuration, defined by a type, tolerances and a collection of header fields A collection of Stakeout reports A stakeout report, defined by a configuration (reference) and a collection of records A collection of CAD inserted images The background drawing A collection of Planes A Region describes an area with some attributes A collection of Road surveys A Road survey A collection of Prism Information Information about a Prism A collection of Point Cloud Sets Transaction data is either the definition of a Transaction Measurement session or a sequence of Actions on elements The history of the changes made to the job Grid to ground conversion parameters type Combined Scale Factor calculated for grid to ground conversion Grid to ground rotation in radians (angle difference between azimuths oriented clockwise) Grid to ground northing offset in meters Grid to ground easting offset in meters Scale factor between ellipsoid and grid Average ellipsoidal elevation of job in meters Used as origin point for grid to ground transformation. If missing grid's origin point is used. A reference to Transmitter point DEPRECATED (use TxLLH instead)! The coordinates of optical center (in WGS84 LLH) The Transmitter height that is distance from position mark to mark on device. Transmitter height offset. true meas that Antenna was VERTICAL, otherwise means SLANT A reference to the known point. Number of resection measurements. Resection error value Flags if AntennaHeightOffset should be applied or not (true by default). Can be used to initialize elevation as alternative to KnownPointRef The coordinates of optical center (in WGS84 LLH) The serial number of the instrument. The firmware of the instrument (maximum 32 characters) The calibration data for TX (a 4x10 matrix) The calibration data is a 4x10 matrix Transmitter model (PZL-1/PZL-1A, or LZ-T5, or LZ-S5 w/ GNSS) Time when field calibration was performed and transmitter was updated. The datum transformation type sets datum transformation between the two Datums. Supports EPSG code, a number of transformations types such as parameters-based, library-based and table-based. The name of the datum transformation The code of the datum transformation by The European Petroleum Survey Group The source of the datum transformation The direction of the transformation, true is for DatumFromTo(WGS84) to Local(this one), false otherwise. By default transformation from Local to WGS84. The name of the OTHER datum in "datum to datum" transformation. Direction is shown by ToLocal flag. By default transformation from Local to WGS84. Optional reference to datumToFrom definition Seven parameters for Helmert transformation used by the datum. Corresponds RTCM 1021 message. 14-parameters for Time-dependent Helmert transformation used by the datum Ten parameters for Molodensky-Badekas transformation used by the datum. Corresponds RTCM 1022 message. Datum properties for the datum defined in a library Molodensky ellipsoidal transformation used by the datum Global boundaries of Datum Transformation validity area. The boundaries is latitude/longitude values. Corresponds RTCM DF152-DF155 fields. The Correction Table for Datum Transformation (or the set of tables). Correction table applied after parameters-based transformation. All boundaries, horizontal mean values and residuals are spherical values (lat/lon) on the Datum after applying parameters-based transformation. Corresponds RTCM 1023 message. Application managed code. Technical field. Do not required. The projection type defines projection transformation into plane system. Supports EPSG code, parameters-based projections of all types supported by Magnet GEOSDK, library-based projections and table-based projections. The name of the projection The display name of the projection The comment for the projection The code of the projection by The European Petroleum Survey Group The direction of Axes in the projection The units used in the projection parameters The type of the projection coordinate system. Could be - TMERC // Transverse Mercator, - LC // Lambert Conformal Conic, - STER // Stereographic, - DSTER // Double Stereographic, - MERCATOR // Mercator Auxiliary Sphere, - OM // Oblique Mercator, - CASSINI // Cassini Soldner, - AlbersConic // Albers Conic Equal Area - etc. Corresponds RTCM DF170 field. Projection properties for the grid defined in a library Projection parameters in case of parameters-based grid. Parameters correspond RTCM 1025-1027 messages. The Correction Table for Projection (or the set of tables). Correction table applied after parameter-based transformation. All boundaries and residuals are plane values. Corresponds RTCM 1024 message. The name and idRef of Datum(s) used by this projection. In case of 1 datum defined, the projection could be used only with it. In case of several datums listed, the projection could be based on one of them only. In case of missing Datum tag, the projection is supposed to be used with any datum. Optional reference to datum definition tag Application managed code. Technical field. Do not required. Defines a dummy entity with ID that is referenced in current document, but not defined due to XML size optimization. Technically allows to make XML document valid. A collection of Ellipsoids An Ellipsoid definition contains all ellipsoid parameters A collection of Datums A Datum A collection of Grids A grid 14-parameters for Time-dependent Helmert transformation. Strict and Linearized formulas. Base Helmert parameters are treated as parameters for time T0. The time of first datum state The velocity of DX change The velocity of DY change The velocity of DZ change The velocity of RX change The velocity of RY change The velocity of RZ change The velocity of Scale change The maximum horizontal error within the given area after applying the parameters transformation in millimeters. The zero is for Unknown Quality. Corresponds RTCM DF214 field. The maximum vertical error within the given area after applying the parameters transformation in millimeters. The zero is for Unknown Quality. Corresponds RTCM DF215 field. Molodensky ellipsoidal transformation. Standard and Abridged formulas. Standard or Abridged formulas. By default Standard formulas are used RTCM DF156 RTCM DF157 RTCM DF158 RTCM DF159 RTCM DF160 RTCM DF161 RTCM DF162. Delta Scale. In formula M=(1+dS*10^-6). The maximum horizontal error within the given area after applying the parameters transformation in millimeters. The zero is for Unknown Quality. Corresponds RTCM DF214 field. The maximum vertical error within the given area after applying the parameters transformation in millimeters. The zero is for Unknown Quality. Corresponds RTCM DF215 field. Boundaries of rectangle area in Northing/Easting plane coordinates or boundaries of spherical rectangle area in Latitude/Longitude coordinates Represents a single BIM model (e.g. a whole building). A human-readable descriptive name of the project The units used in the project A reference to a design point that is used as the insertion point (i.e. the project's coordinate center will be placed at this point's position). Rotation of the project around the Z axis. It's counter-clockwise, with zero on x-axis (east). Can be ommitted if additional rotation is not required. The scale factor of the project. Can be ommitted if scaling is not required. The actual data items used in BIM projects The root element of the element hierarchy (e.g. a "building" element for a project that describes a building) A single element of a BIM project, e.g. a door, wall, table, etc. A unique identifier used within the BIM file (e.g. for an IFC file it is a hash). A human-readable name of the element A reference to a 3d model used by this element A reference to an attribute set Additional attributes for this specific element. For example: 100 instances of a "Computer" element may have a set of shared attributes (model, manufacturer, hardware used, etc), and an additional attribute that is unique for each instance (e.g. an owner, or an inventory number). Extra attributes that can be specified in addition to the referenced AttributeSet References to this elements' child elements References to the groups that this element belongs to References to the layers that this element belongs to A BIM attribute, which is a "key-value" pair; both key and value are treated as strings. The name of the attribute The value of the attribute A set of attributes used by a BIM element. Attribute sets can be shared between multiple elements A BIM group is a named entity used to logically group multiple elements. The group's human-readable name A BIM layer is a named entity used to logically group multiple elements. The layer's human-readable name A reference to an external file with the data used for rendering. A single model is likely to be shared between multiple BIM elements. A filename of an external file with the 3d data The geoid type sets geoid model of orthometric heights corrections. Supports EPSG code, number of regional geoids types, table-based in file geoid definition. The name of the geoid (it must be found in an external file) The comment for the geoid The code of the geoid (VertCS) by The European Petroleum Survey Group The source of the geoid The name of the datum, geoid is based on Optional reference to datum definition Regional geoid stored in separate file with predefined type. The table data of geoid directly stored in MAXML file. Application managed code. Technical field. Do not required. Tha data for table based coodinate system. Used as RTCM CT source data exchange. The Mean Offset in Latitude (Northing) direction. Used in table data for horizontal CS. ResultOffset = MeanOffset + InterpolatedDeltaFromTable Corresponds RTCM DF196 (DF206) field. The Mean Offset in Longitude (Easting) direction. Used in table data for horizontal CS. ResultOffset = MeanOffset + InterpolatedDeltaFromTable Corresponds RTCM DF197 (DF207) field. The Mean Offset in Height direction. Used in table data for vertical CS (geoids) or in three dimension tables in RTCM systems. ResultOffset = MeanOffset + InterpolatedDeltaFromTable Corresponds RTCM DF198 (DF208) field. The interpolation type for horizontal offset calculation. Corresponds RTCM DF212 field: bilinear - 0, biquadratic - 1, bispline - 2, kriging - '-' The interpolation type for vertical offset calculation. Also used in geoid definition. Corresponds RTCM DF213 field: bilinear - 0, biquadratic - 1, bispline - 2, kriging - '-' The indicator for way of height processing in the transformation. There are: - Geometric: Height calculated only in Helmert/Molodenski transformation and result is Ellipsoidal Height, table offsets are not processed for height; - PhysicalTarget: Offsets in the table for height are given in the Current(Target) Datum (after Helmert/Molodenski transformation); - PhysicalSource: Offsets in the table for height are given in Source Datum (FromDatum). The maximum horizontal error within the given area after applying the residuals in millimeters. The zero is for Unknown Quality. Corresponds RTCM DF216 field. The maximum vertical error within the given area after applying the residuals in millimeters. The zero is for Unknown Quality. Corresponds RTCM DF217 field. The modified julian day. Corresponds RTCM DF051 field in 1023, 1024 messages. Versioning? The dimension of data in the table. How much residuals for each point in table. - 1D is for Geoid (Vertical CS definitioin); - 2D is for Horizontal table datum or grid CS definition; - 3D is for Horizontal and Vertical residuals in one table. In RTCM messages tables are always three dimensions, but there are DF190 and DF191 boolean fields that tell use or no horizontal (2D) and vertical (1D) part of table. This field contains space separated float values for each point of the table. Number of values calculated based on Passport as: Num = ((MaxLonEasting - MinLonEasting) / LonEastingStep + 1) * ((MaxLatNorthing - MinLatNorthing) / LatNorthingStep + 1) * DataDimension , where DataDimension = {1,2,3} The passport of the table data in table-based CS. The step between two neighbour values in the table in Latitude(Northing) direction. The step between two neighbour values in the table in Longitude(Easting) direction. The dimension of data in the table. How much residuals for each point in table. - 1 is for Geoid (Vertical CS definition), only Height residual; - 2 is for Horizontal table datum or grid CS definition, Lat/Lon or Northing/Easting residuals; - 3 is for Horizontal and Vertical residuals in one table, Lat/Lon/Height or N/E/Height residuals. The order matters. In RTCM messages tables are always three dimensions, but there are DF190 and DF191 boolean fields that tell use or no horizontal and vertical parts of table. The traversal order of matrix. The default value is Easting-Northing. Outher loop is on second direction, and inner loop is on first direction. Matrix of double values in space separated string The type for geoid storaged in file The file name of the geoid The type of the geoid (can be 95, 99, global 2008, gff, australian, canadian, denmark, dutch 2004, norway, swedish, austrian germany, belgium, berlin, dutch, french 98, 2003, bkg germany, japan 2000, japan 96, korea k, korea pnu95n, malaysia, north ireland, geoid model, slovakia, spain, swiss 2004, uk, finland, israel, new zealand, slovenia, turky) The transformation method type used in the parameters datum The translation vector X coord // RTCM DF156 The translation vector Y coord // RTCM DF157 The translation vector Z coord // RTCM DF158 The rotation around the X axis in parent.AngleUnits // RTCM DF159 The rotation around the Y axis in parent.AngleUnits // RTCM DF160 The rotation around the Z axis in parent.AngleUnits // RTCM DF161 The scale factor // RTCM DF162 The current epoch The table traversal order. Could be NE, ///northing-easting ES, ///easting-southing SE, ///southing-easting EN, ///easting-northing WN, ///westing-northing WS, ///westing-southing SW, ///southing-westing NW ///northing-westing The format of the source file (can be las, laz, ply, e57 or undefined) The Information about a Prism The format of the source file The format of the source file The format of the source file The format of the source file The format of the source file The format of the source file The number of points Quality type (can be unknown, estimation or exact)