Element Manager

To have an overview what the elements are, and how they fit into the entire database please refer to the Element Overview chapter. In these papers only the handler functions are explained in full details. More...

Classes
class	ACAPI::v1::ElementBase
	A base class for all elements. More...
class	ACAPI::v1::ElementDefault
	A base class for all element defaults. More...
class	API_ElementDecomposerInterface
	Interface class for the element decomposition process. More...
struct	API_InteriorElevationType
	An iterior elevation element. More...
struct	API_AnalyticalNode
	Describes an Structural Analytical Node. More...
struct	API_AnalyticalCurve
	Describes an Structural Analytical Model Curve that is either a line segment between two Structural Analytical Model Nodes, or an arc segment with a specified intermediate point. More...
struct	API_SurfaceLoadCustomData
	Describes Custom Surface Coordinates for Surface Load. More...
struct	API_Sector
	Describes the geometry of a 2D line. More...
struct	API_Box3D
	Rectangular region of the model with Z extent. More...
struct	API_GridMeshHead
	General header for Grid Mesh type. More...
struct	API_GridMeshVertex
	Describes a Grid Mesh vertex. More...
struct	API_GridMeshEdge
	Describes a Grid Mesh edge. More...
struct	API_GridEdgeInfo
	Contains extended information of a API_GridMeshEdge. More...
struct	API_GridMeshLine
	Describes a grid line of the mesh. More...
struct	API_GridMeshPolygon
	A 3D mesh polygon with four edge indices. More...
struct	API_GridMesh
	Describes a Curtain Wall segment geometry. More...
struct	API_Interval
	Describes an interval with handling possible periodicity. More...
struct	API_NotifyElementType
	Describes the element the notification is coming for, and the type of the notification. More...
struct	API_ComponentID
	Identifies a component. More...
struct	API_ElemComponentID
	Identifies a component of an element. More...
struct	API_RoomReductionPolyType
	Parameters to get room reduction data. More...
struct	API_ElemURLRef
	URL reference to be stored into elements. More...
struct	API_ElemType
	The type of an element. More...
struct	std::hash< API_ElemType >
	std::hash specialization for API_ElemType. More...
struct	API_Elem_Head
	General element header for element types. More...
struct	API_ElemPartId
	Identify a part of an element. It's valid for PolyRoof and Morph only. More...
struct	API_HatchOrientation
	Fill orientation and distortion parameters. More...
struct	API_CoverFillTransformation
	Fill orientation and distortion parameters. More...
struct	API_SyTran
	Symbol transformation parameters. More...
struct	API_StoryVisibility
	Determines the appearance of model elements on different stories. More...
struct	API_LinkToSettings
	Option for linking model elements to their home stories. More...
struct	API_EdgeTrim
	Describes the parameters of a roof or slab edge. In previous API versions this structure used to be called API_RoofSide. More...
struct	API_ArrowData
	Describes the arrows at line ends. More...
struct	API_NoteType
	Describes a general note, used in dimensioning and hatch text. More...
struct	API_Gable
	Defines a cutting plane applied to spatial elements. More...
struct	API_WallType
	Represents a wall element. More...
struct	API_CWSegmentPatternCellData
	Represents a curtain wall segment cell. More...
struct	API_CWSegmentPatternData
	Represents the horizontal (primary) or vertical (secondary) pattern of a Curtain Wall segment. More...
struct	API_CWSegmentType
	Represents a curtain wall segment element. More...
struct	API_CWFrameType
	Represents a Curtain Wall Frame element. More...
struct	API_CWPanelType
	Represents a Curtain Wall Panel element. More...
struct	API_CWJunctionType
	Represents a curtain wall junction element. More...
struct	API_CWAccessoryType
	Represents a curtain wall accessory element. More...
struct	API_CurtainWallType
	Represents a Curtain Wall element. More...
struct	API_AssemblySegmentData
	Represents an general segment. More...
struct	API_AssemblySegmentSchemeData
	Represents a segment scheme. More...
struct	API_AssemblySegmentProfileData
	Represents an segment of the beam element. More...
struct	API_AssemblySegmentCutData
	Represents a cut on segment. More...
struct	API_ColumnSegmentType
	Represents an segment of the column element. More...
struct	API_ColumnType
	Represents a column element. More...
struct	API_BeamSegmentType
	Represents an segment of the beam element. More...
struct	API_Beam_Hole
	Describes a beam hole. More...
struct	API_BeamType
	Represents a beam element. More...
struct	API_VerticalLink
	Option for anchoring the vertical position of an opening within the wall or the roof. More...
struct	API_OpeningBaseType
	Represents the common part of window, door and skylight elements. More...
struct	API_WindowType
	Represents a window element. More...
struct	API_SkylightType
	Represents a skylight element. More...
struct	API_ObjectType
	Represents an object or a lamp, or a symbol label. More...
struct	API_SlabType
	Represents a slab element. More...
struct	API_ShellBaseType
	The common parameters of roof (API_RoofType) and shell (API_ShellType) elements. More...
struct	API_RoofLevelData
	Defines a level of a polyroof plane. This structure is used in API_PolyRoofData. More...
struct	API_Wrapping
	Texture wrapping parameters. This structure is used in API_LocalCoordsType. More...
struct	API_LocalCoordsType
	Texture applying parameters. This structure is used in API_LocalCoordsData. More...
struct	API_LocalCoordsData
	Dynamic array of API_LocalCoordsType items. This structure is used in API_RoofSegmentData. More...
struct	API_RoofSegmentData
	Describes various properties/parameters of a roof segment that can be separately adjusted. This structure is used in API_PivotPolyEdgeData. More...
struct	API_PivotPolyEdgeData
	Complete polygon descriptor for polyroofs and shells. This structure is used in API_ElementMemo. More...
struct	API_PlaneRoofData
	This structure holds the Single-plane Roof specific data of API_RoofType. More...
struct	API_PolyRoofData
	This structure holds the Multi-plane Roof specific data of API_RoofType. More...
struct	API_RoofType
	Represents a roof element. More...
struct	API_ContourEdgeData
	Parameters of a shell contour edge. More...
struct	API_ShellShapeData
	Contains the profile data of the Shell element. This structure is used in API_ElementMemo. More...
struct	API_ShellContourData
	Shell contour or shell hole contour definition. This structure is used in API_ElementMemo. More...
struct	API_ExtrudedShellData
	This structure holds the Extruded Shell specific data of API_ShellType. More...
struct	API_RevolvedShellData
	This structure holds the Revolved Shell specific data of API_ShellType. More...
struct	API_RuledShellData
	This structure holds the Ruled Shell specific data of API_ShellType. More...
struct	API_ShellType
	Represents a shell element. More...
struct	API_MorphType
	Represents a morph element. More...
struct	API_MeshLevelCoord
	Describes one coordinate of a mesh level line. More...
struct	API_MeshLevel
	Defines the level lines of a mesh. More...
struct	API_MeshType
	Represents a mesh. More...
struct	API_MarkerData
	Describes the various parameters of dimension markers. More...
struct	API_Base
	The base of a non-static linear, angle or radial dimension element. More...
struct	API_DimBase
	Describes the base element for dimensioning. More...
struct	API_DimElem
	Describes a dimension element. More...
struct	API_DimensionType
	Describes a (linear) dimension. More...
struct	API_RadialDimensionType
	Represents a radial dimension. More...
struct	API_LevelDimensionType
	Represents a level dimension. More...
struct	API_AngleDimensionType
	Represents an angle dimension. More...
struct	API_TabType
	Describes a tabulator of a paragraph. More...
struct	API_RunType
	Describes a continous monostyle piece - called run - of a paragraph. More...
struct	API_ParagraphType
	Describes a paragraph of a text. More...
struct	API_TextType
	Represents a text, or a textual label. More...
struct	API_LabelType
	Represents a textual or a symbol label. More...
struct	API_ZoneType
	Represents a zone stamp. More...
struct	API_ExtendedPenType
	Describes the optionally overridden pen used for hatches. More...
struct	API_HatchType
	Represents a hatch element. More...
struct	API_LineType
	Represents a 2D line. More...
struct	API_PolyLineType
	Represents a 2D polyline. More...
struct	API_ArcType
	Represents an elliptical or circular arc. More...
struct	API_SplineDir
	Describes the control handles for Bezier-splines. More...
struct	API_SplineType
	Represents a cubic or Bezier-spline. More...
struct	API_HotspotType
	Represents a hotspot. More...
struct	API_PictureType
	Represents a figure (picture) element. More...
struct	API_SectionSegment
	Represents one segment of a section/elevation/interior elevation. More...
struct	API_MarkerLinkDataType
	This type manifestates as a "linkedMarker" named variable in the detail/worksheet, section and elevation API types, and used to set the referring properties of the marker. More...
struct	API_CutPlaneType
	Represents a section element. More...
struct	API_PerspCamPars
	Parameters of a perspective camera. More...
struct	API_LinkType
	Describes a link for cameras. More...
struct	API_CameraType
	Represents a single camera. More...
struct	API_PersCamSetPars
	Represents a perspective camera set. More...
struct	API_CamSetType
	Represents a camera set. More...
struct	API_DrawingTitle
	Specifies the drawing's title object. More...
struct	API_DrawingType
	Represents a drawing element. More...
struct	API_SectElemType
	Describes an element in the section window. More...
struct	API_DetailType
	Represents a detail/worksheet (detail/worksheet mark). More...
struct	API_HotlinkType
	Represents a Hotlink Module type or XRef type hotlink instance element. More...
struct	API_ChangeMarkerType
	Represents a ChangeMarker (a placeable element, not to be confused with the Change from the Change Manager palette). More...
struct	API_StairPolylineEdgeData
	Stores data of a stair polyline edge. More...
struct	API_StairPolylineVertexData
	Stores data of a stair polyline vertex. More...
struct	API_StairPolylineData
	Represents a Stair polyline (baseline or walking line). More...
struct	API_StairBoundaryVertexData
	Stores data of a stair boundary vertex. More...
struct	API_StairBoundaryEdgeData
	Stores data of a stair boundary edge. More...
struct	API_StairBoundaryData
	Represents a Stair boundary. More...
struct	API_StairLayoutData
	Represents the layout of a Stair element. More...
struct	API_StairRulesData
	Represents a the Rules and Standards of a Stair element. More...
struct	API_StairHeadroomData
	Description of the Stair Headroom. More...
struct	API_StairStructureDrainingData
	Represents the draining of a monolithic Stair Structure element. More...
struct	API_SideStairStructData
	Represents the data of a side supported Stair Structure element. More...
struct	API_MonolithStairStructData
	Represents the data of a monolithic Stair Structure element. More...
struct	API_StairStructureSymbolData
	Represents the data of a 2D symbol a Stair's Structure elements. More...
struct	API_StairMonolithStructureSymbolData
	>Represents the data of a monolith Stair's Structure elements. More...
struct	API_MonolithPartsVisibilityData
	Describes which types of monolith parts are visible. More...
struct	API_StairStructureComponentSettingsVisibilityOnStory
	Describes story's stair structure component visibility settings. More...
struct	API_StairStructureComponentSettingsVisibility
	Settings for visibility of the stair component strucutre. More...
struct	API_StairRiserType
	Represents a Riser element. More...
struct	API_StairTreadType
	Represents a Tread element. More...
struct	API_StairStructureType
	Represents a Stair Structure element. More...
struct	API_RailingHorizontalPosData
	Represents the horizontal alignment of a Railing subelement. More...
struct	API_RailingVerticalPosData
	Represents the vertical position of a Railing subelement. More...
struct	API_RailingFrameData
	Represents the boundaries of a Railing subelement. More...
struct	API_RailingDistributionData
	Represents the distribution of some Railing subelements. More...
struct	API_RailingPostType
	Represents a Railing Post element. More...
struct	API_RailingBalusterType
	Represents a Baluster element. More...
struct	API_RailingBalusterSetType
	Represents a Baluster Set element. More...
struct	API_RailingFinishType
	Represents the finish of a Rail End element. More...
struct	API_RailingRailEndType
	Represents a Rail/Handrail/Toprail End element. More...
struct	API_RailingRailConnectionType
	Represents a connection between two Rail/Handrail/Toprail elements. More...
struct	API_RailingNodeType
	Represents a Railing Node element. More...
struct	API_RailingToprailType
	Represents a Toprail element. More...
struct	API_RailingHandrailType
	Represents a Handrail element. More...
struct	API_RailingRailType
	Represents a Rail element. More...
struct	API_RailingInnerPostType
	Represents an Inner Post element. More...
struct	API_RailingPanelType
	Represents a Railing Panel element. More...
struct	API_RailingPatternType
	Represents a Railing Pattern element. More...
struct	API_RailingSegmentType
	Represents a Railing Segment element. More...
struct	API_RailingType
	Represents a Railing element. More...
struct	API_OpeningCutSurfacesParameters
	Cut surface parameters. More...
struct	API_OpeningOutlinesParameters
	Opening outlines parameters. More...
struct	API_OpeningCoverFillsParameters
	Opening cover fills parameters. More...
struct	API_OpeningReferenceAxisParameters
	Opening floor plan and section reference axis parameters. More...
struct	API_OpeningFloorPlanParameters
	Parameters of floor plan and section representation. More...
struct	API_OpeningExtrusionParameters
	Opening extrusion parameters. More...
struct	API_OpeningExtrusionGeometryData
	Extrusion geometry parameters. More...
struct	API_OpeningType
	Represents an opening element. More...
struct	API_ExternalElemType
	A struct containing the header and data of an external element type (see API_AnalyticalLinkType). More...
union	API_Element
	A union collecting all known element types. More...
struct	API_ElementMemo
	Describes the variable length additional data of elements. More...
struct	API_SubElement
	Helper structure to create / modify / get markers for window, door, section, elevation, interior elevation, detail, worksheet elements and curtain wall parts. More...
struct	API_WallPart
	Section of a wall segment that neighbours a border line of the room. More...
struct	API_Niche
	Structure describing a niche in a room. More...
struct	API_BeamPart
	Section of a beam that crosses the room. More...
struct	API_RoomRelation
	Structure for retrieving data related to a room. More...
struct	API_ConnectionGuidItem
	Represents a wall or beam connection. More...
struct	API_WallRelation
	Structure for retrieving connection data of a wall. More...
struct	API_BeamSegmentRelation
	Structure for retrieving connection data of a beam segment. More...
struct	API_BeamRelation
	Structure for retrieving connection data of a beam. More...
struct	API_CWPanelRelation
	Structure for retrieving connection data of a curtain wall panel, skylight, window or a door element. More...
struct	API_RoofRelation
	Structure for retrieving connection data of a roof or a shell element. More...
struct	API_WallQuantity
	Describes the different calculated values for walls. More...
struct	API_ColumnQuantity
	Describes the different calculated values for columns. More...
struct	API_ColumnSegmentQuantity
	Describes the different calculated values for column segments. More...
struct	API_BeamQuantity
	Describes the different calculated values for beams. More...
struct	API_BeamSegmentQuantity
	Describes the different calculated values for beam segments. More...
struct	API_WindowQuantity
	Describes the different calculated values for windows. More...
struct	API_SkylightQuantity
	Describes the different calculated values for skylight. More...
struct	API_ObjectQuantity
	Describes the different calculated values for objects. More...
struct	API_MorphQuantity
	Returns the morph quantity values. More...
struct	API_SlabQuantity
	Describes the different calculated values for slabs. More...
struct	API_MeshQuantity
	Describes the different calculated values for meshes. More...
struct	API_RoofQuantity
	Gives the different calculated values for roofs. More...
struct	API_ShellQuantity
	Returns the shell quantity values. More...
struct	API_HatchQuantity
	Describes the different calculated values for fills. More...
struct	API_ZoneAllQuantity
	Describes the different calculated values for zones. More...
struct	API_CurtainWallQuantity
	Describes the different calculated values for curtain walls. More...
struct	API_CWFrameQuantity
	Describes the different calculated values for curtain wall frames. More...
struct	API_CWPanelQuantity
	Describes the different calculated values for curtain wall panels. More...
struct	API_CWJunctionQuantity
	Describes the different calculated values for curtain wall junctions. More...
struct	API_CWAccessoryQuantity
	Describes the different calculated values for curtain wall accessories. More...
struct	API_StairQuantity
	Calculates values for stairs. More...
struct	API_StairTreadQuantity
	Calculated values for a stair tread. More...
struct	API_StairRiserQuantity
	Calculated values for the stair riser. More...
struct	API_StairStructureQuantity
	Calculated values for the stair structure. More...
struct	API_RailingQuantity
	Calculated values for a railing. More...
struct	API_RailingToprailQuantity
	Calculated values for a top rail. More...
struct	API_RailingHandrailQuantity
	Calculated values for a handrail. More...
struct	API_RailingRailQuantity
	Calculated values for the rails of the railing. More...
struct	API_RailingToprailEndQuantity
	Calculated values for the top rail end of the railing. More...
struct	API_RailingHandrailEndQuantity
	Calculated values for the handrail end of the railing. More...
struct	API_RailingRailEndQuantity
	Calculated values for the rail end of the railing. More...
struct	API_RailingToprailConnectionQuantity
	Calculated values for the top rail connection. More...
struct	API_RailingHandrailConnectionQuantity
	Calculated values for the handrail connection. More...
struct	API_RailingRailConnectionQuantity
	Calculated values for the rail connection. More...
struct	API_RailingPostQuantity
	Calculated values for the railing posts. More...
struct	API_RailingInnerPostQuantity
	Calculated values for the railing inner posts. More...
struct	API_RailingBalusterQuantity
	Calculated values for the balusters. More...
struct	API_RailingPanelQuantity
	Calculated values for railing panels. More...
struct	API_RailingSegmentQuantity
	Calculated values for the railing segments. More...
union	API_ElementQuantity
	Describes the different calculated values. More...
struct	API_QuantityPar
	Supplies extra information for some element quantity calculations. More...
struct	API_CompositeId
	Identifies the composite skin and sub-element. More...
struct	API_CompositeQuantity
	Describes the different calculated values for skins of composite or complex elements. More...
struct	API_ElemPartQuantity
	Describes the different calculated values for parts of an element. More...
struct	API_ElemPartCompositeQuantity
	Describes the different calculated values for skins of composite or complex elements. More...
struct	API_ElemPartSurfaceQuantity
	Describes the different calculated values for surfaces of elements. More...
class	API_Quantities
	Describes the different calculated values for skins of composite or complex elements. More...
struct	API_ElementQuantityMask
	Describes the filter for the different calculated values for elements. More...
class	API_QuantitiesMask
	Describes the filter for the different calculated values for skins and elements. More...
struct	API_PropertyObjectRefType
	The property object reference record. More...
struct	API_Obsolete_ComponentRefType
	The component reference record. More...
struct	API_DescriptorRefType
	The descriptor reference record. More...
struct	API_EditPars
	Transformation parameters for elements. More...
struct	API_CWallPanel
	A primitive triangle. More...
struct	API_ToolBoxItem
	Data of the active toolbox mode. More...
struct	API_OverrideStyle
	Specifies what is overridden and how, for an API_Element. More...
struct	API_RoomImage
	Structure for retrieving data related to a room. More...
struct	API_ElemSearchPars
	Structure to search for an element by coordinate. More...
struct	API_TextLinePars
	Represents some text to measure its length. More...
struct	API_ContentPars
	It is used at the ACAPI_Element_Change goodie function. More...
struct	API_CollisionElem
	A container for storing a collision element created by ACAPI_Element_GetCollisions. More...
struct	API_CollisionDetectionSettings
	Collision detection settings used by ACAPI_Element_GetCollisions. More...
struct	API_IFCPropertyHead
	IFC property header structure. More...
struct	API_IFCPropertyAnyValue
	IFC property base value data container. More...
struct	API_IFCPropertyValue
	IFC property value data container. More...
struct	API_IFCPropertySingleValue
	IFC property with a single value. More...
struct	API_IFCPropertyBoundedValue
	IFC property with a lowerbound and an upperbound value. More...
struct	API_IFCPropertyListValue
	IFC property with a list of values. More...
struct	API_IFCPropertyEnumeratedValue
	IFC property with a list of possible and selected value. More...
struct	API_IFCPropertyTableValue
	IFC property with a list of value pairs. More...
struct	API_IFCProperty
	IFC property container structure. More...
struct	API_IFCAttribute
	IFC attribute structure. More...
struct	API_IFCClassification
	IFC classification structure. More...
struct	API_IFCClassificationReference
	IFC classificationreference structure. More...

Typedefs
typedef GSErrCode __ACENV_CALL	APIDefaultsChangeHandlerProc(const API_ToolBoxItem *defElemType)
	Callback procedure to receive notifications on changes in element defaults.
typedef GSErrCode __ACENV_CALL	APIElementEventHandlerProc(const API_NotifyElementType *elemType)
	User supplied callback function for handling changes in elements.
typedef void __ACENV_CALL	RoomReductionPolyProc(const API_RoomReductionPolyType *roomRed)
	Callback function to get reduction polygons of a room.
using	API_DoorType = API_WindowType
	Represents a door element.
using	API_LampType = API_ObjectType
	Represents an object or a lamp, or a symbol label.
using	API_ElevationType = API_CutPlaneType
	Represents a elevation element.
using	API_WorksheetType = API_DetailType
	Represents a worksheet (worksheet mark).
using	API_ElementUserData = API_UserData
	A UserData attached to an Element.
using	API_CWSegmentPart = API_WallPart
	Section of a curtain wall segment that neighbours a border line of the room.
using	API_SkylightRelation = API_CWPanelRelation
	Structure for retrieving connection data of a curtain wall panel, skylight, window or a door element.
using	API_WindowRelation = API_CWPanelRelation
	Structure for retrieving connection data of a curtain wall panel, skylight, window or a door element.
using	API_DoorRelation = API_CWPanelRelation
	Structure for retrieving connection data of a curtain wall panel, skylight, window or a door element.
using	API_ShellRelation = API_RoofRelation
	Structure for retrieving connection data of a roof or a shell element.
using	API_DoorQuantity = API_WindowQuantity
	Describes the different calculated values for doors.
using	API_LightQuantity = API_ObjectQuantity
	Describes the different calculated values for lights.
typedef bool	API_ElemFilter[API_LastElemType+1]
	Array for filtering elements.
typedef GS::HashTable< API_Guid, GS::Array< API_GridElemID > >	API_CWPanelGridIDTable
	This table contains the grid mesh identifiers for each Curtain Wall panel instance (these grid mesh cells are partly or fully covered by the panel).
using	API_CircleType = API_ArcType
	Represents a circle (derived from the circular arc).
typedef API_CompositeQuantity	API_CompositeQuantityMask
	Describes the filter for the different calculated values for skins.

Enumerations
enum	API_AnalyticalCurveType {   API_AnalyticalCurve_LineType , API_AnalyticalCurve_ArcType , API_AnalyticalCurve_SplineType , API_AnalyticalCurve_BezierType ,   API_AnalyticalCurve_EllipseType }
	Describes the type of the Structural Analytical Model Curve. More...
enum	API_ElementDBEventID {   APINotifyElement_BeginEvents = -1 , APINotifyElement_EndEvents = -2 , APINotifyElement_New = 1 , APINotifyElement_Copy = 2 ,   APINotifyElement_Change = 3 , APINotifyElement_Edit = 4 , APINotifyElement_Delete = 5 , APINotifyElement_Undo_Created = 11 ,   APINotifyElement_Undo_Modified = 12 , APINotifyElement_Undo_Deleted = 13 , APINotifyElement_Redo_Created = 14 , APINotifyElement_Redo_Modified = 15 ,   APINotifyElement_Redo_Deleted = 16 , APINotifyElement_PropertyValueChange = 17 , APINotifyElement_ClassificationChange = 18 }
	Describes the cause of the element notification. More...
enum	API_ElemTypeID {   API_ZombieElemID = 0 , API_WallID = 1 , API_ColumnID = 2 , API_BeamID = 3 ,   API_WindowID = 4 , API_DoorID = 5 , API_ObjectID = 6 , API_LampID = 7 ,   API_SlabID = 8 , API_RoofID = 9 , API_MeshID = 10 , API_DimensionID = 11 ,   API_RadialDimensionID = 12 , API_LevelDimensionID = 13 , API_AngleDimensionID = 14 , API_TextID = 15 ,   API_LabelID = 16 , API_ZoneID = 17 , API_HatchID = 18 , API_LineID = 19 ,   API_PolyLineID = 20 , API_ArcID = 21 , API_CircleID = 22 , API_SplineID = 23 ,   API_HotspotID = 24 , API_CutPlaneID = 25 , API_CameraID = 26 , API_CamSetID = 27 ,   API_GroupID = 28 , API_SectElemID = 29 , API_DrawingID = 30 , API_PictureID = 31 ,   API_DetailID = 32 , API_ElevationID = 33 , API_InteriorElevationID = 34 , API_WorksheetID = 35 ,   API_HotlinkID = 36 , API_CurtainWallID = 37 , API_CurtainWallSegmentID = 38 , API_CurtainWallFrameID = 39 ,   API_CurtainWallPanelID = 40 , API_CurtainWallJunctionID = 41 , API_CurtainWallAccessoryID = 42 , API_ShellID = 43 ,   API_SkylightID = 44 , API_MorphID = 45 , API_ChangeMarkerID = 46 , API_StairID = 47 ,   API_RiserID = 48 , API_TreadID = 49 , API_StairStructureID = 50 , API_RailingID = 51 ,   API_RailingToprailID = 52 , API_RailingHandrailID = 53 , API_RailingRailID = 54 , API_RailingPostID = 55 ,   API_RailingInnerPostID = 56 , API_RailingBalusterID = 57 , API_RailingPanelID = 58 , API_RailingSegmentID = 59 ,   API_RailingNodeID = 60 , API_RailingBalusterSetID = 61 , API_RailingPatternID = 62 , API_RailingToprailEndID = 63 ,   API_RailingHandrailEndID = 64 , API_RailingRailEndID = 65 , API_RailingToprailConnectionID = 66 , API_RailingHandrailConnectionID = 67 ,   API_RailingRailConnectionID = 68 , API_RailingEndFinishID = 69 , API_BeamSegmentID = 70 , API_ColumnSegmentID = 71 ,   API_OpeningID = 72 , API_ExternalElemID = 150 }
	The type of an element.API_ElemType variationID APIVarId_Generic. More...
enum	API_ElemVariationID {   APIVarId_Generic = 0 , APIVarId_SymbStair = 'SYST' , APIVarId_WallEnd = 'WAEN' , APIVarId_Door = 'DOOR' ,   APIVarId_Skylight = 'SKYL' , APIVarId_Object = 'SYMB' , APIVarId_GridElement = 'GREL' , APIVarId_Light = 'LIGH' ,   APIVarId_CornerWindow = 'CRWD' }
	Describes the subcategory of an element. More...
enum	API_CoverFillTransformationTypeID { API_CoverFillTransformationType_Global = 0 , API_CoverFillTransformationType_Rotated = 1 , API_CoverFillTransformationType_Distorted = 2 }
	Type of cover fill transformation. More...
enum	API_ElemDisplayOptionsID {   API_Standard = 0 , API_StandardWithAbstract = 1 , API_CutOnly = 2 , API_OutLinesOnly = 3 ,   API_AbstractAll = 4 , API_CutAll = 5 }
	Floor plan display options of construction elements. More...
enum	API_ElemProjectionModesID { API_Symbolic = 0 , API_Projected = 1 , API_Hybrid = 2 }
	Floor plan projection modes of construction elements. More...
enum	API_ElemViewDepthLimitationsID { API_ToFloorPlanRange = 0 , API_ToAbsoluteLimit = 1 , API_EntireElement = 2 }
	Depth limitation for the appearance of complex elements on the floor plan. More...
enum	API_EdgeTrimID {   APIEdgeTrim_Vertical , APIEdgeTrim_Perpendicular , APIEdgeTrim_Horizontal , APIEdgeTrim_CustomAngle ,   APIEdgeTrim_AlignWithCut }
	Determines the type of the roof or slab edge trim. In previous API versions this enum type used to be called @ref API_RsideID. More...
enum	API_ArrowID {   APIArr_EmptyCirc , APIArr_CrossCircIs , APIArr_FullCirc , APIArr_SlashLine15 ,   APIArr_OpenArrow15 , APIArr_ClosArrow15 , APIArr_FullArrow15 , APIArr_SlashLine30 ,   APIArr_OpenArrow30 , APIArr_ClosArrow30 , APIArr_FullArrow30 , APIArr_SlashLine45 ,   APIArr_OpenArrow45 , APIArr_ClosArrow45 , APIArr_FullArrow45 , APIArr_SlashLine60 ,   APIArr_OpenArrow60 , APIArr_ClosArrow60 , APIArr_FullArrow60 , APIArr_SlashLine90 ,   APIArr_PepitaCirc , APIArr_BandArrow , APIArr_HalfArrowCcw15 , APIArr_HalfArrowCw15 ,   APIArr_HalfArrowCcw30 , APIArr_HalfArrowCw30 , APIArr_HalfArrowCcw45 , APIArr_HalfArrowCw45 ,   APIArr_HalfArrowCcw60 , APIArr_HalfArrowCw60 , APIArr_SlashLine75 }
	Describes the different arrow types.
enum	API_NoteContentType { API_NoteContent_Measured , API_NoteContent_Custom }
	Describes the type of the content. More...
enum	API_LblAnchorID { APILbl_MiddleAnchor = 0 , APILbl_TopAnchor = 1 , APILbl_BottomAnchor = 2 , APILbl_Underlined = 3 }
	Describes how the pointer line is connected to the Label text (in case of Text Labels).
enum	API_LeaderLineShapeID { API_Segmented = 0 , API_Splinear = 1 , API_SquareRoot = 2 }
	Describes the shape of the pointer line of Note text or Label. More...
enum	API_JustID { APIJust_Left = 0 , APIJust_Center , APIJust_Right , APIJust_Full }
	Describes the various justification options.
enum	API_ModelElemStructureType { API_BasicStructure , API_CompositeStructure , API_ProfileStructure }
	Determines the structure type of the element. More...
enum	API_WallReferenceLineLocationID {   APIWallRefLine_Outside = 0 , APIWallRefLine_Center , APIWallRefLine_Inside , APIWallRefLine_CoreOutside ,   APIWallRefLine_CoreCenter , APIWallRefLine_CoreInside }
	Distinguishes among the different wall reference line locations. More...
enum	API_WallTypeID { APIWtyp_Normal , APIWtyp_Trapez , APIWtyp_Poly }
	Represents the different wall types.
enum	API_ZoneRelID { APIZRel_Boundary , APIZRel_ReduceArea , APIZRel_None , APIZRel_SubtractFromZone }
	Describes the relation of an element to a zone.
enum	API_CWSegmentTypeID { APICWSeT_Invalid = 0 , APICWSeT_Line , APICWSeT_Arc }
	Curtain wall segment type. More...
enum	API_CWSegmentCategoryID { APICWSeC_System = 0 , APICWSeC_Custom }
	Curtain wall segment type. More...
enum	API_CWSegmentGridOrigPosTypeID { APICWSeGridOrigin_StartWithPattern , APICWSeGridOrigin_StartFromCenter , APICWSeGridOrigin_AlignToCenter , APICWSeGridOrigin_EndWithPattern }
	Curtain wall segment grid origin pos type. More...
enum	API_CWFrameObjectTypeID { APICWFrObjectType_Invisible = 0 , APICWFrObjectType_GDL , APICWFrObjectType_InvisibleConnectedTurning , APICWFrObjectType_InvisibleConnectedStill }
	Curtain wall frame object type. More...
enum	API_CWPanelObjectTypeID { APICWPaObjectType_Generic = 0 , APICWPaObjectType_GDL }
	Curtain wall panel object type. More...
enum	API_CWJunctionCategoryID { APICWJunC_System = 0 , APICWJunC_Custom }
	Curtain wall junction category type. More...
enum	API_CWAccessoryCategoryID { APICWAccC_System = 0 , APICWAccC_Custom }
	Curtain wall accessory category type. More...
enum	API_CWBoundaryFramePosID { APICW_Boundary_Unknown = 0 , APICW_Boundary_OutSide , APICW_Boundary_Center , APICW_Boundary_Inside }
	Define curtain wall boundary frame position. More...
enum	API_CWPlacementID { APICW_Placement_AllGridPoints = 0 , APICW_Placement_Manual }
	Curtain wall junction placement type. More...
enum	API_AssemblySegmentLengthTypeID { APIAssemblySegment_Fixed = 0 , APIAssemblySegment_Proportional = 1 }
	The type of segment length.
enum	API_AssemblySegmentCutTypeID { APIAssemblySegmentCut_Horizontal = 0 , APIAssemblySegmentCut_Vertical = 1 , APIAssemblySegmentCut_Custom = 2 }
	The type of cut.
enum	API_VeneerTypeID { APIVeneer_Core = 0 , APIVeneer_Finish = 1 , APIVeneer_Other = 2 }
	Describes the veneer type of a column.
enum	API_BHoleTypeID { APIBHole_Rectangular , APIBHole_Circular }
	Determines the shape of the holes in the beam.
enum	API_BeamShapeTypeID { API_StraightBeam = 0 , API_HorizontallyCurvedBeam = 1 , API_VerticallyCurvedBeam = 2 }
	The type of segment length.
enum	API_SkylightFixModeID { APISkylightFixMode_Horizontal , APISkylightFixMode_Vertical }
	Skylight constrain in the Roof element.
enum	API_SkylightAnchorID {   APISkylightAnchor_BC = 0 , APISkylightAnchor_BL = 1 , APISkylightAnchor_BR = 2 , APISkylightAnchor_TC = 3 ,   APISkylightAnchor_TL = 4 , APISkylightAnchor_TR = 5 }
	Anchor point of the Skylight object.
enum	API_SlabReferencePlaneLocationID { APISlabRefPlane_Top = 0 , APISlabRefPlane_CoreTop , APISlabRefPlane_CoreBottom , APISlabRefPlane_Bottom }
	Location of slab's reference plane. More...
enum	API_ShellBaseCutBodyTypeID {   APIShellBaseCutBody_Editable , APIShellBaseCutBody_ContoursDown , APIShellBaseCutBody_PivotLinesDown , APIShellBaseCutBody_UpwardsExtrusion ,   APIShellBaseCutBody_DownwardsExtrusion }
	These values affect the connection type of Roof and Shell elements (see on the Model tab page of the Roof/Shell Settings dialog). More...
enum	API_ShellBaseSegmentTypeID { APIShellBase_SegmentsByCircle , APIShellBase_SegmentsByArc }
	Arc decomposition method for polyroof pivot edges or revolved shells. An N integral number tells how many segments to generate and this enum determines how to use the number N.
enum	API_RoofEdgeTypeID {   APIRoofEdgeType_Undefined = 0 , APIRoofEdgeType_Ridge , APIRoofEdgeType_Valley , APIRoofEdgeType_Gable ,   APIRoofEdgeType_Hip , APIRoofEdgeType_Eaves , APIRoofEdgeType_Peak , APIRoofEdgeType_SideWall ,   APIRoofEdgeType_EndWall , APIRoofEdgeType_RTDome , APIRoofEdgeType_RTHollow }
	Determines the type of the roof edges. This type is used just for listing purposes. It can be set individualy for each edge of the roof, the default value is Undefined.
enum	API_RoofOverHangTypeID { API_OffsetOverhang = 1 , API_ManualOverhang = 2 }
	Type of the eaves overhang of Multi-plane Roofs.
enum	API_PolyRoofSegmentAngleTypeID { APIPolyRoof_SegmentAngleTypeSloped , APIPolyRoof_SegmentAngleTypeGable }
	Type of the segment of Multi-plane Roofs.
enum	API_ShellBaseContourEdgeTypeID {   APIShellBaseContour_Undefined = 0 , APIShellBaseContour_Ridge , APIShellBaseContour_Valley , APIShellBaseContour_Gable ,   APIShellBaseContour_Hip , APIShellBaseContour_Eaves , APIShellBaseContour_Peak , APIShellBaseContour_SideWall ,   APIShellBaseContour_EndWall , APIShellBaseContour_RTDome , APIShellBaseContour_RTHollow }
	Determines the type of the shell contour edge.
enum	API_MorphingRuleID { APIMorphingRule_Paired , APIMorphingRule_Smooth }
	Type of the morphing rule applied by the Ruled Shell.
enum	API_TextureProjectionTypeID {   APITextureProjectionType_Invalid = 0 , APITextureProjectionType_Planar = 1 , APITextureProjectionType_Default = 2 , APITextureProjectionType_Cylindric = 3 ,   APITextureProjectionType_Spheric = 4 , APITextureProjectionType_Box = 5 }
	Determines the type of the texture projection.
enum	API_MorphBodyTypeID { APIMorphBodyType_SurfaceBody , APIMorphBodyType_SolidBody }
	Determines the type of the morph body.
enum	API_MorphEdgeTypeID { APIMorphEdgeType_SoftHiddenEdge , APIMorphEdgeType_HardHiddenEdge , APIMorphEdgeType_HardVisibleEdge }
	Determines the type of the morph edge.
enum	API_WitnessID { APIWtn_None , APIWtn_Small , APIWtn_Large , APIWtn_Fix }
	Describes the various appearance options for witness lines.
enum	API_TextPosID { APIPos_Above , APIPos_In , APIPos_Below }
	Describes the various options for dimension text positioning.
enum	API_DirID {   APIDir_Parallel , APIDir_Horizontal , APIDir_Vertical , APIDir_General ,   APIDir_Radial , APIDir_ArcDim , APIDir_Perpendicular }
	Defines various orientations for dimension and label texts.
enum	API_MarkerID {   APIMark_CrossLine , APIMark_EmptyCirc , APIMark_SlashLine , APIMark_OpenArrow30 ,   APIMark_ClosArrow30 , APIMark_FullArrow30 , APIMark_SlashLine45 , APIMark_CrossCirc ,   APIMark_OpenArrow90 , APIMark_ClosArrow90 , APIMark_FullArrow90 , APIMark_FullCirc ,   APIMark_PepitaCirc , APIMark_BandArrow , APIMark_OpenArrow60 , APIMark_ClosArrow60 ,   APIMark_FullArrow60 , APIMark_SlashLine75 }
	Describes the various types of dimension markers.
enum	API_DimOriginID {   APIDimOrigin_ProjectZero , APIDimOrigin_RefLevel1 , APIDimOrigin_RefLevel2 , APIDimOrigin_StoredOrigin ,   APIDimOrigin_Altitude }
	Describes the elevation dimension origin.
enum	API_DimLayoutID { API_Legacy = 0 , API_Flexible , API_Centered , API_LayoutOff }
	Describes the layouting algorithm of the dimension.
enum	API_CircleLevelDimensionFillID { API_EmptyFill , API_NorthwestBlack , API_NortheastBlack }
	Describe the circle style marker fill type of elevation dimension.
enum class	API_DimTextFillOrderID { FillAndContourUnderDimLine , FillAndContourAboveDimLine }
	Describes the drawing order of the text's fill and contour relative to the dimension line. More...
enum	API_AnchorID {   APIAnc_LT , APIAnc_MT , APIAnc_RT , APIAnc_LM ,   APIAnc_MM , APIAnc_RM , APIAnc_LB , APIAnc_MB ,   APIAnc_RB }
	Various options for anchor points.
enum	API_TabID { APITab_Left , APITab_Center , APITab_Right , APITab_Decimalpoint }
	Types of the tab. More...
enum	API_LblClassID { APILblClass_Text = 'TEXT' , APILblClass_Symbol = 'SYMB' }
	Describes the various types for a label.
enum	API_HatchSubType { API_FillHatch , API_BuildingMaterialHatch }
	Determines the subtype type of the hatch.
enum	API_PictureFormat {   APIPictForm_Default , APIPictForm_Bitmap , APIPictForm_GIF , APIPictForm_TIFF ,   APIPictForm_JPEG , APIPictForm_PNG }
	Storage format of a picture. More...
enum	API_NameTypeValues { APIName_ViewOrSrcFileName = 0 , APIName_ViewIdAndName = 1 , APIName_CustomName = 2 }
	Specifies how the name of the drawing is assembled. More...
enum	API_NumberingTypeValues { APINumbering_ByLayout = 0 , APINumbering_ByViewId = 1 , APINumbering_CustomNum = 2 }
	Numbering method options of a drawing element. More...
enum	API_ColorModeValues { APIColorMode_OriginalColors = 0 , APIColorMode_BlackAndWhite = 1 , APIColorMode_GrayScale = 2 }
	Specifies output color transformation for drawing elements.
enum	API_PenTableUsageModeValues { APIPenTableUsageMode_UseOwnPenTable = 0 , APIPenTableUsageMode_UseModelPenTable = 1 , APIPenTableUsageMode_UsePenTableIndex = 2 }
	Specifies which pen table a drawing element uses.
enum	API_TitlePreviewModes { APITitlePreviewMode_DrawingWithTitle = 0 , APITitlePreviewMode_TitleOnly = 1 }
	Determines what is shown on the preview the drawing title. More...
enum	API_ChangeMarkerLinkType { APICMLT_CreateNewChange , APICMLT_Linked , APICMLT_Unlinked }
	Specifies the linkage type of a ChangeMarker, or the ChangeMarker Default.
enum	API_ChangeMarkerComponentType { APICMCT_HeadOnly , APICMCT_CloudOnly , APICMCT_HeadAndCloud }
	Specifies which parts of the Change Marker are visible.
enum	API_StairPolyTypeID {   APISP_Undefined , APISP_BaseLine , APISP_LeftBoundary , APISP_RightBoundary ,   APISP_Tread , APISP_Riser , APISP_WalkingLine , APISP_FloorPlanSymb ,   APISP_BreakMark , APISP_DummyTreadLeading , APISP_DummyTreadTrailing }
	Determines the type of a Stair boundary edge or vertex.
enum	API_StairPolyGeometryTypeID { APISG_Vertex , APISG_Edge , APISG_Surface }
	Determines the type of a Stair boundary edge or vertex.
enum	API_StairDLWinderNumTypeID { APIDWN_Max , APIDWN_Optimal , APIDWN_Fix , APIDWN_Uniform }
	Describes the mode for deciding the amount of winders in a divided landing.
enum	API_StairPartRoleID { APISR_Run = 0 , APISR_Landing = 1 }
	Represents the role of a stair subelement.
enum	API_OpeningFloorPlanDisplayModeTypeID { API_OpeningSymbolic , API_OpeningSymbolicCut , API_OpeningSymbolicOverhead }
	Floor plan display mode type of openings.
enum	API_OpeningFloorPlanConnectionModeTypeID { API_OpeningDisconnected , API_OpeningConnected }
	Representation type of openings divided by air space.
enum	API_OpeningFloorPlanOutlinesStyleTypeID { API_OpeningHideBorder , API_OpeningShowUncutBorder , API_OpeningShowOverheadBorder }
	Type of contours on open edges of outlines.
enum	API_OpeningBasePolygonTypeTypeID { API_OpeningBasePolygonRectangular , API_OpeningBasePolygonCircular , API_OpeningBasePolygonCustom }
	Opening base polygon type.
enum	API_OpeningConstraintTypeID { API_OpeningForcedVertical , API_OpeningForcedHorizontal , API_OpeningAligned , API_OpeningFree }
	Opening constraint.
enum	API_OpeningLimitTypeTypeID { API_OpeningLimitInfinite , API_OpeningLimitFinite , API_OpeningLimitHalfInfinite }
	Opening limit type.
enum	API_OpeningLinkedStatusTypeID { API_OpeningLinked , API_OpeningNotLinked }
	Linked dimensions type for rectangular and circular openings.
enum	API_SubElementType : UInt64 {   APISubElement_MainMarker = 0x0000000000000001 , APISubElement_SHMarker = 0x0000000000000002 , APISubElement_CommonMarker = 0x0000000000000004 , APISubElement_CWFrameClass = 0x0000000000000008 ,   APISubElement_CWPanelClass = 0x0000000000000010 , APISubElement_CWJunction = 0x0000000000000020 , APISubElement_CWAccessory = 0x0000000000000040 , APISubElement_StairRiser = 0x0000000000000080 ,   APISubElement_StairTread = 0x0000000000000100 , APISubElement_StairStructure = 0x0000000000000200 , APISubElement_StairFPDMarker = 0x0000000000000400 , APISubElement_StairRCPDMarker = 0x0000000000000800 ,   APISubElement_RailingNode = 0x0000000000001000 , APISubElement_RailingSegment = 0x0000000000002000 , APISubElement_RailingPost = 0x0000000000004000 , APISubElement_RailingInnerPost = 0x0000000000008000 ,   APISubElement_RailingRail = 0x0000000000010000 , APISubElement_RailingHandrail = 0x0000000000020000 , APISubElement_RailingToprail = 0x0000000000040000 , APISubElement_RailingPanel = 0x0000000000080000 ,   APISubElement_RailingBaluster = 0x0000000000100000 , APISubElement_RailingPattern = 0x0000000000200000 , APISubElement_RailingBalusterSet = 0x0000000000400000 , APISubElement_RailingRailEnd = 0x0000000000800000 ,   APISubElement_RailingHandrailEnd = 0x0000000001000000 , APISubElement_RailingToprailEnd = 0x0000000002000000 , APISubElement_RailingRailConnection = 0x0000000004000000 , APISubElement_RailingHandrailConnection = 0x0000000008000000 ,   APISubElement_RailingToprailConnection = 0x0000000010000000 , APISubElement_RailingFinish = 0x0000000020000000 , APISubElement_CWTag = 0x1000000000000000 , APISubElement_NoElem = 0x2000000000000000 ,   APISubElement_NoParams = 0x4000000000000000 }
	Describes the filter for the different subtypes of elements. More...
enum	API_EditCmdID {   APIEdit_Drag = 'DRAG' , APIEdit_Rotate = 'ROTZ' , APIEdit_Mirror = 'MIRR' , APIEdit_Elevate = 'ELEV' ,   APIEdit_Stretch = 'STRE' , APIEdit_VertStretch = 'VSTR' , APIEdit_Resize = 'RSIZ' , APIEdit_General = 'GENE' ,   APIEdit_PHeightStretch = 'PHST' , APIEdit_PDirStretch = 'PDST' }
	Possible element transformations. More...
enum	API_SolidOperationID {   APISolid_Substract = 'SSUB' , APISolid_SubstUp = 'SSUU' , APISolid_SubstDown = 'SSUD' , APISolid_Intersect = 'SINT' ,   APISolid_Add = 'SADD' }
	The type of the solid operation link between two construction elements. More...
enum	API_TrimTypeID { APITrim_No = 'TRNO' , APITrim_KeepInside = 'TRIN' , APITrim_KeepOutside = 'TROU' , APITrim_KeepAll = 'TRAL' }
	The type of the trim connection link between two construction elements. More...
enum	API_NeigID {   APINeig_None = 0 , APINeig_Wall = 1 , APINeig_WallPl = 2 , APINeig_WallOn = 3 ,   APINeig_WallPlOn = 4 , APINeig_Colu = 5 , APINeig_Beam = 6 , APINeig_BeamOn = 7 ,   APINeig_BeamHole = 8 , APINeig_Wind = 9 , APINeig_WindHole = 10 , APINeig_Door = 11 ,   APINeig_DoorHole = 12 , APINeig_Symb = 13 , APINeig_Light = 14 , APINeig_Ceil = 15 ,   APINeig_CeilOn = 16 , APINeig_Roof = 17 , APINeig_RoofOn = 18 , APINeig_RBL = 19 ,   APINeig_RBLOn = 20 , APINeig_Mesh = 21 , APINeig_MeshOn = 22 , APINeig_MeshRidge = 23 ,   APINeig_MeshRidgeOn = 24 , APINeig_DimInt = 25 , APINeig_DimPt = 26 , APINeig_DimOn = 27 ,   APINeig_RadDim = 28 , APINeig_LevDim = 29 , APINeig_AngDim = 30 , APINeig_AngDimOn = 31 ,   APINeig_Word = 32 , APINeig_Label = 33 , APINeig_Room = 34 , APINeig_RoomStamp = 35 ,   APINeig_RoomOn = 36 , APINeig_RoomRefPt = 37 , APINeig_Hatch = 38 , APINeig_HatchOn = 39 ,   APINeig_Line = 40 , APINeig_LineOn = 41 , APINeig_PolyLine = 42 , APINeig_PolyLineOn = 43 ,   APINeig_Arc = 44 , APINeig_ArcOn = 45 , APINeig_Circ = 46 , APINeig_CircOn = 47 ,   APINeig_Spline = 48 , APINeig_SplineOn = 49 , APINeig_Hot = 50 , APINeig_CutPlane = 51 ,   APINeig_CutPlOn = 52 , APINeig_Camera = 53 , APINeig_CamSet = 54 , APINeig_VirtSy = 55 ,   APINeig_VirtSyOn = 56 , APINeig_PictObj = 57 , APINeig_Detail = 58 , APINeig_DetailPoly = 59 ,   APINeig_DetailPolyOn = 60 , APINeig_DetailMarker = 61 , APINeig_Symb3D = 62 , APINeig_Light3D = 63 ,   APINeig_Wind3D = 64 , APINeig_Door3D = 65 , APINeig_WindMark = 66 , APINeig_DoorMark = 67 ,   APINeig_CutPlMarker = 68 , APINeig_WallPlClOff = 69 , APINeig_WallPlOnClOff = 70 , APINeig_SymbOn = 71 ,   APINeig_WindOn = 72 , APINeig_DoorOn = 73 , APINeig_LightOn = 74 , APINeig_Note = 75 ,   APINeig_SplineDir = 76 , APINeig_DrawingCenter = 77 , APINeig_DrawingFrame = 78 , APINeig_DrawingFrameOn = 79 ,   APINeig_DrawingIDF = 80 , APINeig_DrawingIDFOn = 81 , APINeig_DrawingTitle = 82 , APINeig_DrawingTitleOn = 83 ,   APINeig_Worksheet = 84 , APINeig_WorksheetPoly = 85 , APINeig_WorksheetPolyOn = 86 , APINeig_WorksheetMarker = 87 ,   APINeig_Elevation = 88 , APINeig_ElevationOn = 89 , APINeig_ElevationMarker = 90 , APINeig_InteriorElevation = 91 ,   APINeig_InteriorElevationOn = 92 , APINeig_InteriorElevationMarker = 93 , APINeig_SectionSegment = 94 , APINeig_SectionSegmentOn = 95 ,   APINeig_SectionSegmentMarker = 96 , APINeig_CurtainWall = 97 , APINeig_CurtainWallOn = 98 , APINeig_CurtainWallCut = 99 ,   APINeig_CurtainWallCutOn = 100 , APINeig_CWSegment = 101 , APINeig_CWSegmentOn = 102 , APINeig_CWSegmentBaseLine = 103 ,   APINeig_CWSegmentBaseLineOn = 104 , APINeig_CWFrame = 105 , APINeig_CWFrameOn = 106 , APINeig_CWFrame3D = 107 ,   APINeig_CWPanel = 108 , APINeig_CWPanel3D = 109 , APINeig_CWJunction = 110 , APINeig_CWJunction3D = 111 ,   APINeig_CWAccessory = 112 , APINeig_CWAccessory3D = 113 , APINeig_Shell = 114 , APINeig_ShellOn = 115 ,   APINeig_Skylight = 116 , APINeig_SkylightHole = 117 , APINeig_Skylight3D = 118 , APINeig_SkylightOn3D = 119 ,   APINeig_SkylightOn = 120 , APINeig_SkylightMark = 121 , APINeig_Morph = 122 , APINeig_MorphOn = 123 ,   APINeig_ChangeMarker = 124 , APINeig_ChangeMarkerPoly = 125 , APINeig_ChangeMarkerPolyOn = 126 , APINeig_ChangeMarkerMarker = 127 ,   APINeig_ColuOn = 128 , APINeig_WordOn = 129 , APINeig_CurtainWallBaseLine = 130 , APINeig_CurtainWallBaseLineOn = 131 ,   APINeig_StairOn = 132 , APINeig_Tread = 133 , APINeig_TreadOn = 134 , APINeig_Riser = 135 ,   APINeig_RiserOn = 136 , APINeig_Stair = 137 , APINeig_StairStructure = 138 , APINeig_StairStructureOn = 139 ,   APINeig_Railing = 140 , APINeig_RailingOn = 141 , APINeig_RailingToprail = 142 , APINeig_RailingToprailOn = 143 ,   APINeig_RailingHandrail = 144 , APINeig_RailingHandrailOn = 145 , APINeig_RailingRail = 146 , APINeig_RailingRailOn = 147 ,   APINeig_RailingPost = 148 , APINeig_RailingPostOn = 149 , APINeig_RailingInnerPost = 150 , APINeig_RailingInnerPostOn = 151 ,   APINeig_RailingBaluster = 152 , APINeig_RailingBalusterOn = 153 , APINeig_RailingPanel = 154 , APINeig_RailingPanelOn = 155 ,   APINeig_RailingToprailEnd = 156 , APINeig_RailingToprailEndOn = 157 , APINeig_RailingHandrailEnd = 158 , APINeig_RailingHandrailEndOn = 159 ,   APINeig_RailingRailEnd = 160 , APINeig_RailingRailEndOn = 161 , APINeig_RailingToprailConnection = 162 , APINeig_RailingToprailConnectionOn = 163 ,   APINeig_RailingHandrailConnection = 164 , APINeig_RailingHandrailConnectionOn = 165 , APINeig_RailingRailConnection = 166 , APINeig_RailingRailConnectionOn = 167 ,   APINeig_RailingEndFinish = 168 , APINeig_RailingEndFinishOn = 169 , APINeig_BeamSegment = 170 , APINeig_BeamSegmentOn = 171 ,   APINeig_ColumnSegment = 172 , APINeig_ColumnSegmentOn = 173 }
	Describes the various special points of elements. More...
enum	API_StructureDisplay { API_EntireStructure , API_CoreOnly , API_WithoutFinishes , API_StructureOnly }
	This is the enumeration of the Partial Structure Display. More...
enum	API_ImageViewID { APIImage_Model2D = 0 , APIImage_Model3D = 1 , APIImage_Section = 2 }
	View type identifier. More...

Functions
GSErrCode __ACENV_CALL	ACAPI_Element_GetExtent (API_Box *extent, API_DatabaseUnId *databaseUnId=nullptr)
	Returns the drawing extent of the current database.
GSErrCode __ACENV_CALL	ACAPI_Element_GetExtent3D (API_Box3D *extent3D)
	Returns the model extent of the current database.
GSErrCode __ACENV_CALL	ACAPI_Element_CalcBounds (const API_Elem_Head *elemHead, API_Box3D *extent3D)
	Returns the model extent of an element of the current database.
GSErrCode __ACENV_CALL	ACAPI_Element_RoomReductions (const API_Guid *guid, RoomReductionPolyProc *roomReductionPolyProc)
	Returns reduction data assigned to a room of the current database.
GSErrCode __ACENV_CALL	ACAPI_Element_GetElementURLRef (API_Elem_Head *elem_Head, API_ElemURLRef *elemURLRef)
	Retrieves the URL reference assigned to an element.
GSErrCode __ACENV_CALL	ACAPI_Element_SetElementURLRef (API_Elem_Head *elemHead, API_ElemURLRef *elemURLRef)
	Assigns a URL reference to an element.
GSErrCode __ACENV_CALL	ACAPI_Element_RefreshElement (API_Elem_Head *elemHead, bool *force)
	Rebuilds (refreshes) a library part instance.
GSErrCode __ACENV_CALL	ACAPI_Element_DrawElement (API_Elem_Head *elem_Head, UInt32 mask)
	Shows/draws an existing element.
GSErrCode __ACENV_CALL	ACAPI_Element_GetCompoundInfoString (const API_Guid *elementGuid, GS::UniString *infoString)
	Returns the compound info string of the given element.
GSErrCode __ACENV_CALL	ACAPI_Element_GetElementFromAnywhere (const API_Guid *guid, API_Element *element)
	Returns the element referred by guid irrespectively of the current database.
GSErrCode __ACENV_CALL	ACAPI_Element_GetElementInfoString (const API_Guid *elementGuid, GS::UniString *infoString)
	Returns the compound info string of the given element.
GSErrCode __ACENV_CALL	ACAPI_Element_ChangeElementInfoString (const API_Guid *elementGuid, const GS::UniString *infoString)
	Changes the compound info string of the given element.
GSErrCode __ACENV_CALL	ACAPI_Element_SearchElementByCoord (const API_ElemSearchPars *elemSearchPars, API_Guid *foundElement)
	Searches an element by a coordinate.
GSErrCode __ACENV_CALL	ACAPI_Element_NeigToCoord (API_Neig *neig, API_Coord3D *coord3D, API_Coord3D *coord3DDocument=nullptr)
	Returns the coordinate of a neig.
GSErrCode __ACENV_CALL	ACAPI_Element_GetTextLineLength (API_TextLinePars *textLinePars, double *length)
	Returns the length of a line of text in mms.
GSErrCode __ACENV_CALL	ACAPI_Element_GetTextSizeFactor (short *api_fontID, double *textSizeFactor)
	Returns the ratio of the font capital size and typography size.
GSErrCode __ACENV_CALL	ACAPI_Element_GetElemCreatorToolUnId (API_Elem_Head *elemHead, char *unIDStr)
	Returns the unique ID of the creator tool of the specified object.
GSErrCode __ACENV_CALL	ACAPI_Element_SetEmptyHoleUnId (GSType *signature, const char *emptyHoleUnIdStr, const char *emptyOpeningSubtypeUnIDStr)
	Sets the unique ID of the empty hole.
GSErrCode __ACENV_CALL	ACAPI_Element_ChangeContent (API_ContentPars *contentPars)
	Change the content of a text or a textual label element.
GSErrCode __ACENV_CALL	ACAPI_Element_GetSkylightHolePolygon (const API_Guid *skylightGuid, Geometry::Polygon2D *holePoly)
	Returns the polygon data of a Skylight hole contour.
GSErrCode __ACENV_CALL	ACAPI_Element_UI2ElemPriority (GS::Int32 *uiPriority, GS::Int32 *elemPriority)
	Returns user building material connection priority for a interface priority.
GSErrCode __ACENV_CALL	ACAPI_Element_Elem2UIPriority (GS::Int32 *elemPriority, GS::Int32 *uiPriority)
	Returns user interface priority for a building material connection priority.
GSErrCode __ACENV_CALL	ACAPI_Element_CalcSideOffsetToCoreOffset (const API_Guid *wallOpeningGuid, const double *sideOffset, double *coreOffset)
	Converts the reveal depth offset from wall side to core skin for wall openings.
GSErrCode __ACENV_CALL	ACAPI_Element_CalcCoreOffsetToSideOffset (const API_Guid *wallOpeningGuid, const double *coreOffset, double *sideOffset)
	Converts the reveal depth offset from core skin to wall side for wall openings.
GSErrCode __ACENV_CALL	ACAPI_Element_ElemHasVisibleSkin (const API_Guid *elemGuid, const API_StructureDisplay *structure, bool *result)
	Returns if elem has visible skin depending on Partial Structure Display.
GSErrCode __ACENV_CALL	ACAPI_Element_GetOpeningTransformation (const API_Guid *elemGuid, API_Tranmat *openingTranMat)
	Returns the position and the normal vector of the given opening.
GSErrCode __ACENV_CALL	ACAPI_Element_GetRoomImage (API_RoomImage *roomImage)
	Returns the image of the given room.
GSErrCode __ACENV_CALL	ACAPI_Element_GetElemTypeName (const API_ElemType &elemType, GS::UniString &elemName)
	Returns the localized name of the built-in element types.
GSErrCode __ACENV_CALL	ACAPI_Element_NeigIDToElemType (API_NeigID neigID, API_ElemType &elemType)
	Returns the element type assigned to a neig.
GSErrCode __ACENV_CALL	ACAPI_Element_ElemTypeToNeigID (const API_ElemType &elemType, API_NeigID &neigID)
	Returns a neig for the given element type.
GSErrCode __ACENV_CALL	ACAPI_DisposeParagraphsHdl (API_ParagraphType ***paragraphs)
	Frees the memory occupied by a handle to an array of API_ParagraphType.
GSErrCode __ACENV_CALL	ACAPI_DisposeElemMemoHdls (API_ElementMemo *memo)
	Frees the memory occupied by all of the allocated memo handles.
GSErrCode __ACENV_CALL	ACAPI_DisposeRoomRelationHdls (API_RoomRelation *roomInfo)
	Frees the memory occupied by all of the allocated room relation handles.
void __ACENV_CALL	ACAPI_DisposeWallRelationHdls (API_WallRelation *wallInfo)
	Frees the memory occupied by all of the allocated wall relation handles.
void __ACENV_CALL	ACAPI_DisposeBeamSegmentRelationHdls (API_BeamSegmentRelation *segmentInfo)
	Frees the memory occupied by all of the allocated beam segment relation handles.
void __ACENV_CALL	ACAPI_DisposeBeamRelationHdls (API_BeamRelation *beamInfo)
	Frees the memory occupied by all of the allocated beam relation handles.
GSErrCode __ACENV_CALL	ACAPI_Element_GetDefaults (API_Element *element, API_ElementMemo *memo)
	Retrieves the actual default settings for the element of type.
GSErrCode __ACENV_CALL	ACAPI_Element_GetDefaultsExt (API_Element *element, API_ElementMemo *memo, UInt32 nSubElems, API_SubElement *subElems)
	Retrieves the actual default settings for the Window, Door, Section, Elevation, Interior Elevation, ChangeMarker, Detail, Worksheet, or Stair element with its marker(s). You are able to obtain Curtain Wall and its subelem default settings also via this function.
GSErrCode __ACENV_CALL	ACAPI_Element_ChangeDefaults (API_Element *element, API_ElementMemo *memo, const API_Element *mask)
	Changes the default parameters of an element.
GSErrCode __ACENV_CALL	ACAPI_Element_ChangeDefaultsExt (API_Element *element, API_ElementMemo *memo, const API_Element *mask, UInt32 nSubElems, API_SubElement *subElems)
	Changes the default parameters of the Window, Door, Section, Elevation, Interior Elevation, ChangeMarker, Detail, Worksheet, or Stair default element and its marker(s). You are able to change Curtain Wall and its subelem default settings also via this function.
GSErrCode __ACENV_CALL	ACAPI_Element_GetElemList (const API_ElemType &type, GS::Array< API_Guid > *elemList, API_ElemFilterFlags filterBits=APIFilt_None, const API_Guid &renovationFilterGuid=APINULLGuid)
	Returns an array of guids of the elements of the given type.
bool __ACENV_CALL	ACAPI_Element_Filter (const API_Guid &guid, API_ElemFilterFlags filterBits, API_ElemVariationID variationID=APIVarId_Generic, const API_Guid &renovationFilterGuid=APINULLGuid)
	Tests an element by some given criteria.
GSErrCode __ACENV_CALL	ACAPI_Element_Get (API_Element *element, UInt32 mask=0)
	Returns information on the main parameters of a given element.
GSErrCode __ACENV_CALL	ACAPI_Element_GetHeader (API_Elem_Head *elementHead, UInt32 mask=0)
	Returns general information on the given element.
GSErrCode __ACENV_CALL	ACAPI_Element_GetMemo (const API_Guid &guid, API_ElementMemo *memo, UInt64 mask=APIMemoMask_All)
	Retrieves all additional information attached to elements.
GSErrCode __ACENV_CALL	ACAPI_Element_GetMemo_ExternalHierarchical (const API_Guid &guid, UInt32 nSubElems, API_SubElement *subElems, UInt64 mask=APIMemoMask_All)
	Retrieves all additional information of the sub elements of an external hierarchical element.
GSErrCode __ACENV_CALL	ACAPI_Element_ChangeMemo (API_Guid &guid, UInt64 mask, const API_ElementMemo *memo)
	Changes the memo part of certain element types.
GSErrCode __ACENV_CALL	ACAPI_Element_GetRelations (const API_Guid &guid, const API_ElemType &otherType, void *relData, UInt32 mask=0)
	Returns information on objects connected to walls, beams, beam segments, rooms, shells, roofs, curtain wall panels, skylights, windows and doors.
GSErrCode __ACENV_CALL	ACAPI_Element_GetSyTran (const API_Elem_Head *elemHead, API_SyTran *syTran)
	Obtains the transformation parameters of an actual instance of a library part.
GSErrCode __ACENV_CALL	ACAPI_Element_GetHotspots (const API_Guid &guid, GS::Array< API_ElementHotspot > *hotspotArray)
	Retrieves the hotspots of the given element.
GSErrCode __ACENV_CALL	ACAPI_Element_Create (API_Element *element, API_ElementMemo *memo)
	Places a new element into current database.
GSErrCode __ACENV_CALL	ACAPI_Element_CreateExt (API_Element *element, API_ElementMemo *memo, UInt32 nSubElems, API_SubElement *subElems)
	Places a new Window, Door, Skylight, Section, Elevation, Interior Elevation, ChangeMarker, Detail, or Worksheet element with the specified marker into the current database.
GSErrCode __ACENV_CALL	ACAPI_Element_ChangeParameters (const GS::Array< API_Guid > &elemGuids, const API_Element *defPars, const API_ElementMemo *defMemo, const API_Element *mask)
	Changes the parameters of a number of elements.
GSErrCode __ACENV_CALL	ACAPI_Element_Change (API_Element *element, const API_Element *mask, const API_ElementMemo *memo, UInt64 memoMask, bool withdel)
	Modifies an element in the current database.
GSErrCode __ACENV_CALL	ACAPI_Element_ChangeMore (GS::Array< API_Guid > &elemGuids, const API_Element *defPars, const API_ElementMemo *defMemo, const API_Element *mask, UInt64 memoMask, bool withdel)
	Modifies a number of elements in the current database.
GSErrCode __ACENV_CALL	ACAPI_Element_ChangeExt (API_Element *element, const API_Element *mask, API_ElementMemo *memo, UInt64 memoMask, UInt32 nSubElems, API_SubElement *subElems, bool withdel, Int32 subIndex)
	Modifies a Window, Door, Section, Elevation, Interior Elevation, ChangeMarker, Detail, Worksheet, Stair or External element in the current database.
GSErrCode __ACENV_CALL	ACAPI_Element_Delete (const GS::Array< API_Guid > &elemGuids)
	Deletes a number of elements.
GSErrCode __ACENV_CALL	ACAPI_Element_DeleteSelected ()
	Deletes the selected elements.
GSErrCode __ACENV_CALL	ACAPI_Element_Edit (GS::Array< API_Neig > *elemNeigs, const API_EditPars &pars)
	Transforms a set of elements.
GSErrCode __ACENV_CALL	ACAPI_Element_GetUserData (API_Elem_Head *elemHead, API_ElementUserData *userData, UInt32 mask=0)
	Obtains the user data attached to an element or an element default.
GSErrCode __ACENV_CALL	ACAPI_Element_SetUserData (API_Elem_Head *elemHead, const API_ElementUserData *userData)
	Attaches the user data to an element or an element default.
GSErrCode __ACENV_CALL	ACAPI_Element_AttachObserver (const API_Guid &elemGuid, GSFlags notifyFlags=0)
	Attaches an observer to the given element.
GSErrCode __ACENV_CALL	ACAPI_Element_DetachObserver (const API_Guid &elemGuid)
	Detaches the observer from the given element.
GSErrCode __ACENV_CALL	ACAPI_Element_SolidOperation_Create (API_Guid guid_Target, API_Guid guid_Operator, API_SolidOperationID operation, GS::Array< API_Guid > *guid_Results=nullptr)
	Creates a new Solid Operation.
GSErrCode __ACENV_CALL	ACAPI_Element_SolidLink_Create (API_Guid guid_Target, API_Guid guid_Operator, API_SolidOperationID operation, GSFlags linkFlags)
	Defines a new Solid Operation Link.
GSErrCode __ACENV_CALL	ACAPI_Element_SolidLink_Remove (API_Guid guid_Target, API_Guid guid_Operator)
	Discontinues a Solid Operation Link.
GSErrCode __ACENV_CALL	ACAPI_Element_SolidLink_GetTime (API_Guid guid_Target, API_Guid guid_Operator, GSTime *linkTime, UInt32 *linkSubTime)
	Retrieves the creation time of a Solid Operation Link.
GSErrCode __ACENV_CALL	ACAPI_Element_SolidLink_GetOperation (API_Guid guid_Target, API_Guid guid_Operator, API_SolidOperationID *operation)
	Retrieves the operation code of a Solid Operation Link.
GSErrCode __ACENV_CALL	ACAPI_Element_SolidLink_GetFlags (API_Guid guid_Target, API_Guid guid_Operator, GSFlags *linkFlags)
	Retrieves the flag of a Solid Operation Link.
GSErrCode __ACENV_CALL	ACAPI_Element_SolidLink_GetTargets (API_Guid guid_Operator, GS::Array< API_Guid > *guid_Targets)
	Retrieves the target elements linked to an operator element.
GSErrCode __ACENV_CALL	ACAPI_Element_SolidLink_GetOperators (API_Guid guid_Target, GS::Array< API_Guid > *guid_Operators)
	Retrieves the operator elements linked to a target element.
GSErrCode __ACENV_CALL	ACAPI_Element_GetQuantities (API_Guid elemGuid, const API_QuantityPar *params, API_Quantities *quantities, const API_QuantitiesMask *mask=nullptr)
	Returns information on the quantities parameters of an element.
GSErrCode __ACENV_CALL	ACAPI_Element_GetMoreQuantities (const GS::Array< API_Guid > *elemGuids, const API_QuantityPar *params, GS::Array< API_Quantities > *quantities, const API_QuantitiesMask *mask=nullptr)
	Returns information on the quantities parameters of multiple elements of the same type.
GSErrCode __ACENV_CALL	ACAPI_Element_GetSurfaceQuantities (const GS::Array< API_Guid > *elemGuids, const GS::Array< API_Guid > *coverElemGuids, GS::Array< API_ElemPartSurfaceQuantity > *quantities)
	Returns information of the given elements surfaces.
GSErrCode __ACENV_CALL	ACAPI_Element_GetPropertyObjects (const API_Elem_Head *elemHead, API_PropertyObjectRefType ***propRefs, Int32 *nProp)
	Returns property objects of the element.
GSErrCode __ACENV_CALL	ACAPI_Element_GetComponents_Obsolete (const API_Elem_Head *elemHead, API_Obsolete_ComponentRefType ***compRefs, Int32 *nComp)
	Returns the components of the element.
GSErrCode __ACENV_CALL	ACAPI_Element_GetDescriptors (const API_Elem_Head *elemHead, API_DescriptorRefType ***descRef, Int32 *nDesc)
	Returns the descriptors of an element.
GSErrCode __ACENV_CALL	ACAPI_Element_Trim_Elements (const GS::Array< API_Guid > &guid_ElementsToTrim)
	Trim elements given in the array with Roof(s) and/or Shell(s) are contained in the array.
GSErrCode __ACENV_CALL	ACAPI_Element_Trim_ElementsWith (const GS::Array< API_Guid > &guid_ElementsToTrim, const API_Guid &guid_Element, API_TrimTypeID trimType)
	Trim elements given in the array with the given Roof or Shell with the type of trim.
GSErrCode __ACENV_CALL	ACAPI_Element_Trim_Remove (const API_Guid &guid_Element1, const API_Guid &guid_Element2)
	Remove the trimming connection from the given elements.
GSErrCode __ACENV_CALL	ACAPI_Element_Trim_GetTrimType (const API_Guid &guid_Element1, const API_Guid &guid_Element2, API_TrimTypeID *trimType)
	Get the type of trimming connection between the given elements.
GSErrCode __ACENV_CALL	ACAPI_Element_Trim_GetTrimmedElements (const API_Guid &guid_Element, GS::Array< API_Guid > *guid_TrimmedElements)
	Get the trimmed elements with the given Roof or Shell in the array.
GSErrCode __ACENV_CALL	ACAPI_Element_Trim_GetTrimmingElements (const API_Guid &guid_Element, GS::Array< API_Guid > *guid_TrimmingElements)
	Get the trimming elements of the given element in the array.
GSErrCode __ACENV_CALL	ACAPI_Element_Merge_Elements (const GS::Array< API_Guid > &guid_ElementsToMerge)
	Merge elements given in the array.
GSErrCode __ACENV_CALL	ACAPI_Element_Merge_GetMergedElements (const API_Guid &guid_Element, GS::Array< API_Guid > *guid_MergedElements)
	Get the merged elements of the given element in the array.
GSErrCode __ACENV_CALL	ACAPI_Element_Merge_Remove (const API_Guid &guid_Element1, const API_Guid &guid_Element2)
	Remove the merge connection from the given elements.
GSErrCode __ACENV_CALL	ACAPI_Element_GetIFCIdentifier (const API_Guid &elementID, API_Guid &archicadIFCID, API_Guid &externalIFCID)
	Get IFC Identifier of an element.
GSErrCode __ACENV_CALL	ACAPI_Element_GetElemListByIFCIdentifier (const API_Guid *archicadIFCID, const API_Guid *externalIFCID, GS::Array< API_Guid > &elements)
	Get elements having a certain IFC identifier.
GSErrCode __ACENV_CALL	ACAPI_Element_GetIFCType (const API_Guid &elementID, GS::UniString *ifcType, GS::UniString *typeObjectIFCType)
	Get IFC type and IfcTypeObject IFC type of an element.
GSErrCode __ACENV_CALL	ACAPI_Element_GetIFCProperties (const API_Guid &guid_Element, bool storedOnly, GS::Array< API_IFCProperty > *properties)
	Get IFC properties of an element.
GSErrCode __ACENV_CALL	ACAPI_Element_SetIFCProperty (const API_Guid &guid_Element, const API_IFCProperty &property)
	Set IFC property of an element.
GSErrCode __ACENV_CALL	ACAPI_Element_RemoveIFCProperty (const API_Guid &guid_Element, const API_IFCProperty &property)
	Remove IFC property of an element.
GSErrCode __ACENV_CALL	ACAPI_Element_GetIFCAttributes (const API_Guid &guid_Element, bool storedOnly, GS::Array< API_IFCAttribute > *attributes)
	Get IFC attributes of an element.
GSErrCode __ACENV_CALL	ACAPI_Element_SetIFCAttribute (const API_Guid &guid_Element, const API_IFCAttribute &attribute)
	Set IFC attribute of an element.
GSErrCode __ACENV_CALL	ACAPI_Element_GetIFCClassificationReferences (const API_Guid &guid_Element, bool storedOnly, GS::Array< API_IFCClassificationReference > *classificationReferences)
	Get IFC classificationreferences of an element.
GSErrCode __ACENV_CALL	ACAPI_Element_SetIFCClassificationReference (const API_Guid &guid_Element, const API_IFCClassificationReference &classificationReference)
	Set IFC classificationreference of an element.
GSErrCode __ACENV_CALL	ACAPI_Element_RemoveIFCClassificationReference (const API_Guid &guid_Element, const API_IFCClassificationReference &classificationReference)
	Remove IFC classificationreference of an element.
GSErrCode __ACENV_CALL	ACAPI_Element_GetIFCPropertyValuePrimitiveType (const GS::UniString &valueType, API_IFCPropertyValuePrimitiveType *primitiveType)
	Get the primitive type of an IFC type.
GSErrCode __ACENV_CALL	ACAPI_Element_GetClassificationItems (const API_Guid &elemGuid, GS::Array< GS::Pair< API_Guid, API_Guid > > &systemItemPairs)
	Retrieves all of the classifications of an element.
GSErrCode __ACENV_CALL	ACAPI_Element_GetClassificationItemsDefault (const API_ElemType &type, GS::Array< GS::Pair< API_Guid, API_Guid > > &systemItemPairs)
	Retrieves all of the classifications of a default elem.
GSErrCode __ACENV_CALL	ACAPI_Element_GetClassificationInSystem (const API_Guid &elemGuid, const API_Guid &systemGuid, API_ClassificationItem &item)
	Retrieves a classification of an elem in a given classification system.
GSErrCode __ACENV_CALL	ACAPI_Element_GetClassificationInSystemDefault (const API_ElemType &type, const API_Guid &systemGuid, API_ClassificationItem &item)
	Retrieves a classification of a default elem in a given classification system.
GSErrCode __ACENV_CALL	ACAPI_Element_AddClassificationItem (const API_Guid &elemGuid, const API_Guid &itemGuid)
	Classifies an element.
GSErrCode __ACENV_CALL	ACAPI_Element_AddClassificationItemDefault (const API_ElemType &type, const API_Guid &itemGuid)
	Classifies an element.
GSErrCode __ACENV_CALL	ACAPI_Element_RemoveClassificationItem (const API_Guid &elemGuid, const API_Guid &itemGuid)
	Removes a classification from an element.
GSErrCode __ACENV_CALL	ACAPI_Element_RemoveClassificationItemDefault (const API_ElemType &type, const API_Guid &itemGuid)
	Removes a classification from an element.
bool __ACENV_CALL	ACAPI_Element_IsClassificationItemVisible (const API_Guid &elemGuid, const API_Guid &classificationGuid)
	Tells whether a classification item is visible for an element.
bool __ACENV_CALL	ACAPI_Element_IsClassificationItemVisibleDefault (const API_ElemType &type, const API_Guid &classificationGuid)
	Tells whether a classification item is visible for an element default.
GSErrCode __ACENV_CALL	ACAPI_Element_GetElementsWithClassification (const API_Guid &classificationItemGuid, GS::Array< API_Guid > &elemGuids)
	Query elements with the given classification.
GSErrCode __ACENV_CALL	ACAPI_Element_GetPropertyDefinitions (const API_Guid &elemGuid, API_PropertyDefinitionFilter filter, GS::Array< API_PropertyDefinition > &propertyDefinitions)
	Retrieves all of the property definitions that are available for an element.
GSErrCode __ACENV_CALL	ACAPI_Element_GetPropertyValue (const API_Guid &elemGuid, const API_Guid &propertyDefinitionGuid, API_Property &property)
	Retrieves the specified property definition's value from the element.
GSErrCode __ACENV_CALL	ACAPI_Element_GetPropertyValues (const API_Guid &elemGuid, const GS::Array< API_PropertyDefinition > &propertyDefinitions, GS::Array< API_Property > &properties)
	Retrieves the specified property definitions with values.
GSErrCode __ACENV_CALL	ACAPI_Element_GetPropertyValuesByGuid (const API_Guid &elemGuid, const GS::Array< API_Guid > &propertyDefinitions, GS::Array< API_Property > &properties)
	Retrieves the specified property definitions (defined by their GUIDs) with values.
GSErrCode __ACENV_CALL	ACAPI_Element_SetProperty (const API_Guid &elemGuid, const API_Property &property)
	Sets the specified property for the given values on an element.
GSErrCode __ACENV_CALL	ACAPI_Element_SetProperties (const API_Guid &elemGuid, const GS::Array< API_Property > &properties)
	Sets the specified properties for the given values on an element.
GSErrCode __ACENV_CALL	ACAPI_Element_GetPropertyDefinitionsOfDefaultElem (const API_ElemType &type, API_PropertyDefinitionFilter filter, GS::Array< API_PropertyDefinition > &definitions)
	Retrieves all of the property definitions that are available for an element default.
GSErrCode __ACENV_CALL	ACAPI_Element_GetPropertyValueOfDefaultElem (const API_ElemType &type, const API_Guid &propertyDefinitionGuid, API_Property &property)
	Retrieves the value of the specified property definition.
GSErrCode __ACENV_CALL	ACAPI_Element_GetPropertyValuesOfDefaultElem (const API_ElemType &type, const GS::Array< API_PropertyDefinition > &propertyDefinitions, GS::Array< API_Property > &properties)
	Retrieves the values of the specified property definitions.
GSErrCode __ACENV_CALL	ACAPI_Element_GetPropertyValuesOfDefaultElemByGuid (const API_ElemType &type, const GS::Array< API_Guid > &propertyDefinitionGuids, GS::Array< API_Property > &properties)
	Retrieves the values of the specified property definitions.
GSErrCode __ACENV_CALL	ACAPI_Element_SetPropertyOfDefaultElem (const API_ElemType &type, const API_Property &property)
	Sets the specified property to the given value on an element default.
GSErrCode __ACENV_CALL	ACAPI_Element_SetPropertiesOfDefaultElem (const API_ElemType &type, const GS::Array< API_Property > &properties)
	Sets the specified properties for the given values on an element default.
bool __ACENV_CALL	ACAPI_Element_IsPropertyDefinitionValueEditable (const API_Guid &elemGuid, const API_Guid &propertyGuid)
	Tells whether the value of the property can be modified for the specified element. If the elemGuid argument is APINULLGuid, it tells whether the property definition's default value is editable.
bool __ACENV_CALL	ACAPI_Element_IsPropertyDefinitionValueEditableDefault (const API_ElemType &type, const API_Guid &propertyGuid)
	Tells whether the value of the property can be modified for the specified tool default.
bool __ACENV_CALL	ACAPI_Element_IsPropertyDefinitionAvailable (const API_Guid &elemGuid, const API_Guid &propertyGuid)
	Tells whether a property definition is available for an element.
bool __ACENV_CALL	ACAPI_Element_IsPropertyDefinitionAvailableDefault (const API_ElemType &type, const API_Guid &propertyGuid)
	Tells whether a property definition is available for an element default.
bool __ACENV_CALL	ACAPI_Element_IsPropertyDefinitionVisible (const API_Guid &elemGuid, const API_Guid &propertyGuid)
	Tells whether a property definition is visible for an element.
bool __ACENV_CALL	ACAPI_Element_IsPropertyDefinitionVisibleDefault (const API_ElemType &type, const API_Guid &propertyGuid)
	Tells whether a property definition is visible for an element default.
GSErrCode __ACENV_CALL	ACAPI_Element_GetCollisions (const GS::Array< API_Guid > &guidSet1, const GS::Array< API_Guid > &guidSet2, GS::Array< GS::Pair< API_CollisionElem, API_CollisionElem > > &resultArray, const API_CollisionDetectionSettings &apiColDetSettings)
	Returns the collisions between two groups.
GSErrCode __ACENV_CALL	ACAPI_Element_GetComponents (const API_Guid &elemGuid, GS::Array< API_ElemComponentID > &elemComponents)
	Retrieves the components of an element.
GSErrCode __ACENV_CALL	ACAPI_Element_GetPropertyDefinitions (const API_ElemComponentID &elemComponent, API_PropertyDefinitionFilter filter, GS::Array< API_PropertyDefinition > &propertyDefinitions)
	Retrieves all of the property definitions that are available for a component of an element.
GSErrCode __ACENV_CALL	ACAPI_Element_GetPropertyValue (const API_ElemComponentID &elemComponent, const API_Guid &propertyDefinitionGuid, API_Property &property)
	Retrieves the specified property definition's value from the component.
GSErrCode __ACENV_CALL	ACAPI_Element_GetPropertyValues (const API_ElemComponentID &elemComponent, const GS::Array< API_PropertyDefinition > &propertyDefinitions, GS::Array< API_Property > &properties)
	Retrieves the values of the specified property definitions from the component.
GSErrCode __ACENV_CALL	ACAPI_Element_GetPropertyValuesByGuid (const API_ElemComponentID &elemComponent, const GS::Array< API_Guid > &propertyDefinitions, GS::Array< API_Property > &properties)
	Retrieves the specified property definitions (defined by their GUIDs) with values from the component.
GSErrCode __ACENV_CALL	ACAPI_Element_GetActualOverrideStyle (const API_Guid &guid_Element, API_OverrideStyle &elemOverrideStyle)
	Get actual (merged) visual override style for an element.
GSErrCode __ACENV_CALL	ACAPI_Element_Decompose (const API_Guid &elemGuid, API_ElementDecomposerInterface *elementDecomposer)
	Enumerates the planes of a Multi-plane Roof.
GSErrCode __ACENV_CALL	ACAPI_Element_CatchChangeDefaults (const API_ToolBoxItem *elemType, APIDefaultsChangeHandlerProc *handlerProc)
	Register or unregister your add-on to be notified if the default settings of a given element type is modified.
GSErrCode __ACENV_CALL	ACAPI_Element_CatchNewElement (const API_ToolBoxItem *elemType, APIElementEventHandlerProc *handlerProc)
	Register or unregister your add-on to be notified if the given type of element is created.
GSErrCode __ACENV_CALL	ACAPI_Element_InstallElementObserver (APIElementEventHandlerProc *handlerProc)
	Installs an element observer function which receives notifications on elements' changes.
void	ACAPI_ELEMENT_QUANTITIES_MASK_CLEAR (API_QuantitiesMask &mask)
	Clears the mask for querying quantities.
void	ACAPI_ELEMENT_QUANTITIES_MASK_SETFULL (API_QuantitiesMask &mask)
	Set the mask to full (return all quantities) for querying quantities.
void	ACAPI_ELEMENT_QUANTITY_MASK_CLEAR (API_QuantitiesMask &mask)
	Clears the element part of the mask for querying element quantities.
void	ACAPI_ELEMENT_QUANTITY_MASK_SETFULL (API_QuantitiesMask &mask)
	Set the element part of the mask to full (return all quantities) for querying element quantities.
void	ACAPI_ELEMENT_COMPOSITES_QUANTITY_MASK_CLEAR (API_QuantitiesMask &mask)
	Clears the composites part of the mask for querying composite quantities.
void	ACAPI_ELEMENT_COMPOSITES_QUANTITY_MASK_SETFULL (API_QuantitiesMask &mask)
	Set the composites part of the mask to full (return all quantities) for querying composite quantities.

Detailed Description

To have an overview what the elements are, and how they fit into the entire database please refer to the Element Overview chapter. In these papers only the handler functions are explained in full details.

Element Overview

Applicable types of elements are enumerated in the API_ElemTypeID structure. The definition of an element is described in the API_Element structure, which is a union of all element types. All of the definitions begin with a common header structure named API_Elem_Head.

• The type.typeID field identifies the type of the element.
• The type.variationID field is an extension of type.typeID in case of API_ObjectID, API_LampID, API_WindowID, API_DoorID. It identifies the subcategory (e.g. Stair) of the element.
• The guid field gives a globally unique identifier of the element, which is constant through the whole life of the project. These values are automatically generated and there is no way to control which unique ID is assigned.
• The modiStamp field gives you a stamp to check if the element was modified.
• The guid and groupGuid fields contain the grouping information. The first one identifies the group which the given element belongs to. The second one identifies the root-parent group in case of nested groups.
• The floorInd field identifies the story that the element belongs to (not applicable to all element types).
• The layer field is the attribute index of the layer selected for the element (not applicable to all element types).
• The hasMemo field is a flag, which shows that the given element has additional data, described in the structure API_ElementMemo.
• The drwIndex field determines the drawing order of elements, and can be adjusted by the user or from the API with the Send to Back/_Bring to Front_ commands. Elements which have bigger drwIndex will be drawn later.

Every structure which describes a particular type of element (like API_WallType, API_LineType etc.) are logically separated into different parts.

• The first part is the header. It contains common information which is element type independent.
• The next part corresponds to the parameters which can be set in the tool setting dialog boxes or in the Info Box. They do not depend on the geometry, just describe general parameters like attributes, control flags and so on.
• The last part corresponds to the user clicks done while the element was placed on the floor plan. This part is a pure geometrical description.

Many element related functions use the API_Element structure on the parameter list. As a general rule, you have to fill the required fields in the union. Archicad parses the request based on the values, and passes the return parameters in the same structure. This is why most of the functions do not have the const directive in their prototypes.

---

Retrieving an element from the database

Please note that from API 11 we start to move away from the typeID/index identification towards a GUID-based identification. In API 12 the GUID way has precedence. From API 18 the GUID way is only available, typeID/index identification was removed.

Let's look at a simple example. Assume you are interested in getting the data of a given element of the database. In this case you should use a variable of type API_Element.

API_Element  element = {};
GSErrCode    err;
 
element.header.guid = GSGuid2APIGuid (GS::Guid ("EF7A21F7-F841-4030-B6DC-C1DC8DA2F1E6"));
 
err = ACAPI_Element_Get (&element);

The data of the wall is returned in the element.wall part of the union. You should check the hasMemo field in the returned header. If it is set you are informed that additional data is available for the element, such as gables and polygon nodes. Since producing this data may be a relatively a long conversion process, this information can be obtained with an additional function call.

GSErrCode       err;
API_ElementMemo memo = {};
 
err = ACAPI_Element_GetMemo (element.header.guid, &memo, APIMemoMask_All);

In this case, you have got all of the additional data related to the particular element. The memo structure is a collection of several handles and pointer (dynamic memory). If any is allocated (i.e. its value is not nullptr it contains data. If you do not need the data any more you are required to free the allocated memory blocks. The suggested way is the following:

ACAPI_DisposeElemMemoHdls (&memo);

If you use this function, it is ensured that all of the dynamic data will be freed, and also there will be no compatibility problems if your add-on is installed to a newer version of Archicad.

It is very important to examine the error codes returned by the API functions, and interpret the returned value.

It is usual that you want to go through the instances of a particular type of element in the database. The following example gives a good template to do that:

GS::Array<API_Guid> elemList;
GSErrCode err = ACAPI_Element_GetElemList (API_WallID, &elemList);
for (Int32 i = 0; i < elemList.GetSize () && err == NoError; ++i) {
    API_Element element = {};
    element.header.guid = elemList[i];
    if (ACAPI_Element_Get (&element) == NoError) {
        /* do what you want */
    }
}

A better and suggested way to set up such a loop is to use the element filter service of the API. It is common that you are interested in elements being on the active story only or being on a visible layer, or just for editable elements, and so on. If you call the ACAPI_Element_Get function in a loop, Archicad is requested to convert all of the elements to API form, even if you do not need them. This algorithm can be very slow.

In the next example you see a very effective, fast way to get the elements only you are interested in:

GS::Array<API_Guid> elemList;
ACAPI_Element_GetElemList (API_WallID, &elemList, APIFilt_OnActFloor);
for (GS::Array<API_Guid>::ConstIterator it = elemList.Enumerate (); it != nullptr; ++it) {
    API_Element element = {};
    element.header.guid = *it;
    if (ACAPI_Element_Get (&element) == NoError) {
        /* do what you want */
    }
}

You now see that the APIERR_DELETED return code is not checked, since all elements are filtered which do not meet your needs as well as the deleted ones.

You can also enumerate elements by drawing order and creation order with the [ACAPI_DrawOrder_DrawOrderGetNext and [AACAPI_DrawOrder_CreationOrderGetNext database functions respectively.

---

Creating an element

The element creation procedure is also fairly simple. All you have to do is to fill the appropriate part of the API_Element and optionally, the API_ElementMemo structure. The [ACAPIACAPI_Element_Create function does the following:

• It checks the data for possible inconsistency. If some problem is encountered it may be corrected automatically (like an invalid attribute reference) or an error code is generated.
• It ignores, for example, guid field in the header structure, because they are automatically generated. These values are returned to you in the appropriate field.
• The generated element is placed in the data structure.

It is very important that Archicad does not free any dynamic data structure you have allocated and passed to Archicad. They must be freed by your code.

An other important note is the following. Every data structure filled by you must be initialized to zero, because of forward compatibility. Fillers may be used in the later versions of the API, so if they are not initialized to zero the result may be unpredictable.

The template to create an element should be the following:

API_Element     element = {};
API_ElementMemo memo = {};
API_Guid        wallGuid;
GSErrCode       err;
 
element.header.type = API_WallID;
/* fill element.wall */
/* fill memo for polygonal walls */
 
err = ACAPI_Element_Create (&element, &memo);
 
wallGuid = element.header.guid;
 
ACAPI_DisposeElemMemoHdls (&memo);

Many elements refer to each other and these cross-references can be set up very easily. You just have to follow the general logic of Archicad, which means that referred elements must exist. For example first you create a wall, then windows are placed in it, and also you can assign associated labels.

You also have to do the same using the API functions. The [ACAPI_Element_Create function returns the guid of the created element, which can be used in references. If you want to place a window in the created wall, and assign a label do the following:

element = {};
element.header.type = API_WindowID;
 
element.window.owner = wallGuid;
/* set other parameters... */
 
err = ACAPI_Element_Create (&element, nullptr);
element = {};
element.header.type = API_LabelID;
 
element.label.parent = wallGuid;
/* set other parameters... */
 
err = ACAPI_Element_Create (&element, nullptr);

---

Controlling the selection

You can control the active selection also.

There are two basic type of selection methods in Archicad:

• The selection may be controlled by individually selected elements.
• The other possibility is to rely on the marquee area.

Both of them are supported by the API. The possible values of the active selection method are enumerated in the API_SelTypeID structure. The API_SelEmpty identifier means that nothing is selected in the current database in Archicad. The API_SelElems identifier corresponds to the first method when elements are individually selected. Other values identify that the selection is done by some kind of marquee shape.

In case of individually selected elements, Archicad returns all the elements which are selected. In the case of marquee based selection, only those elements will be returned which have an intersection with, or are within the marquee area.

The element selection procedure is very easy. You just have to call the ACAPI_Selection_Select function to select an individual element, or a group of elements. You have the possibility either to open a new selection, or append one more element to the actual selection.

---

Internal parts of an element: the API_Neig structure

Both the ACAPI_Selection_Select and ACAPI_Selection_Get functions use the API_Neig structure. This data structure makes possible to distinguish the internal parts of the elements.

You can see how smart the cursor is, when you touch one of the element's nodes or edges while moving it through the shape of a given element. All of these points or edges can be described by an API_Neig structure.

• The neigID field identifies the element type. Correspondence can be set up between the possible values of API_NeigID and the API_ElemTypeID structures; the first one is a sub-kind of the second one. Use the [APACAPI_Element_NeigToCoord function for conversion purposes.
• The guid field is the element guid.
• The inIndex field identifies the internal index of special point or edge.
• The flags field just gives information e.g. if the described point or edge belongs to a subcontour or the main contour of a polygonal element (API_NeigFlg_HoleSel).

Let's see an example. According to the roofs the special interests are organized into three subclasses. They are:

neigID	inIndex range	Description
APINeig_Roof	[1...n]	Identifies one of the vertices of the roof polygon. The inIndex value corresponds to the position of the vertex in the vertex array. The holeSel bit in the flags is not set if the point belongs to the main contour of the roof polygon.
APINeig_RoofOn	[1...n]	Identifies one of the edges of the roof polygon. The inIndex value corresponds to the position of the starting vertex in the vertex array. The holeSel bit in the flags is set if the edge belongs to a subcontour of the roof polygon.
APINeig_RBL	[1...2]	Identifies the reference line of the roof. The inIndex value 1 and 2 means the start and end point of it, respectively.

When you go through the selected elements, you get the information which point or edge was clicked by the mouse when the selection was made. The only useful information according to the selection is whether a whole polygonal element is selected or just one of its sub-contours.

If you search the API_Neig structure in the APIdefs_Elements.h file, you will see that it is used in many places.

It is used to give you information on which point was clicked in the input functions; see the [AACAPI_UserInput_GetPoint function.

---

The 3D model

Warning

Obsolete. The recommended way of accessing the 3D Model is now illustrated in the ModelAccess example.

The 3D representation of the actual database can be accessed through the API_Component3D structure.

Applicable types of elements are enumerated in the API_3DTypeID structure. The definition of a 3D component is described in the API_Component3D structure, which is in fact a union of all component types. All of the definitions begins with a common header structure, API_3D_Head.

• The typeID field identifies the type of the component.
• The index field gives the current database index of the given component. Note that this number is not constant for a particular element through the whole life of the project.

Before you try to understand how the 3D model corresponds to the API structures, please read carefully the Primitive Elements chapter in the GDL Reference Manual.

The 3D representation of a particular element is based on the API_BodyType structure. One element may hold one or more bodies to describe the 3D geometry. Generally a body is built up from a number of vertices, edges, polygons and normal vectors. This data structure gives you the number of the internal components as well as some status bits, surface properties and a global transformation matrix. You also get a reference to the parent element through an API_Elem_Head structure.

The 3D geometry itself is described by the API_PgonType, API_PedgType, API_EdgeType, API_VertType and API_VectType structures. They are documented in the GDL Reference Manual.

The 3D representation also owns a common pool of the surface materials. The polygon instances of the geometry description refer to these materials by indices. One surface definition is described by the API_UmatType structure. Surface materials may come from two sources. The list of materials contains all the global material attributes which are referenced by any polygon of the 3D geometry. Materials may be defined in GDL scripts also.

Elements placed with the light tool on the floor plan may contain light emissions, defined via GDL scripts. All of the light sources present in the 3D geometry are described with the API_LghtType structure.

---

Getting the whole 3D model

Warning

Obsolete. The recommended way of accessing the 3D Model is now illustrated in the ModelAccess example.

If you are interested in the whole 3D model that actually exists, you should use the following template:

API_Component3D   comp3D = {};
Int32             nBody, i;
GSErrCode         err;
 
err = ACAPI_3D_GetNum (API_BodyID, &nBody);
comp3D.header.typeID = API_BodyID;
for (i = 1; i <= nBody && err == NoError; i++) {
    comp3D.header.index = i;
    err = ACAPI_3D_GetComponent (&comp3D);
    if (err == NoError) {
        /* explode the body into pgon, vert etc... */
    }
    if (err == APIERR_DELETED)
        err = NoError;
}

It is very important to organize your algorithm on a loop based on the component API_BodyType for the following reasons:

• Body indices are continuous in all cases, others are not.
• The 3D model also can have data from deleted floor plan elements. They can be identified only through the deleted bodies.
• Floor plan elements which have the same geometry may share the primitives of the 3D representation data, but not the bodies. All the bodies contain a transformation matrix which transforms the referenced shared vertices and normal vectors to the right places and directions.

Once you have the definition of a body, you can set up inner loops to go through the primitives you are interested in. In the API_BodyType record you get the number of all internal components. Indices should start from 1.

The light and material components can be obtained in their own loops, because they are global (not body relative) components of the 3D model.

It is very important, that you get the data of the 3D model of Archicad that actually exists. This data is often not consistent with the floor plan elements. The update mechanism of the 3D window depends on many things, such as the switches in the preferences dialogs. As a general rule, you get the model which can be seen in the 3D window, if you use the above template.

---

Getting the 3D representation of a particular element

You also have the possibility to get the 3D representation of any particular floor plan element you are interested for. The basic mechanism is the same as in the previous example. The only difference is that you need the information which bodies belong to the given element.

Bodies assigned to a specific floor plan element can be obtained with the function ACAPI_ModelAccess_Get3DInfo. This function fills an API_ElemInfo3D structure to pass the index range of the main 3D data containers.

• The fbody and lbody field defines the first and last body indices. This range of indices should be used to get the body definitions.
• The flight and llight fields defines the first and last light indices. The 3D GDL script of objects may contain the LIGHT commands which determines that the given element has light emission. This data can be obtained through the API_LghtType, based on these indices.

Important note: in this way the data you get is independent from the actually existing 3D model of Archicad. If the existing data is not consistent, Archicad converts the given element to 3D again to ensure the right result. As a general rule, you get the model which is fully synchronized to the actual floor plan data.

You should choose between the above mentioned ways to get the 3D model very carefully.

If you need consistent data you should choose the second way, setting up a loop which goes through the floor plan elements you are interested for. In this case you can get the 3D model element by element.

You often have to choose the first method. For example, if your add-on is called from the "Save As 3D" dialog, the data user wants to save is the data actually can be seen in the 3D window.

Typedef Documentation

API_CWSegmentPart

using API_CWSegmentPart = API_WallPart

Section of a curtain wall segment that neighbours a border line of the room.

Remarks

The API_WallPart structure is a member of API_RoomRelation. The following example shows how to interpret this data.

See also

API_WallPart

API_DoorQuantity

using API_DoorQuantity = API_WindowQuantity

Describes the different calculated values for doors.

Remarks

See also the window parameters in Appendix A of the GDL Reference manual. See also API_WindowQuantity.

API_DoorRelation

using API_DoorRelation = API_CWPanelRelation

Structure for retrieving connection data of a curtain wall panel, skylight, window or a door element.

Remarks

To learn more about the usage of this relation structure please refer to the ACAPI_Element_GetRelations function. See also API_CWPanelRelation.

API_DoorType

using API_DoorType = API_WindowType

Represents a door element.

Remarks

For door related memo data see the ACAPI_Element_GetMemo function.

See also

API_WindowType

API_ElemFilter

API_ElemFilter

Array for filtering elements.

Remarks

This type is used in the API_GhostStoryType structure. The indices of this array correspond to the API_ElemTypeID enum values.

API_ElevationType

using API_ElevationType = API_CutPlaneType

Represents a elevation element.

Remarks

Most of the original structure members are now in API_SectionSegment. See also API_CutPlaneType.

API_LampType

using API_LampType = API_ObjectType

Represents an object or a lamp, or a symbol label.

Since

Archicad 26

Remarks

For beam related memo data see the ACAPI_Element_GetMemo function. See also API_ObjectType.

API_LightQuantity

using API_LightQuantity = API_ObjectQuantity

Describes the different calculated values for lights.

Remarks

These parameters are calculated from the 3D model of the light. See also API_ObjectQuantity.

API_ShellRelation

using API_ShellRelation = API_RoofRelation

Structure for retrieving connection data of a roof or a shell element.

Remarks

To learn more about the usage of this relation structure please refer to the ACAPI_Element_GetRelations function. See also API_RoofRelation.

API_SkylightRelation

using API_SkylightRelation = API_CWPanelRelation

Structure for retrieving connection data of a curtain wall panel, skylight, window or a door element.

Remarks

To learn more about the usage of this relation structure please refer to the ACAPI_Element_GetRelations function. See also API_CWPanelRelation.

API_WindowRelation

using API_WindowRelation = API_CWPanelRelation

Structure for retrieving connection data of a curtain wall panel, skylight, window or a door element.

Remarks

To learn more about the usage of this relation structure please refer to the ACAPI_Element_GetRelations function. See also API_CWPanelRelation.

API_WorksheetType

using API_WorksheetType = API_DetailType

Represents a worksheet (worksheet mark).

Remarks

Refer to the ACAPI_Database_ChangeCurrentDatabase function to access and operate on the corresponding Detail/Worksheet database. For detail related memo data see the ACAPI_Element_GetMemo function.

See also

API_DetailType

APIDefaultsChangeHandlerProc

typedef GSErrCode __ACENV_CALL APIDefaultsChangeHandlerProc(const API_ToolBoxItem *defElemType)

Callback procedure to receive notifications on changes in element defaults.

Parameters

defElemType

[in] The element type the notification is coming for.

Returns

• NoError - The function has completed with success.

Remarks

This is the function which will be called when your add-on requested notifications on element default chnages with ACAPI_Element_CatchChangeDefaults.

APIElementEventHandlerProc

typedef GSErrCode __ACENV_CALL APIElementEventHandlerProc(const API_NotifyElementType *elemType)

User supplied callback function for handling changes in elements.

Parameters

elemType

[in] This structure contains the various parameters identifying the element the notification is for.

Returns

• NoError - The function has completed with success.

Remarks

This is the function which will be called when your add-on attached an observer to an element with ACAPI_Element_AttachObserver, i.e. you are interested in changes to an element. This is a common entry point to your add-on for all observed elements; the element in question is passed in the elemType parameter. The meaning of the notification parameters are desrcribed at the API_NotifyElementType structure.

Example

// -----------------------------------------------------------------------------
// Element event handler function
// -----------------------------------------------------------------------------
GSErrCode __ACENV_CALL ElementEventHandler (const API_NotifyElementType *elemType)
 
{
    GSErrCode       err = NoError;
    char            msgStr[256];
    char            elemStr[32];
    API_Elem_Head   elemHead;
    API_Element     parentElement;
 
    BNZeroMemory (&parentElement, sizeof (API_Element));
    ACAPI_Notification_GetParentElement (&parentElement, nullptr, 0, nullptr);
 
    switch (elemType->notifID) {
        case APINotifyElement_New:
                    BNZeroMemory (&elemHead, sizeof (API_Elem_Head));
 
                    if (GetElementTypeString (elemType->type, elemStr)) {
                        if (parentElement.header.guid != APINULLGuid)
                            sprintf (msgStr, "### API Notify Test: %s #%d created as a copy of #%d",
                                     elemStr, APIGuidToString (elemType->guid).ToCStr ().Get (),
                                     APIGuidToString (parentElement.header.guid).ToCStr ().Get ());
                        else
                            sprintf (msgStr, "### API Notify Test: %s #%d created", elemStr,
                                     APIGuidToString (elemType->guid).ToCStr ().Get ());
 
                        elemHead.guid = elemType->guid;
                        err = ACAPI_Element_AttachObserver (&elemHead, 0);
                    } else
                        sprintf (msgStr, "### API Notify Test: Unknown element type created");
                    break;
 
        default:
                    err = APIERR_NOTSUPPORTED;
                    break;
    }
 
    if (err == NoError)
        ACAPI_WriteReport (msgStr, false);
 
    return NoError;
}   // ElementEventHandler
 
 
// -----------------------------------------------------------------------------
// Called after the Add-On has been loaded into memory
// -----------------------------------------------------------------------------
GSErrCode    __ACENV_CALL    Initialize (void)
 
{
    API_ToolBoxItem  elemType_Wall = { API_WallID, 0, 0, 0 };
 
    // catch changes in defaults for all element types
    GSErrCode err = ACAPI_Element_CatchNewElement (&elemType_Wall, ElementEventHandler);
 
    return err;
}   // Initialize

RoomReductionPolyProc

typedef void __ACENV_CALL RoomReductionPolyProc(const API_RoomReductionPolyType *roomRed)

Callback function to get reduction polygons of a room.

Parameters

roomRed

[out] Data of a room reduction polygon.

Remarks

You should implement this function and pass its address to the ACAPI_Element_RoomReductions function as a callback function if you want Archicad to send the polygons which reduce a room area. Archicad will send you all the area (polygon) which reduce the room area. Many information is provided, the polygon itself, the area, the reduction percent, and the type of the parent element. See API_RoomReductionPolyType for more details. Since Archicad 18, the first dummy element has been removed.

Enumeration Type Documentation

API_AnalyticalCurveType

enum API_AnalyticalCurveType

Describes the type of the Structural Analytical Model Curve.

Since

Archicad 25

API_CoverFillTransformationTypeID

enum API_CoverFillTransformationTypeID

Type of cover fill transformation.

Remarks

This structure holds the API_CoverFillTransformation type of the cover fills of API_BeamType and API_ColumnType elements.

API_CWAccessoryCategoryID

enum API_CWAccessoryCategoryID

Curtain wall accessory category type.

Remarks

The API_CWAccessoryCategoryID type is used in the API_CWAccessoryType structure.

API_CWBoundaryFramePosID

enum API_CWBoundaryFramePosID

Define curtain wall boundary frame position.

Remarks

The API_CWBoundaryFramePosID type is used in the API_CWSegmentType structure.

API_CWFrameObjectTypeID

enum API_CWFrameObjectTypeID

Curtain wall frame object type.

Remarks

The API_CWFrameObjectTypeID type is used in the API_CWFrameType structure. The APICWFrObjectType_Generic and APICWFrObjectType_ButtGlazed types have been removed in Archicad 22.

API_CWJunctionCategoryID

enum API_CWJunctionCategoryID

Curtain wall junction category type.

Remarks

The API_CWJunctionCategoryID type is used in the API_CWJunctionType structure.

API_CWPanelObjectTypeID

enum API_CWPanelObjectTypeID

Curtain wall panel object type.

Remarks

The API_CWPanelObjectTypeID type is used in the API_CWPanelType structure.

API_CWPlacementID

enum API_CWPlacementID

Curtain wall junction placement type.

Remarks

The API_CWPlacementID type is used in the API_CWSegmentType structure.

API_CWSegmentCategoryID

enum API_CWSegmentCategoryID

Curtain wall segment type.

Remarks

The API_CWSegmentCategoryID type is used in the API_CWSegmentType structure.

API_CWSegmentGridOrigPosTypeID

enum API_CWSegmentGridOrigPosTypeID

Curtain wall segment grid origin pos type.

Remarks

The API_CWSegmentGridOrigPosTypeID type is used in the API_CWSegmentPatternData structure.

API_CWSegmentTypeID

enum API_CWSegmentTypeID

Curtain wall segment type.

Remarks

The API_CWSegmentTypeID type is used in the API_CWSegmentType structure.

API_DimTextFillOrderID

enum class API_DimTextFillOrderID

strong

Describes the drawing order of the text's fill and contour relative to the dimension line.

Since

Archicad 26

API_EdgeTrimID

enum API_EdgeTrimID

Determines the type of the roof or slab edge trim. In previous API versions this enum type used to be called @ref API_RsideID.

Vertical roof side

Perpendicular roof side

Custom roof side

API_EditCmdID

enum API_EditCmdID

Possible element transformations.

Remarks

Refer to the API_EditPars structure for parametrization; or to the ACAPI_Element_Edit function to transform database elements.

API_ElemDisplayOptionsID

enum API_ElemDisplayOptionsID

Floor plan display options of construction elements.

Remarks

Element display option defines how a construction element appears on the floor plan.

API_ElementDBEventID

enum API_ElementDBEventID

Describes the cause of the element notification.

Remarks

This enumeration type is used in the API_NotifyElementType structure.

API_ElemProjectionModesID

enum API_ElemProjectionModesID

Floor plan projection modes of construction elements.

Remarks

Element projection mode defines how a construction element appears on the floor plan.

API_ElemTypeID

enum API_ElemTypeID

The type of an element.API_ElemType variationID APIVarId_Generic.

Since

Archicad 26

Remarks

This is general constant which describes the different element types, and is used in most element-related operations. Use the API_FirstElemType and API_LastElemType defines in loops that enumerate all element types. With the ACAPI_Element_GetElemTypeName goody function you can retrieve the localized name of the element types.

API_ElemVariationID

enum API_ElemVariationID

Describes the subcategory of an element.

Since

Archicad 25

Remarks

API_ElemVariationID is an extension of typeID (see API_Elem_Head). These are built in subcategories. But if you register an own subtype with ACAPI_LibraryPart_RegisterSubtype function you have to pass at first a four-character identifier the variationID (your signature). This is an arbitrary long value wherewith you can identify your own subtype. It is used only in case of library elems (object, lamp, window, door).

API_ElemViewDepthLimitationsID

enum API_ElemViewDepthLimitationsID

Depth limitation for the appearance of complex elements on the floor plan.

Remarks

For a display option, view depth limitation defines how much of an element appears on the floor plan. You can retrieve the current floor plan cut plane settings using the ACAPI_ProjectSetting_GetPreferences function with the API_FloorPlanCutDefinition structure.

API_ImageViewID

enum API_ImageViewID

View type identifier.

Remarks

This structure is used in API_VisualOverriddenImage.

API_LeaderLineShapeID

enum API_LeaderLineShapeID

Describes the shape of the pointer line of Note text or Label.

Remarks

API_SquareRoot type applies to Labels only.

API_ModelElemStructureType

enum API_ModelElemStructureType

Determines the structure type of the element.

Remarks

Valid structure types of an element type are shown in the table below:

Element Type	Basic Structure	Composite Structure	Profile Structure
API_WallID	x	x	x
API_ColumnID, API_BeamID	x		x
API_SlabID, API_RoofID, API_ShellID	x	x

API_MeshType, API_MorphType and API_CurtainWallType always contain Building Materials, so they don't have this structure.

API_NameTypeValues

enum API_NameTypeValues

Specifies how the name of the drawing is assembled.

Remarks

The options correspond to the different values in the Drawing Name popup on the Identification tabpage of the Drawing Settings dialog.

API_NeigID

enum API_NeigID

Describes the various special points of elements.

Remarks

Here are the neigIDs with their inIndex in brackets for walls : Here are the neigIDs with their inIndex in brackets for columns : Here are the neigIDs with their inIndex in brackets for windows (and very similar for doors): Here are the neigIDs with their inIndex in brackets for objects (and very similar for lamps): Here are the neigIDs with their inIndex in brackets for slabs : Here are the neigIDs with their inIndex in brackets for roofs : Here are the neigIDs with their inIndex in brackets for meshes : Here are the neigIDs with their inIndex in brackets for dimensions : Here are the neigIDs with their inIndex in brackets for radial dimensions : Here are the neigIDs with their inIndex in brackets for level dimensions : Here are the neigIDs with their inIndex in brackets for angle dimensions : Here are the neigIDs with their inIndex in brackets for texts : Here are the neigIDs with their inIndex in brackets for labels : Here are the neigIDs with their inIndex in brackets for zones : Here are the neigIDs with their inIndex in brackets for hatches : Here are the neigIDs with their inIndex in brackets for lines : Here are the neigIDs with their inIndex in brackets for arcs : Here are the neigIDs with their inIndex in brackets for circles : Here are the neigIDs with their inIndex in brackets for splines : Here are the neigIDs with their inIndex in brackets for hotspots : Here are the neigIDs with their inIndex in brackets for cutplanes : Here are the neigIDs with their inIndex in brackets for cameras : Here are the neigIDs with their inIndex in brackets for virtual symbols : Here are the neigIDs with their inIndex in brackets for pictures : Here are the neigIDs with their inIndex in brackets for camera sets : Here are the neigIDs with their inIndex in brackets for beams : Here are the neigIDs with their inIndex in brackets for drawings :

API_NoteContentType

enum API_NoteContentType

Describes the type of the content.

Remarks

API_NoteContent_Auto has been removed in API 14.

API_NumberingTypeValues

enum API_NumberingTypeValues

Numbering method options of a drawing element.

Remarks

The options correspond to the different values in the Drawing ID popup on the Identification tabpage of the Drawing Settings dialog.

API_PictureFormat

enum API_PictureFormat

Storage format of a picture.

Remarks

This enum is used when you convert a picture from a given format to another with the ACAPI_Conversion_ConvertPicture goody function. API_PictureFormat is also a part of the API_PictureType structure. You might also use MIME types for identifying the standard image formats instead of API_PictureFormat. See the ACAPI_Conversion_ConvertMimePicture goody function.

API_ShellBaseCutBodyTypeID

enum API_ShellBaseCutBodyTypeID

These values affect the connection type of Roof and Shell elements (see on the Model tab page of the Roof/Shell Settings dialog).

Remarks

This enumeration type is used in the API_ShellBaseType structure.

API_SlabReferencePlaneLocationID

enum API_SlabReferencePlaneLocationID

Location of slab's reference plane.

Remarks

The API_SlabReferencePlaneLocationID enum is used in the API_SlabType structure. The following picture illustrates the different values:

Slab reference line

For a basic (homogenous) slab the possible values are APISlabRefPlane_Top or APISlabRefPlane_Bottom. For composite slabs all values are valid. It determines the reference position: so during input the level member in API_SlabType will refer to this position. The new offsetFromTop [output only] member tells you the distance of the reference position (level) from the top of the slab.

API_SolidOperationID

enum API_SolidOperationID

The type of the solid operation link between two construction elements.

Remarks

These enumerators are used with the ACAPI_Element_SolidLink_Create, ACAPI_Element_SolidLink_GetOperation and ACAPI_Element_SolidOperation_Create functions.

API_StructureDisplay

enum API_StructureDisplay

This is the enumeration of the Partial Structure Display.

Remarks

You are able to get and change the Partial Structure Display via ACAPI_Navigator_GetStructureDisplay and ACAPI_Navigator_ChangeStructureDisplay functions. This function allows you to display and output composite and complex elements in simplified form.

API_SubElementType

enum API_SubElementType : UInt64

Describes the filter for the different subtypes of elements.

Since

Archicad 26

Remarks

This enumeration was renamed in Archicad 25, the previous name was API_SubElemMemoMaskType.

API_TabID

enum API_TabID

Types of the tab.

Remarks

This enum is used in API_TabType structure. The only available value is APITab_Left because the other options are not implemented yet.

API_TitlePreviewModes

enum API_TitlePreviewModes

Determines what is shown on the preview the drawing title.

Remarks

The values correspond to the different settings on the Title tabpage of the Drawing Settings dialog. Can be APITitlePreviewMode_DrawingWithTitle or APITitlePreviewMode_TitleOnly

API_TrimTypeID

enum API_TrimTypeID

The type of the trim connection link between two construction elements.

Remarks

These enumerators are used with the ACAPI_Element_Trim_ElementsWith and ACAPI_Element_Trim_GetTrimType functions.

API_WallReferenceLineLocationID

enum API_WallReferenceLineLocationID

Distinguishes among the different wall reference line locations.

Remarks

These constants determine the location of the reference line in the wall. This - along with the new flipped member in API_WallType - replace the old API_WallDirID, and allow you to exactly position the reference line, instead of coding both this position and the 'flippedness' of the wall into one member. Imagine a horizontal unflipped composite wall drawn from left to right (as shown in the Composite Settings dialog): outside is the top, inside is the bottom.

Wall reference line location

Only composite walls may have a core-related reference line location; polygonal and complex walls always use @ref APIWallRefLine_Outside. Profiled walls don't use this member; their reference line always goes through their origin. When its value is APIWallRefLine_Center or @ref APIWallRefLine_CoreCenter, you cannot specify an offset in the API_WallType structure. The new offsetFromOutside output only member in API_WallType tells you the distance between the 'top' of the wall (as shown in the Composite Settings dialog) and the reference line's position.

Function Documentation

ACAPI_DisposeBeamRelationHdls()

void __ACENV_CALL ACAPI_DisposeBeamRelationHdls

(

API_BeamRelation *

beamInfo

)

Frees the memory occupied by all of the allocated beam relation handles.

Parameters

beamInfo

[in] Points to an API_BeamRelation structure which contains handles used for previous operations and not needed any more.

Returns

Remarks

This is the recommended way of disposing the beam relation handles for compatibility reasons, as in a later version of the API the API_BeamRelation structure might change.

ACAPI_DisposeBeamSegmentRelationHdls()

void __ACENV_CALL ACAPI_DisposeBeamSegmentRelationHdls

(

API_BeamSegmentRelation *

segmentInfo

)

Frees the memory occupied by all of the allocated beam segment relation handles.

Parameters

segmentInfo

[in] Points to an API_BeamSegmentRelation structure which contains handles used for previous operations and not needed any more.

Returns

Remarks

This is the recommended way of disposing the beam segment relation handles for compatibility reasons, as in a later version of the API the API_BeamSegmentRelation structure might change.

ACAPI_DisposeElemMemoHdls()

GSErrCode __ACENV_CALL ACAPI_DisposeElemMemoHdls

(

API_ElementMemo *

memo

)

Frees the memory occupied by all of the allocated memo handles.

Parameters

memo	[in] Points to an API_ElementMemo structure which contains handles used for previous operations and not needed any more.

Returns

Remarks

This is the recommended way of disposing the memo handles for compatibility reasons, as in a later version of the API the API_ElementMemo structure might change.

ACAPI_DisposeParagraphsHdl()

GSErrCode __ACENV_CALL ACAPI_DisposeParagraphsHdl

(

API_ParagraphType ***

paragraphs

)

Frees the memory occupied by a handle to an array of API_ParagraphType.

Parameters

paragraphs

[in] A handle to an array of API_ParagraphType.

Returns

Remarks

This is the recommended way of disposing the paragraph handles for compatibility reasons, as in a later version of the API the API_ParagraphType structure might change.

ACAPI_DisposeRoomRelationHdls()

GSErrCode __ACENV_CALL ACAPI_DisposeRoomRelationHdls

(

API_RoomRelation *

roomInfo

)

Frees the memory occupied by all of the allocated room relation handles.

Since

Archicad 26

Parameters

roomInfo

[in] Points to an API_RoomRelation structure which contains handles used for previous operations and not needed any more.

Returns

• NoError - The function has completed with success.

Remarks

This is the recommended way of disposing the room relation handles for compatibility reasons, as in a later version of the API the API_RoomRelation structure might change.

ACAPI_DisposeWallRelationHdls()

void __ACENV_CALL ACAPI_DisposeWallRelationHdls

(

API_WallRelation *

wallInfo

)

Frees the memory occupied by all of the allocated wall relation handles.

Parameters

wallInfo

[in] Points to an API_WallRelation structure which contains handles used for previous operations and not needed any more.

Returns

Remarks

This is the recommended way of disposing the wall relation handles for compatibility reasons, as in a later version of the API the API_WallRelation structure might change.

ACAPI_Element_AddClassificationItem()

GSErrCode __ACENV_CALL ACAPI_Element_AddClassificationItem	(	const API_Guid &	elemGuid,
		const API_Guid &	itemGuid
	)

Classifies an element.

Parameters

elemGuid	[in] The identifier of the element which should receive the new classification.
itemGuid	[in] The guid of the classification item, that should be added to the element.

Returns

• NoError - The function has completed with success.
• APIERR_BADID - The elemGuid did not refer to a valid element or itemGuid did not refer to a valid classification item.
• APIERR_READONLY - The element can not be modified (i.e. from a hotlink) or you do not have the right to classify elements in the current teamwork plan.
• APIERR_BADCLASSIFICATION - The classification item is not available for the given element.

ACAPI_Element_AddClassificationItemDefault()

GSErrCode __ACENV_CALL ACAPI_Element_AddClassificationItemDefault	(	const API_ElemType &	type,
		const API_Guid &	itemGuid
	)

Classifies an element.

Since

Archicad 26

Parameters

type	[in] Type of the default element.
itemGuid	[in] The guid of the classification item, that should be added to the element.

Returns

• NoError - The function has completed with success.
• APIERR_BADID - The type did not refer to a valid default element or itemGuid did not refer to a valid classification item.
• APIERR_READONLY - The element can not be modified (i.e. from a hotlink) or you do not have the right to classify elements in the current teamwork plan.
• APIERR_BADCLASSIFICATION - The classification item is not available for the given element.

Remarks

From version 26 the typeID and variationID parameters were merged into a single API_ElemType parameter.

ACAPI_Element_AttachObserver()

GSErrCode __ACENV_CALL ACAPI_Element_AttachObserver	(	const API_Guid &	elemGuid,
		GSFlags	notifyFlags = 0
	)

Attaches an observer to the given element.

Parameters

elemGuid	[in] Identifies the element to attach the observer to.
notifyFlags	[in] Defines the behavior of the attached observer in certain database operations.

Returns

• NoError - The function has completed with success.
• APIERR_BADID - The referenced element cannot be found in the database.

Remarks

This function can be used to track changes in an element. After attaching the observer, the installed APIElementEventHandlerProc will be called with the appropriate notifications.

ACAPI_Element_CalcBounds()

GSErrCode __ACENV_CALL ACAPI_Element_CalcBounds	(	const API_Elem_Head *	elemHead,
		API_Box3D *	extent3D
	)

Returns the model extent of an element of the current database.

Parameters

elemHead	[in] the element reference
extent3D	[out] the 3D enclose box of the element

Returns

• NoError - The function has completed with success.
• APIERR_BADPARS - Any of the parameters are nullptr.
• APIERR_BADID - elemHead->guid is invalid.
• APIERR_DELETED - The element is deleted.

Remarks

This function is used to determine the model extent of an element. It can be used either to construction or 2D element. In the second case the vertical information will be not filled.

ACAPI_Element_CalcCoreOffsetToSideOffset()

GSErrCode __ACENV_CALL ACAPI_Element_CalcCoreOffsetToSideOffset	(	const API_Guid *	wallOpeningGuid,
		const double *	coreOffset,
		double *	sideOffset
	)

Converts the reveal depth offset from core skin to wall side for wall openings.

Parameters

wallOpeningGuid	[in] Unique ID of the WallOpening element.
coreOffset	[in] Reveal depth offset from core skin.
sideOffset	[out] Reveal depth offset from wall side.

Returns

• NoError - The function has completed with success.
• APIERR_BADPARS - wallOpeningGuid or coreOffset or sideOffset is nullptr.
• APIERR_BADID - wallOpeningGuid does not refer to a valid element in the database.
• APIERR_REFUSEDPAR - The element specified with wallOpeningGuid is not WallOpening type, or owner wall of opening is not exist.

Remarks

This function can be used for wall openings in composite walls (side offset and core offset is equal in walls with basic structure).

ACAPI_Element_CalcSideOffsetToCoreOffset()

GSErrCode __ACENV_CALL ACAPI_Element_CalcSideOffsetToCoreOffset	(	const API_Guid *	wallOpeningGuid,
		const double *	sideOffset,
		double *	coreOffset
	)

Converts the reveal depth offset from wall side to core skin for wall openings.

Parameters

wallOpeningGuid	[in] Unique ID of the WallOpening element.
sideOffset	[in] Reveal depth offset from wall side.
coreOffset	[out] Reveal depth offset from core skin.

Returns

• NoError - The function has completed with success.
• APIERR_BADPARS - wallOpeningGuid or sideOffset or coreOffset is nullptr.
• APIERR_BADID - wallOpeningGuid does not refer to a valid element in the database.
• APIERR_REFUSEDPAR - The element specified with wallOpeningGuid is not WallOpening type, or owner wall of opening is not exist.

Remarks

This function can be used for wall openings in composite walls (side offset and core offset is equal in walls with basic structure).

ACAPI_Element_CatchChangeDefaults()

GSErrCode __ACENV_CALL ACAPI_Element_CatchChangeDefaults	(	const API_ToolBoxItem *	elemType,
		APIDefaultsChangeHandlerProc *	handlerProc
	)

Register or unregister your add-on to be notified if the default settings of a given element type is modified.

Parameters

elemType	[in] Specifies the type of element for which your add-on should be notified. In order to receive notification on changing the default settings of any type of element, you simply pass nullptr as this parameter.
handlerProc	[in] The callback procedure to call when notifications are sent out on changing the default settings of this element type. Specifying nullptr here means you don't need the notifications any more.

Returns

• NoError - The required operation finished successfully.
• APIERR_BADID - The elemType parameter contains an invalid type.

Remarks

This function enables the API tool add-on catch the modification of the default settings of a certain element type. Each time when one of the default parameters of the element type is modified the server application calls the supplied callback procedure of the add-on provided that it has been registered for this event previously. If you do not need to catch the changes of default settings any longer, please remember to unregister by calling ACAPI_Element_CatchChangeDefaults for the required element type with nullptr in the handlerProc parameter.

Example

// -----------------------------------------------------------------------------
// Defaults change handler function
// -----------------------------------------------------------------------------
GSErrCode __ACENV_CALL ChangeDefaultsHandler (const API_ToolBoxItem *defElemType)
 
{
    char    msgStr[256];
    char    elemStr[32];
 
    if (GetElementTypeString (defElemType->type, elemStr))
        sprintf (msgStr, "%s element type defaults changed", elemStr);
    else
        sprintf (msgStr, "Unknown element type defaults changed");
 
    ACAPI_WriteReport (msgStr, false);
 
    return NoError;
}   // ChangeDefaultsHandler
 
 
// -----------------------------------------------------------------------------
// Called after the Add-On has been loaded into memory
// -----------------------------------------------------------------------------
GSErrCode    __ACENV_CALL    Initialize (void)
 
{
    // catch changes in defaults for all element types
    GSErrCode err = ACAPI_Element_CatchChangeDefaults (nullptr, ChangeDefaultsHandler);
 
    return err;
}   // Initialize

ACAPI_Element_CatchNewElement()

GSErrCode __ACENV_CALL ACAPI_Element_CatchNewElement	(	const API_ToolBoxItem *	elemType,
		APIElementEventHandlerProc *	handlerProc
	)

Register or unregister your add-on to be notified if the given type of element is created.

Parameters

elemType	[in] Specifies the type of element for which your add-on should be notified. In order to receive notification on the creation of any type of elements, you simply pass nullptr as this parameter.
handlerProc	[in] The callback procedure to call when notifications are sent out on creating this type of element. Specifying nullptr here means you don't need the notifications any more.

Returns

• NoError - The requested operation finished successfully.
• APIERR_BADID - The elemType parameter contains an invalid type.

Remarks

This function enables the API tool add-on catch the event of creating a certain type of element. Each time when an element of this type is created the server application calls the supplied handlerProc of your those add-ons which have been registered for this event previously. If you do not need to catch the creation of new elements any longer, please remember to unregister by calling ACAPI_Element_CatchNewElement for the required element type with nullptr in the handlerProc parameter.

Example

// -----------------------------------------------------------------------------
// Element event handler function
// -----------------------------------------------------------------------------
GSErrCode __ACENV_CALL ElementEventHandler (const API_NotifyElementType *elemType)
 
{
    GSErrCode       err = NoError;
    char            msgStr[256];
    char            elemStr[32];
    API_Elem_Head   elemHead;
    API_Element     parentElement;
 
    BNZeroMemory (&parentElement, sizeof (API_Element));
    ACAPI_Notification_GetParentElement (&parentElement, nullptr, 0, nullptr);
 
    switch (elemType->notifID) {
        case APINotifyElement_New:
                    BNZeroMemory (&elemHead, sizeof (API_Elem_Head));
 
                    if (GetElementTypeString (elemType->type, elemStr)) {
                        if (parentElement.header.guid != APINULLGuid)
                            sprintf (msgStr, "### API Notify Test: %s #%d created as a copy of #%d",
                                     elemStr, APIGuidToString (elemType->guid).ToCStr ().Get (),
                                     APIGuidToString (parentElement.header.guid).ToCStr ().Get ());
                        else
                            sprintf (msgStr, "### API Notify Test: %s #%d created", elemStr,
                                     APIGuidToString (elemType->guid).ToCStr ().Get ());
 
                        elemHead.guid = elemType->guid;
                        err = ACAPI_Element_AttachObserver (&elemHead, 0);
                    } else
                        sprintf (msgStr, "### API Notify Test: Unknown element type created");
                    break;
 
        default:
                    err = APIERR_NOTSUPPORTED;
                    break;
    }
 
    if (err == NoError)
        ACAPI_WriteReport (msgStr, false);
 
    return NoError;
}   // ElementEventHandler
 
 
// -----------------------------------------------------------------------------
// Called after the Add-On has been loaded into memory
// -----------------------------------------------------------------------------
GSErrCode    __ACENV_CALL    Initialize (void)
 
{
    API_ToolBoxItem  elemType_Wall = { API_WallID, 0, 0, 0 };
 
    // catch changes in defaults for all element types
    GSErrCode err = ACAPI_Element_CatchNewElement (&elemType_Wall, ElementEventHandler);
 
    return err;
}   // Initialize

ACAPI_Element_Change()

GSErrCode __ACENV_CALL ACAPI_Element_Change	(	API_Element *	element,
		const API_Element *	mask,
		const API_ElementMemo *	memo,
		UInt64	memoMask,
		bool	withdel
	)

Modifies an element in the current database.

Parameters

element	[in/out] Reference to the element to be modified, filled with the appropriate new parameters
mask	[in] Optional parameter for masking the relevant fields of element
memo	[in] The memo data to be changed. Optional parameter, can be nullptr
memoMask	[in] Specifies the relevant parts of the memo parameter
withdel	[in] Delete the original instance of the element, or keep it and create a new one

Returns

• NoError - The function has completed with success.
• APIERR_BADDATABASE - The current database should be the floor plan, a section/elevation, a detail or a worksheet
• APIERR_BADPARS - The passed element parameter is nullptr,

Remarks

With this function not only the setting type parameters of an element can be modified, but geometry data too. Unlike ACAPI_Element_ChangeParameters and ACAPI_Element_Edit, it works only on one element at a time. On return the guid field of the element header is filled in. Element connections and dimension chains are updated automatically. To change elements having associated markers use the ACAPI_Element_ChangeExt function instead. ACAPI_DisposeElemMemoHdls The following element types are supported:

Element type	Notes
API_WallID	cannot switch between polygon-based and non-polygon-based wall types; type, begC, endC and angle fields can be modified for non-polygonal walls only; the gables of the wall can be changed
API_ColumnID	beside the setting parameters the origoPos, axisRotationAngle fields can be accessed directly; the gables, columnSegments, assemblySegmentCuts, assemblySegmentSchemes and assemblySegmentProfiles memos can be modified
API_BeamID	beside the setting parameters the begC, endC fields can be accessed directly; the beamHoles, gables, beamSegments, assemblySegmentCuts, assemblySegmentSchemes and assemblySegmentProfiles memos can be modified
API_WindowID API_DoorID	beside the setting parameters the following fields can be edited: objLoc, reflected, oSide, refSide, wallCutUsing, libInd; the gables and params memos can also be modified
API_ObjectID API_LampID	beside the setting parameters the following fields can be edited: pos, libInd; the gables and params memos can also be modified
API_SlabID	beside the setting parameters the polygon of the slab can be modified directly (coords, pends, parcs and vertexIDs memo handles)
API_RoofID	beside the setting parameters the baseLine field, the polygon of the roof and the roof sides can be modified directly (coords, pends, parcs, vertexIDs and roofSides memo handles)
API_MeshID	beside the setting parameters the polygon and ridge levels of the mesh can be modified directly (coords, pends, parcs vertexIDs, meshPolyZ, meshLevelCoords and meshLevelEndsmemo handles)
API_DimensionID	beside the setting parameters the dimElems memo handle can be modified
API_RadialDimensionID	beside the setting parameters the following fields can be edited: base, note
API_LevelDimensionID	beside the setting parameters the following fields can be edited: loc, note1, note2, parentType, parentGuid
API_AngleDimensionID	beside the setting parameters the note and base fields can be modified
API_TextID	beside the setting parameters the following fields can be edited: loc, width, nonBreaking; the content and the style of the text can also be modified (textContent, paragraphs memo)
API_LabelID	beside the setting parameters the following fields can be edited: begC, midC, endC, u.text (the same as API_TextID), u.symbol (the same as API_ObjectID); for textual label the content and the style of the text can also be modified (textContent, paragraphs memo); an associative Label cannot be made independent, and an independent Label cannot be made associative.
API_ZoneID	beside the setting parameters the following fields can be edited: libInd, pos and the polygon of the zone (coords, pends, parcs, vertexIDs memo handles)
API_HatchID	beside the setting parameters the following fields can be edited: note and the polygon of the hatch (coords, pends, parcs, vertexIDs memo handles)
API_LineID	beside the setting parameters the begC, endC fields can be accessed directly
API_ArcID API_CircleID	both the setting and geometry parameters can be modified with ACAPI_Element_Change
API_PolyLineID	beside the setting parameters the the polygon data (coords, pends, parcs, vertexIDs memo handles) can be accessed directly
API_SplineID	only the setting parameters can be modified with ACAPI_Element_Change in this version; geometry data, autoSmooth and closed fields cannot be accessed
API_HotspotID	beside the setting parameters the following fields can be edited: pos, height
API_CutPlaneID	beside the setting parameters the following fields can be edited: depth, leftDir
API_ChangeMarkerID	beside the setting parameters the following fields can be edited: pos. It has effect only when the changed ChangeMarker has no polygon, i.e. it points to a single coordinate marked by pos.
API_DetailID API_WorksheetID	beside the setting parameters the pos field and the polygon of the detail or worksheet (coords, pends, parcs, vertexIDs memo handles) can be accessed directly
API_SectElemID	after modifying the parent element on the floor plan database, calling ACAPI_Element_Change for the section symbol element on the section database rebuilds the image of the modified element in the section window (use this to avoid unnecessary ACAPI_View_Rebuild and ACAPI_Database_RebuildCurrentDatabase calls). The function returns APIERR_DELETED if the parent element has been deleted or got out of the scope of the section; otherwise it gives back the new index of the refreshed section element.
API_MorphID	in some cases changing the tranmat field effects the body points themselves and vice versa; the resulting body will be correct, but getting the tranmat field after setting might result different values inside
API_HotlinkID	the type, and hotlinkGroupGuid fields can not be changed.
API_OpeningID	Connected elements can not be removed or added.
API_ExternalElemID	beside the setting parameters in case of non-hierarchical external elements params memos can also be modified

You can modify more elements at once with a single call of the ACAPI_Element_ChangeMore function.

Example

GSErrCode   FlipWall (const API_Guid& wallGuid)
{
    API_Element         element, mask;
    API_Coord           c1, c2;
    GSErrCode           err = NoError;
 
    BNZeroMemory (&element, sizeof (API_Element));
    element.header.guid  = wallGuid;
    err = ACAPI_Element_Get (&element);
    if (err != NoError)
        return err;
 
    c1 = element.wall.begC;
    c2 = element.wall.endC;
 
    if (err == NoError) {
        ACAPI_ELEMENT_MASK_CLEAR (mask);
        ACAPI_ELEMENT_MASK_SET (mask, API_WallType, begC);
        ACAPI_ELEMENT_MASK_SET (mask, API_WallType, endC);
 
        element.wall.begC = c2;
        element.wall.endC = c1;
 
        err = ACAPI_Element_Change (&element, &mask, nullptr, 0, true);
    }
 
    return err;
}

ACAPI_Element_ChangeContent()

GSErrCode __ACENV_CALL ACAPI_Element_ChangeContent

(

API_ContentPars *

contentPars

)

Change the content of a text or a textual label element.

Parameters

contentPars

[in/out] Parameters of the element and contents.

Returns

• NoError - The function has completed with success.
• APIERR_BADPARS - The input parameters are not given correctly.
• APIERR_REFUSEDPAR - The passed element is not a text or a textual label.
• APIERR_PAROVERLAP - The range overlaps two or more paragraphs.
• APIERR_PAROVERFLOW - The beginning position (from) run over the content length.
• APIERR_MEMFULL - Not enough memory.

Remarks

This function is used to modify the content of a multistyle text or textual label. The styles of the runs won't be lost. The new content piece will pick up the style (font, size, faceBits...) of the character on the from position in the original content. The content member of API_ContentPars should not contain line end characters and ranges may not overlap paragraphs. The another way to change the content is using ACAPI_Element_Change function. With it you can set the style of the text also by passing textContent and paragraphs handles in API_ElementMemo structure. Don't forget to free the allocated memory blocks. This function is a non-undoable data structure modifier function. See more details on this topic at Command Overview.

Example

Changing the content of a text element:

ACAPI_Element_ChangeDefaults()

GSErrCode __ACENV_CALL ACAPI_Element_ChangeDefaults	(	API_Element *	element,
		API_ElementMemo *	memo,
		const API_Element *	mask
	)

Changes the default parameters of an element.

Parameters

element	[in] Contains the general parameters to which you would like to change the defaults.
memo	[in][ Contains the special parameters to which you would like to change the defaults.
mask	[in] Contains a mask that specifies which parameters you would like to change. The memo fields are always used when they contain valid data.

Returns

• NoError - The function has completed with success.
• APIERR_BADPARS - The passed parameter is nullptr ; element
• APIERR_BADID - The element type is invalid, or the element type is not supported by the server application
• APIERR_REFUSEDCMD - The element type is not a valid target for the operation; API_SectElemID
• APIERR_MEMFULL - Not enough memory to complete the operation

Remarks

This function is used to change the actual default settings for an element type. Only those parameters are changed where the corresponding field in the mask is not 0. The requested type is identified by the type field of the header. The memo parameter is used only in the case of API_WindowID, API_DoorID, API_ObjectID, API_LampID, API_RoomID, API_LabelID, API_PictureID and API_ExternalElemID. For library part-based elements, if memo is set to nullptr, the default parameters of the originating library part are used, otherwise the values are taken from the params field of memo. To retrieve the actual settings defaults use the ACAPI_Element_GetDefaults function. Only those parameters are required to fill in the element argument, which are marked to be changed. There are macros to set up the mask values correctly. They are:

• ACAPI_ELEMENT_MASK_CLEAR - Clear all the flags in the mask
• ACAPI_ELEMENT_MASK_SETFULL - Set all the flags in the mask
• ACAPI_ELEMENT_MASK_SET - Set only one flag in the mask according to one element parameter
• ACAPI_ELEMENT_MASK_CHECK - Check the mask for one element parameter Don't forget to call ACAPI_DisposeElemMemoHdls to dispose of the passed handles. Note, that the ACAPI_SetDefaults function became obsolete; it was the solution in API 1.3. In order to change the default settings of markered element types (API_WindowType, API_DoorType, API_CutPlaneType, API_ChangeMarkerType, API_DetailType, API_WorksheetType and API_ExternalElemType) use the ACAPI_Element_ChangeDefaultsExt function instead.

Example

API_Element    element, mask;
GSErrCode      err;
 
BNZeroMemory (&element, sizeof (API_Element));
 
element.header.type = API_WallID;
err = ACAPI_Element_GetDefaults (&element, nullptr);
 
if (err == NoError) {
    ACAPI_ELEMENT_MASK_CLEAR (mask);
    ACAPI_ELEMENT_MASK_SET (mask, API_Elem_Head, layer);
    element.header.layer = 27;
    err = ACAPI_Element_ChangeDefaults (&element, nullptr, &mask);
}

ACAPI_Element_ChangeDefaultsExt()

GSErrCode __ACENV_CALL ACAPI_Element_ChangeDefaultsExt	(	API_Element *	element,
		API_ElementMemo *	memo,
		const API_Element *	mask,
		UInt32	nSubElems,
		API_SubElement *	subElems
	)

Changes the default parameters of the Window, Door, Section, Elevation, Interior Elevation, ChangeMarker, Detail, Worksheet, or Stair default element and its marker(s). You are able to change Curtain Wall and its subelem default settings also via this function.

Since

Archicad 25

Parameters

element	[in] Contains the general parameters to which you would like to change the defaults. The element->header.type can be API_WindowID, API_DoorID, API_CutPlaneID, API_ElevationID, API_InteriorElevationID, API_ChangeMarkerID, API_DetailID, API_WorksheetID, API_CurtainWallID, API_CurtainWallPanelID, API_CurtainWallFrameID, API_CurtainWallJunctionID, API_CurtainWallAccessoryID, API_StairID or API_ExternalElemID.
memo	[in][ Contains the special parameters to which you would like to change the defaults.
mask	[in] Contains a mask that specifies which parameters you would like to change. The memo fields are always used when they contain valid data.
nSubElems	[in] The number of subelems passed (0-3)
subElems	[in] Usually the first marker contains the general marker parameters to which you would like to change the defaults. If this parameter is not nullptr then the header.type must be API_ObjectID. The mask specifies which parameters of the marker you would like to change. These fields are always used when they contain valid data. The second marker element is the Story Handle Marker where applicable. The third marker element is the common marker of the interior elevation element.

Returns

• NoError - The function has completed with success.
• APIERR_BADPARS - The passed element parameter is nullptr.
• APIERR_BADID - The element type should be API_WindowID, API_DoorID, API_CutPlaneID, API_ElevationID, API_InteriorElevationID, API_ChangeMarkerID, API_DetailID, API_WorksheetID, API_CurtainWallID, API_CurtainWallPanelID, API_CurtainWallFrameID, API_CurtainWallJunctionID, API_CurtainWallAccessoryID, API_StairID or API_ExternalElemID.
• APIERR_MEMFULL - Not enough memory to complete the operation.

Remarks

This function is used to change the actual default settings for a Window, Door, Section, Elevation, Interior elevation, ChangeMarker, Detail or Worksheet element type, as an alternative of ACAPI_Element_ChangeDefaults. The marker parameters are optional, pass nullptr to keep them unchanged. For the detailed interpretation of the parameters refer to the ACAPI_Element_ChangeExt function. Only those parameters are changed where the corresponding field in the mask is not 0. The requested type is identified by the type field of the header. The memo parameter is used only in the case of API_WindowID and API_DoorID. For library part-based elements, if memo is set to nullptr, the default parameters of the originating library part are used, otherwise the values are taken from the params field of memo. To retrieve the actual settings defaults use the ACAPI_Element_GetDefaultsExt function. Only those parameters are required to fill in the element argument, which are marked to be changed. There are macros to set up the mask values correctly. They are:

Mask function	Behavior
ACAPI_ELEMENT_MASK_CLEAR	Clear all the flags in the mask
ACAPI_ELEMENT_MASK_SETFULL	Set all the flags in the mask
ACAPI_ELEMENT_MASK_SET	Set only one flag in the mask according to one element parameter
ACAPI_ELEMENT_MASK_CHECK	Check the mask for one element parameter

Remember to call ACAPI_DisposeElemMemoHdls to dispose of the passed handles.

ACAPI_Element_ChangeElementInfoString()

GSErrCode __ACENV_CALL ACAPI_Element_ChangeElementInfoString	(	const API_Guid *	elementGuid,
		const GS::UniString *	infoString
	)

Changes the compound info string of the given element.

Parameters

elementGuid	[in] the Guid of the element
infoString	[in] the info string of the element

Returns

• NoError - The function has completed with success.
• APIERR_BADPARS - any of the parameters is nullptr
• APIERR_BADID - no element found by the specified Guid
• APIERR_BADELEMENTTYPE - element has no info string

ACAPI_Element_ChangeExt()

GSErrCode __ACENV_CALL ACAPI_Element_ChangeExt	(	API_Element *	element,
		const API_Element *	mask,
		API_ElementMemo *	memo,
		UInt64	memoMask,
		UInt32	nSubElems,
		API_SubElement *	subElems,
		bool	withdel,
		Int32	subIndex
	)

Modifies a Window, Door, Section, Elevation, Interior Elevation, ChangeMarker, Detail, Worksheet, Stair or External element in the current database.

Since

Archicad 25

Parameters

element	[in/out] Reference to the element to be modified, filled with the appropriate new parameters
mask	[in] Optional parameter for masking the relevant fields of element
memo	[in] The memo data to be changed. Optional parameter, can be nullptr
memoMask	[in] Specifies the relevant parts of the memo parameter. You can use a special mask value (ACAPI_ELEMENT_CHANGEEXT_ALLSEGMENTS) to change all segment of an interior elevation element.
nSubElems	[in] The number of subelems (markers) passed (0-3).
subElems	[in] Contains the markers (default marker, story handle marker, interior elevation common marker) to be modified.
withdel	[in] Delete the original instance of the element, or keep it and create a new one
subIndex	[in] The index of the section segment to be modified (for interior elevations only). The value is between 0 and the (number of segments - 1).

Returns

• NoError - The function has completed with success.
• APIERR_BADDATABASE - The current database should be floor plan, section/elevation, detail or worksheet.
• APIERR_BADPARS - The passed element parameter is nullptr,

Remarks

This function is an extension of ACAPI_Element_Change to modify elements with their linked sub-elements. With this function not only the setting type parameters of an element can be modified, but geometry data too. Unlike ACAPI_Element_ChangeParameters and ACAPI_Element_Edit, it works only on one element at a time. On return the guid field of the element and elementMarker header is filled in. Element connections and dimension chains are updated automatically. Do not forget to call ACAPI_DisposeElemMemoHdls to dispose the memo handles when they are not needed any more. The following element types are supported:

element	memo	elementMarker	memoMarker	elementMarker2	memoMarker2
API_WindowType API_DoorType	addpar	window/door marker object	marker object parameters	-	-
API_CutPlaneType	cutplane coordinates	section marker object on floorplan	section marker object parameters	story handle marker object on section	story handle marker object parameters
API_ElevationType	elevation coordinates	elevation marker object on floorplan	elevation marker object parameters	story handle marker object on section	story handle marker object parameters
API_ChangeMarkerType	polygon data (optional)	ChangeMarker marker object	marker object parameters	-	-
API_WindowType API_DoorType	addpar	window/door marker object	marker object parameters	-	-

|API_ExternalElemType | - | hierarchical subelement 1 | addpar | hierarchical subelement 2 | addpar | etc.

ACAPI_Element_ChangeMemo()

GSErrCode __ACENV_CALL ACAPI_Element_ChangeMemo	(	API_Guid &	guid,
		UInt64	mask,
		const API_ElementMemo *	memo
	)

Changes the memo part of certain element types.

Parameters

guid	[in] Guid of the element.
mask	[in] Specifies which part of a memo should be changed. Currently only APIMemoMask_Polygon is supported.
memo	[in] The replacement memo. Don't forget to dispose of it with ACAPI_DisposeElemMemoHdls when you are done.

Returns

• NoError - The function has completed with success.
• APIERR_BADID - You called the function for element types other then slabs or roofs.
• APIERR_BADPARS - You called the function with a mask value other than APIMemoMask_Polygon, or you specified wrong parameters.

Remarks

This function is used to change the memo part of certain element types. Currently you can change only the polygon data of polygonal elements. It is recommended to use the ACAPI_Element_Change function instead.

ACAPI_Element_ChangeMore()

GSErrCode __ACENV_CALL ACAPI_Element_ChangeMore	(	GS::Array< API_Guid > &	elemGuids,
		const API_Element *	defPars,
		const API_ElementMemo *	defMemo,
		const API_Element *	mask,
		UInt64	memoMask,
		bool	withdel
	)

Modifies a number of elements in the current database.

Parameters

elemGuids	[in/out] This parameter identifies the elements to be modified.
defPars	[in] The parameters of the new element.
defMemo	[in] The memo of the new element. (Only if needed.)
mask	[in] The mask of the new element.
memoMask	[in] The memo mask of the new element. (Only if needed.)
withdel	[in] Delete the original instances of elements, or keep them and create new ones

Returns

• NoError - The function has completed with success.
• APIERR_BADDATABASE - The current database should be the floor plan a section/elevation a detail a layout or a master layout.
• APIERR_BADPARS - The passed defParams parameter is nullptr,

Remarks

This function is an extension of ACAPI_Element_Change to modify more elements at the same time.

ACAPI_Element_ChangeParameters()

GSErrCode __ACENV_CALL ACAPI_Element_ChangeParameters	(	const GS::Array< API_Guid > &	elemGuids,
		const API_Element *	defPars,
		const API_ElementMemo *	defMemo,
		const API_Element *	mask
	)

Changes the parameters of a number of elements.

Parameters

elemGuids	[in] Identifies the element(s).
defPars	[in] The parameters of the new element.
defMemo	[in] The memo of the new element. (Only if needed.)
mask	[in] The mask of the new element.

Returns

• NoError - The function has completed with success.
• APIERR_BADPARS - defPars is nullptr
• APIERR_BADDATABASE - The current database is not proper for the operation
• APIERR_MEMFULL - Not enough memory to complete the operation

Remarks

You can use this function to change the settings parameters of a number of elements, identified by elemGuids. If elemGuids is empty, then this function works on the selection. Only those elements are affected whose type is the same that passed in the defPars argument. Elements which are not allowed for edit for some reason, are ignored. Such cases can be:

• it is locked,
• it is on a locked layer,
• it is part of a group, and suspend group is OFF
• it is not in the users workspace, etc. This function can only be used to change the settings-type parameters of elements, but not their geometric parameters. Only those parameters are affected which are marked in the mask argument. Such elements which refer to Library Parts, the params handle from the memo is interpreted. If it is nullptr, nothing will happen. If it is passed, the actual parameter list will be changed. Refer to the ACAPI_Element_Change and the ACAPI_Element_ChangeDefaults functions, which work similarly. The following notes are absolutely important:
• the list of target elements will be automatically extended by the other group members; if there are a group member in the set, and suspend group is OFF
• all the edited elements keep their unique ID
• all the inter-element links will be adjusted; including dimensioning also, Do not forget to call ACAPI_DisposeElemMemoHdls to dispose of the handles when you're finished.

ACAPI_ELEMENT_COMPOSITES_QUANTITY_MASK_CLEAR()

void ACAPI_ELEMENT_COMPOSITES_QUANTITY_MASK_CLEAR ( API_QuantitiesMask &  mask )

inline

Clears the composites part of the mask for querying composite quantities.

Parameters

mask	the quantity mask to clear

ACAPI_ELEMENT_COMPOSITES_QUANTITY_MASK_SETFULL()

void ACAPI_ELEMENT_COMPOSITES_QUANTITY_MASK_SETFULL ( API_QuantitiesMask &  mask )

inline

Set the composites part of the mask to full (return all quantities) for querying composite quantities.

Parameters

mask	the quantity mask to fill the composite part fully

ACAPI_Element_Create()

GSErrCode __ACENV_CALL ACAPI_Element_Create	(	API_Element *	element,
		API_ElementMemo *	memo
	)

Places a new element into current database.

Parameters

element	[in/out] The desired element will be created in the pointed structure. The element->header.type must specify the type of the element to be created.
memo	[in] The memo field of the desired element will be created from the pointed structure (if the memo field is needed).

Returns

• NoError - The function has completed with success.
• APIERR_BADDATABASE - The current database is not proper for the operation.
• APIERR_BADPARS - The passed parameter is nullptr; element
• APIERR_BADID - The element type is invalid, or the element type is not supported by the server application
• APIERR_REFUSEDPAR - The element->header.type parameter was incorrect. It might happen if you want to create something in a window not capable to display it, for example a wall in a section window.
• APIERR_INVALFLOOR - The element->header.floorInd parameter is out of range.
• APIERR_IRREGULARPOLY - Input polygon or polyline is irregular.

Remarks

The type of the element to be created is defined by type in the element header. On return, the guid field of the header is filled in. Don't forget to call ACAPI_DisposeElemMemoHdls to dispose the handles when you're done. The meaning of the different parameters is explained in the table below:

element->header.type	memo fields	Notes
API_WallID	optional/required	The gables are optional, the coords, pends, and parcs are required only for walls of type APIWtyp_Poly (polygon-based walls)
API_ColumnID	optional (gables, assemblySegmentProfiles) required (columnSegments, assemblySegmentCuts, assemblySegmentSchemes)
API_BeamID	optional (gables, beam holes, assemblySegmentProfiles) required (beamSegments, assemblySegmentCuts, assemblySegmentSchemes)
API_WindowID API_DoorID	required (params)	See also ACAPI_Element_CreateExt.
API_SkylightID	required (params)	See also ACAPI_Element_CreateExt.
API_ObjectID API_LampID	required
API_SlabID	required/optional	The slab polygon is required; the edgeTrims and sideMaterials are optional.
API_RoofID	required/optional	The roof polygon is required; the edgeTrims, roofEdgeTypes and sideMaterials are optional. Besides these parameters for Multi-plane roofs the pivotPolyCoords, pivotPolyPends and pivotPolyParcs are also required; the pivotPolyEdges are optional.
API_MeshID	required/optional	The mesh polygon is required, the meshPolyZ (mesh points' Z coordinates), the meshLevelCoords (level line coordinates), and the meshLevelEnds (level lines' endpoints) fields are optional.
API_ShellID	required/optional	Shell shape data is required (first record of shellShapes for extruded and revolved shells, both records for ruled shells ; shellContours are optional.
API_MorphID	required/optional	The morphBody field is required and the morphMaterialMapTable field is optional.
API_DimensionID	required (dimension data)
API_RadialDimensionID API_AngleDimensionID
API_LevelDimensionID		If the ceilNum is set to 0, the level dimension's reference is the floor, otherwise the given ceiling.
API_TextID	required (content) optional (paragraphs)	for multistyle content
API_LabelID	optional (content) for textual labels optional (paragraphs) for multistyle content	required (parameters) for symbol labels
API_ZoneID	required (polygon and parameters)
API_HatchID	required (fill polygon)	If the hatchGlobal field is set to false (the fill is linked to an element), the refPos and refAngle fields are used to calculate the orientation, otherwise the global origin is used for this. If the showArea field is set to true, the note and the noteC fields are used for the appearance of the area, otherwise these fields are ignored.
API_LineID API_ArcID API_CircleID
API_PolyLineID	required (polygon)
API_SplineID	required/optional	The curve point coordinates are required. If the bezierDirs field is nullptr (autoSmooth is true), the direction parameters are automatically calculated from the first two points' relative position (the autoSmooth field must be set to true in this case).
API_HotspotID
API_PictureID	required (picture content)
API_DrawingID	optional (polygon, drawing data)
API_CutPlaneID	required	The cutplane coordinates are required. See also ACAPI_Element_CreateExt.
API_ChangeMarkerID	optional (polygon)	See also ACAPI_Element_CreateExt.
API_DetailID API_WorksheetID	optional (polygon)	See also ACAPI_Element_CreateExt.
API_CameraID	optional (linklist)	Optional for panoramic cameras only.
API_CamSetID
API_SectElemID		This type of element cannot be created.
API_StairID	required (polyline)
API_RailingID	required (polyline)
API_OpeningID		Extrusion base plane (extrusionGeometryData.frame) and owner element required.

The creation process for elements follows the same process as the one you use for creating elements graphically in Archicad. This means for example, that you have to create a wall for windows and doors, etc. The API always checks for the presence of the necessary information, and returns with an error code if something is missing. The created element may be redirected into the 2D binary section of a Library Part. Refer to the ACAPI_LibraryPart_SetUpSect_2DDrawHdl function for details. In these case no information is returned, what indices, guids were generated. In this environment only 2D drawing elements can be generated. The element also can be clipped by a clipping region. Refer to the ACAPI_Database_StartClippingSession function for details. In these case no information is returned, what indices, guids were generated, since more parts may be generated.

ACAPI_Element_CreateExt()

GSErrCode __ACENV_CALL ACAPI_Element_CreateExt	(	API_Element *	element,
		API_ElementMemo *	memo,
		UInt32	nSubElems,
		API_SubElement *	subElems
	)

Places a new Window, Door, Skylight, Section, Elevation, Interior Elevation, ChangeMarker, Detail, or Worksheet element with the specified marker into the current database.

Since

Archicad 25

Parameters

element	[in/out] The desired element will be created in the pointed structure. The element->header.type must specify the type of the element to be created. It can be API_WindowID, API_DoorID, API_CutPlaneID, API_ElevationID, API_InteriorElevationID, API_ChangeMarkerID, API_DetailID, API_WorksheetID, API_CurtainWallID or API_StairID.
memo	[in] The memo field of the desired element will be created from the pointed structure (if the memo field is needed).
nSubElems	[in] The number of subelems passed.
subElems	[in] Subelem / marker related information.

Returns

• NoError - The function has completed with success.
• APIERR_BADDATABASE - The current database is not proper for the operation.
• APIERR_BADPARS - The element parameter is nullptr, or the element type is invalid, or the element type is not supported by the server application. The elementMarker->header.type is not API_ObjectID.
• APIERR_REFUSEDPAR - The element->header.type parameter was incorrect. It might happen if you want to create something in a window not capable to display it, for example a cut plane in a section window.
• APIERR_INVALFLOOR - The element->header.floorInd parameter is out of range.

Remarks

The type of the element to be created is defined by type in the element header. On return, the guid field of the header is filled in. Don't forget to call ACAPI_DisposeElemMemoHdls to dispose the handles when you don't need them any more. The meaning of the different parameters is explained in the table below:

element	memo	elementMarker	memoMarker	elementMarker2	memoMarker2
API_WindowType API_DoorType	addpar	window/door marker object	marker object parameters	-	-
API_SkylightType	addpar	window/door marker object	marker object parameters	-	-
API_CutPlaneType	cutplane coordinates	section marker object on floorplan	section marker object parameters	story handle marker object on section	story handle marker object parameters
API_ChangeMarkerType	polygon data (optional)	ChangeMarker marker object	marker object parameters	-	-
API_DetailType API_WorksheetType	polygon data (optional)	detail drawing/worksheet marker object	marker object parameters	-	-

For more details and instructions see the description of ACAPI_Element_Create.

ACAPI_Element_Decompose()

GSErrCode __ACENV_CALL ACAPI_Element_Decompose	(	const API_Guid &	elemGuid,
		API_ElementDecomposerInterface *	elementDecomposer
	)

Enumerates the planes of a Multi-plane Roof.

Parameters

elemGuid	[in] Identifier of the element to be decomposed. Currently this must be a PolyRoof element.
elementDecomposer	[in] Interface pointer to an object implemented by the caller to be used during the decomposition.

Returns

• NoError - The function has completed with success.
• APIERR_BADPARS - The elementDecomposer pointer is nullptr or the element specified with elemGuid is not PolyRoof type.
• APIERR_BADID - The elemGuid parameter does not identify a valid element.

Remarks

Use this function to enumerate the planes of a Multi-plane Roof as a set of Single-plane API_RoofType elements. First you need to implement a derived class of API_ElementDecomposerInterface. An object instance of this class should be passed to ACAPI_Element_Decompose to be called back by its GeneratePartElement method.

Example

Declaration of a class of
API_ElementDecomposerInterface
type:
class PolyRoofConverter : public API_ElementDecomposerInterface {
public:
    PolyRoofConverter (const API_Guid& polyRoofGuid);
    virtual GSErrCode   GeneratePartElement (const API_Guid& guid, const API_ElemPartId& partId,
                                             const API_Element& partElem, const API_ElementMemo& partMemo);
};
 
 
 
Call decomposition for a given Roof element:
void DecomposeRoof (const API_Guid& roofGuid)
{
    API_Element element;
    BNZeroMemory (&element, sizeof (API_Element));
    element.header.guid = roofGuid;
 
    GSErrCode err = ACAPI_Element_Get (&element);
    if (err == NoError && element.roof.roofClass == API_PolyRoofID) {
        PolyRoofConverter polyRoofConverter (element.header.guid);
        err = ACAPI_Element_Decompose (element.header.guid, &polyRoofConverter);
    }
}
 
 
 
 
See also the snippet functions of the Element
Test
 
example add-on.
 
Requirements
Version:
API 15 or later
Header:
ACAPinc.h
 
 
See Also
API_ElementDecomposerInterface
 
API_RoofType
 
Element Manager
,
API Functions
 
 
Modified on December 17, 2012

ACAPI_Element_Delete()

GSErrCode __ACENV_CALL ACAPI_Element_Delete

(

const GS::Array< API_Guid > &

elemGuids

)

Deletes a number of elements.

Parameters

elemGuids

[in] This parameter identifies the elements to be deleted.

Returns

• NoError - The function has completed with success.
• APIERR_BADDATABASE - The current database is not proper for the operation.
• APIERR_MEMFULL - not enough memory to complete the operation
• APIERR_NOTMINE - The operation attempted to delete an element that belongs to another user. Likely to occur in teamwork mode.

Remarks

You can use this function to delete elements identified by elemGuids. To delete the selected elements use ACAPI_Element_DeleteSelected function. In the case there is at least one element which are not allowed to delete for some reason, the whole command is terminated. Such cases can be:

• it is locked,
• it is on a locked layer,
• it is part of a group, and suspend group is OFF
• it is a subelement of a composite element (Curtain Wall, Stair, or Railing)
• it is not in the users workspace, etc. The following notes are absolutely important:
• the list of target elements will be automatically extended by the other group members; if there are a group member in the set, and suspend group is OFF
• all the linked elements will be deleted; associative labels, dimensions etc. Note that this function is working on the Section/Elevation databases also, which may have references to the plan database; they called virtual symbols identified by the API_SectElemID element type. From Archicad 6.50 R2/V2 these elements can be deleted directly from the section database, with the limitation that the section window must be the front window.

Example

GSErrCode   Do_DeleteSelectedWalls (void)
{
    return ACAPI_CallUndoableCommand ("Delete selected walls",
        [&] () -> GSErrCode {
            GSErrCode            err;
            API_SelectionInfo    selectionInfo;
            GS::Array<API_Neig>  selNeigs;
 
            err = ACAPI_Selection_Get (&selectionInfo, &selNeigs, true);
            BMKillHandle ((GSHandle *)&selectionInfo.marquee.coords);
 
            GS::Array<API_Guid> wallGuids;
            for (const API_Neig& neig : selNeigs) {
                API_Elem_Head head = {};
                head.guid = neig.guid;
                if (ACAPI_Element_GetHeader (&head) == NoError && head.type == API_WallID)
                    wallGuids.Push (head.guid);
            }
 
            return ACAPI_Element_Delete (wallGuids);
        });
}
 
GSErrCode    Do_DeleteSelectedElements (void)
{
    return ACAPI_CallUndoableCommand ("Delete selected elements",
        [&] () -> GSErrCode {
            GSErrCode   err = ACAPI_Element_DeleteSelected ();
            if (err != NoError)
                ErrorBeep ("ACAPI_Element_DeleteSelected", err);
 
            return err;
        });
}

ACAPI_Element_DeleteSelected()

GSErrCode __ACENV_CALL ACAPI_Element_DeleteSelected

(

)

Deletes the selected elements.

Returns

• NoError - The function has completed with success.
• APIERR_BADDATABASE - The current database is not proper for the operation.
• APIERR_MEMFULL - not enough memory to complete the operation
• APIERR_NOTMINE - The operation attempted to delete an element that belongs to another user. Likely to occur in teamwork mode.

Remarks

You can use this function to delete selected elements. To delete specific elements use ACAPI_Element_Delete function. In the case there is at least one element which are not allowed to delete for some reason, the whole command is terminated. Such cases can be:

• it is locked,
• it is on a locked layer,
• it is part of a group, and suspend group is OFF
• it is a subelement of a composite element (Curtain Wall, Stair, or Railing)
• it is not in the users workspace, etc. The following notes are absolutely important:
• the list of target elements will be automatically extended by the other group members; if there are a group member in the set, and suspend group is OFF
• all the linked elements will be deleted; associative labels, dimensions etc. Note that this function is working on the Section/Elevation databases also, which may have references to the plan database; they called virtual symbols identified by the API_SectElemID element type. From Archicad 6.50 R2/V2 these elements can be deleted directly from the section database, with the limitation that the section window must be the front window.

Example

GSErrCode    Do_DeleteSelectedElements (void)
{
    return ACAPI_CallUndoableCommand ("Delete selected elements",
        [&] () -> GSErrCode {
            GSErrCode   err = ACAPI_Element_DeleteSelected ();
            if (err != NoError)
                ErrorBeep ("ACAPI_Element_DeleteSelected", err);
 
            return err;
        });
}
 
GSErrCode   Do_DeleteSelectedWalls (void)
{
    return ACAPI_CallUndoableCommand ("Delete selected walls",
        [&] () -> GSErrCode {
            GSErrCode            err;
            API_SelectionInfo    selectionInfo;
            GS::Array<API_Neig>  selNeigs;
 
            err = ACAPI_Selection_Get (&selectionInfo, &selNeigs, true);
            BMKillHandle ((GSHandle *)&selectionInfo.marquee.coords);
 
            GS::Array<API_Guid> wallGuids;
            for (const API_Neig& neig : selNeigs) {
                API_Elem_Head head = {};
                head.guid = neig.guid;
                if (ACAPI_Element_GetHeader (&head) == NoError && head.type == API_WallID)
                    wallGuids.Push (head.guid);
            }
 
            return ACAPI_Element_Delete (wallGuids);
        });
}

ACAPI_Element_DetachObserver()

GSErrCode __ACENV_CALL ACAPI_Element_DetachObserver

(

const API_Guid &

elemGuid

)

Detaches the observer from the given element.

Parameters

elemGuid

[in] Identifies the element to detach the observer from.

Returns

• NoError - The function has completed with success.
• APIERR_BADID - The referenced element cannot be found in the database.

ACAPI_Element_DrawElement()

GSErrCode __ACENV_CALL ACAPI_Element_DrawElement	(	API_Elem_Head *	elem_Head,
		UInt32	mask
	)

Shows/draws an existing element.

Parameters

elem_Head	identifies the element to draw/show
mask	[in] Element mask (from floor plan).

Returns

• NoError - The function has completed with success.
• APIERR_BADPARS - elemHead is nullptr
• APIERR_BADID - The element is not present in the Archicad database.
• APIERR_DELETED - The element is deleted.

Remarks

This function is used to draw/show an element identified by its element header on the floor plan or in the section or detail window. You should fill the guid field.

ACAPI_Element_Edit()

GSErrCode __ACENV_CALL ACAPI_Element_Edit	(	GS::Array< API_Neig > *	elemNeigs,
		const API_EditPars &	pars
	)

Transforms a set of elements.

Parameters

elemNeigs	[in-out] An Array of API_Neig objects which enables you to work not only on an element as a whole, but on its internal parts too.
pars	[in] The details of the editing operation.

Returns

• NoError - The function has completed with success.
• APIERR_BADDATABASE - The current database is not proper for the operation.
• APIERR_BADID - The element guid is invalid.
• APIERR_DELETED - The element does not exist in the database
• APIERR_MEMFULL - Not enough memory to complete the operation
• APIERR_REFUSEDPAR - The edit parameters are incorrect.
• APIERR_BADPARS - The edit parameters are incorrect.

Remarks

This function transforms a set of elements with the parameters passed in the API_EditPars structure. These parameters identify both the operation code (drag, rotate, mirror...) and the transformation parameters. If elemNeigs is nullptr or empty, then this function works on the selection; otherwise the set of elements passed will be the target. What elements are transformed in the last case? The elemNeigs array is an API_Neig list which enables you to work on not just a whole element, but on its internal parts as well. If you pass for example a neig to a slab hole, only the given hole will be transformed, without touching the base contour of the element. Elements which cannot be edited for some reason are ignored. Such causes can be:

• it is locked,
• it is on a locked layer,
• it is part of a group, and suspend groups is OFF
• it is not in the users workspace, etc. The following notes are absolutely important:
• the list of target elements will be automatically extended with the other group members; if there is a group member in the set and suspend groups is OFF
• all the edited elements keep their unique ID
• all the inter-element links will be adjusted; including dimensioning also The new element's GUID will be returned for each edited element in the guid field. Note that this function is working on Section/Elevation databases also, which may have references to the plan database; they called virtual symbols identified by the API_SectElemID element type. From Archicad 6.50 R2/V2 these elements can be edited directly in the section database, with the limitation that the section window must be the front window. You can also change the geometry data of an element with the ACAPI_Element_Change function.

ACAPI_Element_Elem2UIPriority()

GSErrCode __ACENV_CALL ACAPI_Element_Elem2UIPriority	(	GS::Int32 *	elemPriority,
		GS::Int32 *	uiPriority
	)

Returns user interface priority for a building material connection priority.

Parameters

elemPriority	[in] The building material's connection priority.
uiPriority	[out] The priority as it appers on the user interface.

Returns

• NoError - The function has completed with success.

ACAPI_Element_ElemHasVisibleSkin()

GSErrCode __ACENV_CALL ACAPI_Element_ElemHasVisibleSkin	(	const API_Guid *	elemGuid,
		const API_StructureDisplay *	structure,
		bool *	result
	)

Returns if elem has visible skin depending on Partial Structure Display.

Parameters

elemGuid	[in] Unique ID of the element.
structure	[in] The partial structure display.
result	[out] Returns if elem has visible skin.

Returns

• NoError - The function has completed with success.
• APIERR_BADID - elemGuid does not refer to a valid element in the database.
• APIERR_BADPARS - elemGuid or structure or result is nullptr.

Remarks

This function tells if the element has any visible skin when the given partial structure display is in effect.

ACAPI_Element_ElemTypeToNeigID()

GSErrCode __ACENV_CALL ACAPI_Element_ElemTypeToNeigID	(	const API_ElemType &	elemType,
		API_NeigID &	neigID
	)

Returns a neig for the given element type.

Since

Archicad 26

Parameters

elemType	The element type.
neigID	One neig ID for that element type.

Returns

• NoError - The function has completed with success.

Remarks

This function return a neig ID (a special point) for the given element type. This is useful in some situations, for example element selection, where you have to pass the array of neig IDs of the elements you want to select, but it is not important, which point of the element is given. Note that the element type? neig ID mapping is not a one-to-one, but a one-to-many mapping.

ACAPI_Element_Filter()

bool __ACENV_CALL ACAPI_Element_Filter	(	const API_Guid &	guid,
		API_ElemFilterFlags	filterBits,
		API_ElemVariationID	variationID = APIVarId_Generic,
		const API_Guid &	renovationFilterGuid = APINULLGuid
	)

Tests an element by some given criteria.

Parameters

guid	[in] Global unique identifier of the element to be tested
filterBits	[in] The flags used for filtering (see the table below)
variationID	[in] Optional variation ID for objects. Used in combination with APIFilt_IsOfVariation. The default value is APIVarId_Generic.
renovationFilterGuid	[in] Optional global unique identifier of the renovation filter. Used in combination with APIFilt_IsVisibleByRenovation. The default value is APINULLGuid.

Returns

• true - The given element (defined by guid) matches the criteria defined by filterbits
• false - The referenced element does not pass the criteria

Remarks

Note that the 3D visibility of GDL-based elements can also be modified through GDL parameters which work independently from the element settings. Due to this there may be cases where the ACAPI_Element_Filter function shows that an elem is visible on 3D, but its GDL script hides it on 3D-based views. Returns true, if the given element matches the criteria defined by filterbits :

filterbits value	Checks whether the element	Concerned elements
APIFilt_None	not filtered
APIFilt_IsEditable	is not on a locked/deleted/invisible layer	all (for windows, doors and skylights this tests the layer of the owner element)
APIFilt_OnVisLayer	is on a visible layer	all (for windows, doors and skylights this tests the layer of the owner element)
APIFilt_OnActFloor	is on the active floor	all (always true for cut planes and groups)
APIFilt_In3D	has 3D representation	API_WallID, API_ColumnID, API_BeamID, API_WindowID, API_DoorID, API_SkylightID, API_ObjectID, API_LampID, API_SlabID, API_RoofID, API_MeshID, API_ShellID, API_CurtainWallID, API_MorphID
APIFilt_InMyWorkspace	is in my workspace (in Teamwork mode)	all element types
APIFilt_IsIndependent	is independent (not a sub elem)	API_ObjectID, API_TextID
APIFilt_OnActLayout	is on the active layout	drawing type elements
APIFilt_InCroppedView	is visible inside the cropped part of a drawing database	drawing type elements
APIFilt_IsOfVariation	tells if the given element has the variation ID passed in the variationID parameter.	object type elements
APIFilt_FromFloorplan	additional flag; instructs the function to take the element from the floor plan database	all element types
APIFilt_HasAccessRight	additional flag; checks if the element is accessible for the current user	all element types
APIFilt_IsVisibleByRenovation	additional flag; checks if the element is visible by the renovation filter passed in the renovationFilterGuid parameter, default by the current renovation filter.	all element types
APIFilt_IsOverriddenByRenovation	additional flag; checks if the attributes of the element are overridden by current renovation filter	all element types
APIFilt_IsInStructureDisplay	additional flag; checks if the element is visible taking into account the current structure display setting	all element types

If the value of filterBits is 0, only the existence of the element is checked. This routine helps you quickly test different attributes without converting the whole model, for example when you walk through all the elements, and test for the existence of the 3D representation of an element.

Example

GS::Array<API_Guid> elemList;
ACAPI_Element_GetElemList (API_LineID, &elemList);
DBPrintf ("number of lines = %ld,", elemList.GetSize ());
 
short visible = 0;
short onStory = 0;
short inView = 0;
for (GS::Array<API_Guid>::ConstIterator it = elemList.Enumerate (); it != nullptr; ++it) {
    if (ACAPI_Element_Filter (*it, APIFilt_OnVisLayer))
        ++visible;
    if (ACAPI_Element_Filter (*it, APIFilt_OnActFloor))
        ++onStory;
    if (ACAPI_Element_Filter (*it, APIFilt_InCroppedView))
        ++inView;
}
DBPrintf ("%d visible, %d on the view\'s floor, %d in the cropped view\n", visible, onStory, inView);

ACAPI_Element_Get()

GSErrCode __ACENV_CALL ACAPI_Element_Get	(	API_Element *	element,
		UInt32	mask = 0
	)

Returns information on the main parameters of a given element.

Parameters

element	[in/out] The element participating in the operation.
mask	[in] Optional mask. Currently valid values are 0 and APIElemMask_FloorPlan. In the latter case, the elements in the floor plan database are counted directly, without changing the database first.

Returns

• NoError - The function has completed with success.
• APIERR_BADPARS - The passed parameter is nullptr; element
• APIERR_BADID - The element reference is invalid (guid). The element type is invalid, or the element type is not supported by the server application
• APIERR_DELETED - The element does not exist in the database

Remarks

This function returns information on the main parameters of a given element in the API_Element structure, which is a union of the different element structures. There is only one way (from API 18 or later) to identify the element:

• pass the guid of the element in the element header. The information returned is the main data of the element; further information can be obtained with the ACAPI_Element_GetMemo function, where applicable; the hasMemo field of the header indicates the existence of the extra information. Please use filtering with the ACAPI_Element_Filter function before calling this function; in this case you can spare the conversion time in certain cases. Please note that the attributes referenced by the element may be invalid. The layer attribute is the only one, which must exist. Other type of attributes my be deleted without editing the element database, it results that elements may refer missing attributes. In this case the ACAPI_Attribute_Get function returns an error code.

Example

GSErrCode           lastErr;
API_Element         element;
GS::Array<API_Guid> columnList;
 
lastErr = ACAPI_Element_GetElemList (API_ColumnID, &columnList, APIFilt_OnVisLayer | APIFilt_OnActFloor);
if (lastErr != NoError)
    return lastErr;
 
for (GS::Array<API_Guid>::ConstIterator it = columnList.Enumerate (); it != nullptr; ++it) {
    BNZeroMemory (&element, sizeof (API_Element));
    element.header.guid = *it;
    lastErr = ACAPI_Element_Get (&element);
    if (lastErr == NoError) {
        /* Custom element processing */
    }
}

ACAPI_Element_GetActualOverrideStyle()

GSErrCode __ACENV_CALL ACAPI_Element_GetActualOverrideStyle	(	const API_Guid &	guid_Element,
		API_OverrideStyle &	elemOverrideStyle
	)

Get actual (merged) visual override style for an element.

Parameters

guid_Element	[in] GUID of the element
elemOverrideStyle	[out] Returned actual (merged) visual override style

Returns

• NoError - The function has completed with success.
• APIERR_BADID - The element reference is invalid (guid).

ACAPI_Element_GetClassificationInSystem()

GSErrCode __ACENV_CALL ACAPI_Element_GetClassificationInSystem	(	const API_Guid &	elemGuid,
		const API_Guid &	systemGuid,
		API_ClassificationItem &	item
	)

Retrieves a classification of an elem in a given classification system.

Parameters

elemGuid	[in] The guid of the element.
systemGuid	[in] The guid of the classification system in which the classification item should be retrieved.
item	[out] The retrieved classification item (empty with null guid if the elem doesn't have a classification in the given system).

Returns

• NoError - The function has completed with success.
• APIERR_BADID - The elemGuid did not refer to a valid element or systemGuid did not refer to a valid classification system.

ACAPI_Element_GetClassificationInSystemDefault()

GSErrCode __ACENV_CALL ACAPI_Element_GetClassificationInSystemDefault	(	const API_ElemType &	type,
		const API_Guid &	systemGuid,
		API_ClassificationItem &	item
	)

Retrieves a classification of a default elem in a given classification system.

Since

Archicad 26

Parameters

type	[in] Type of the default element.
systemGuid	[in] The guid of the classification system in which the classification item should be retrieved.
item	[out] The retrieved classification item (empty with null guid if the elem doesn't have a classification in the given system).

Returns

• NoError - The function has completed with success.
• APIERR_BADID - The type did not refer to a valid default element or systemGuid did not refer to a valid classification system.

Remarks

From version 26 the typeID and variationID parameters were merged into a single API_ElemType parameter.

ACAPI_Element_GetClassificationItems()

GSErrCode __ACENV_CALL ACAPI_Element_GetClassificationItems	(	const API_Guid &	elemGuid,
		GS::Array< GS::Pair< API_Guid, API_Guid > > &	systemItemPairs
	)

Retrieves all of the classifications of an element.

Parameters

elemGuid	[in] The guid of the element.
systemItemPairs	[out] A list of classification system and classification item guid pairs, that represent the element's classifications.

Returns

• NoError - The function has completed with success.
• APIERR_BADID - The elemGuid did not refer to a valid element.

ACAPI_Element_GetClassificationItemsDefault()

GSErrCode __ACENV_CALL ACAPI_Element_GetClassificationItemsDefault	(	const API_ElemType &	type,
		GS::Array< GS::Pair< API_Guid, API_Guid > > &	systemItemPairs
	)

Retrieves all of the classifications of a default elem.

Since

Archicad 26

Parameters

type	[in] Type of the default element.
systemItemPairs	[out] A list of classification system and classification item guid pairs, that represent the element's classifications.

Returns

• NoError - The function has completed with success.
• APIERR_BADID - The type did not refer to a valid default element.

Remarks

From version 26 the typeID and variationID parameters were merged into a single API_ElemType parameter.

ACAPI_Element_GetCollisions()

GSErrCode __ACENV_CALL ACAPI_Element_GetCollisions	(	const GS::Array< API_Guid > &	guidSet1,
		const GS::Array< API_Guid > &	guidSet2,
		GS::Array< GS::Pair< API_CollisionElem, API_CollisionElem > > &	resultArray,
		const API_CollisionDetectionSettings &	apiColDetSettings
	)

Returns the collisions between two groups.

Parameters

guidSet1	[in] The first group of the comparison.
guidSet2	[in] The second group of the comparison.
resultArray	[out] The result array of the detected collisions.
apiColDetSettings	[in] Collisions detection settings.

Returns

• APIERR_GENERAL - Couldn't get the collisions.

Remarks

This function is used to detect collisions between two groups. You can find an example for this function in the Element_Test addon.

ACAPI_Element_GetComponents()

GSErrCode __ACENV_CALL ACAPI_Element_GetComponents	(	const API_Guid &	elemGuid,
		GS::Array< API_ElemComponentID > &	elemComponents
	)

Retrieves the components of an element.

Parameters

elemGuid	[in] Guid of the element whose components have to be retrieved.
elemComponents	[out] The components of the specified element.

Returns

• NoError - The function has completed with success.
• APIERR_BADID - The elemGuid did not refer to a valid element.

Example

GSErrCode GetElemCompnentCount (const API_Guid& elemGuid, USize& componentCount)
{
    GS::Array<API_ElemComponentID> components;
 
    const GSErrCode error = ACAPI_Element_GetComponents (elemGuid, components);
    if (error == NoError) {
        componentCount = components.GetSize ();
    }
 
    return error;
}

ACAPI_Element_GetComponents_Obsolete()

GSErrCode __ACENV_CALL ACAPI_Element_GetComponents_Obsolete	(	const API_Elem_Head *	elemHead,
		API_Obsolete_ComponentRefType ***	compRefs,
		Int32 *	nComp
	)

Returns the components of the element.

Parameters

elemHead	[in] The element whose components you want to obtain.
compRefs	[out] List of the components.
nComp	[out] Number of the components.

Returns

• APIERR_BADPARS - compRefs is nullptr or nComp is nullptr.
• APIERR_BADID - Incorrect elemHead was specified.
• APIERR_MEMFULL - Not enough memory to get the components.

Remarks

This function is obsolete. Use the new component API instead. This function is used to get information for every component of an element. These components are in the property objects of the element. This applies to all the construction elements.

Example

void GetComponents (const API_Guid& guid)
{
    API_Elem_Head                  elemHead;
    API_Obsolete_ComponentRefType  **compRefs;
    API_ListData                   listdata;
    Int32                          nComp, i;
    char                           s[256];
    GSErrCode                      err;
 
    BNZeroMemory (&elemHead, sizeof (API_Elem_Head));
    elemHead.guid = guid;
 
    err = ACAPI_Element_GetComponents_Obsolete (&elemHead, &compRefs, &nComp);
    if (err == NoError) {
        for (i = 0; i < nComp; i++) {
            if ((*compRefs)[i].status != APIDBRef_Deleted) {
                BNZeroMemory (&listdata, sizeof (API_ListData));
                listdata.header.type     = API_Obsolete_ComponentID;
                listdata.header.index    = (*compRefs)[i].index;
                listdata.header.setIndex = (*compRefs)[i].setIndex;
                switch ((*compRefs)[i].status) {
                    case APIDBRef_Normal:
                        err = ACAPI_OldListing_Get (&listdata);
                        break;
                    case APIDBRef_Local:
                        err = ACAPI_OldListing_GetLocal ((*compRefs)[i].libIndex, &listdata);
                        break;
                }
                if (err != NoError)
                    break;
                sprintf (s, "Keycode/code: \"%s\"/\"%s\" quantity: %.2f", listdata.component.keycode,
                    listdata.component.code, (*compRefs)[i].quantity);
                ACAPI_WriteReport (s, false);
            }
        }
        BMKillHandle ((GSHandle *) &compRefs);
    }
}

ACAPI_Element_GetCompoundInfoString()

GSErrCode __ACENV_CALL ACAPI_Element_GetCompoundInfoString	(	const API_Guid *	elementGuid,
		GS::UniString *	infoString
	)

Returns the compound info string of the given element.

Parameters

elementGuid	[in] the Guid of the element
infoString	[out] the composite info string of the element

Returns

• NoError - The function has completed with success.
• APIERR_BADPARS - any of the parameters is nullptr
• APIERR_BADID - no element found by the specified Guid
• APIERR_BADELEMENTTYPE - element has no info string

Remarks

For hotlinked elements the info string is composed of the element's own info string and the hotlink element's info strings it placed via.

ACAPI_Element_GetDefaults()

GSErrCode __ACENV_CALL ACAPI_Element_GetDefaults	(	API_Element *	element,
		API_ElementMemo *	memo
	)

Retrieves the actual default settings for the element of type.

Parameters

element	[in/out] The desired element for which the defaults are needed.
memo	[out] This is needed only in case of library part-based elements (including zone stamps).

Returns

• NoError - The function has completed with success.
• APIERR_BADPARS - The passed parameter is nullptr ; element
• APIERR_BADID - The element type is invalid, or the element type is not supported by the server application
• APIERR_REFUSEDCMD - The element type is not a valid target for the operation; API_SectElemID

Remarks

This function is used to obtain the actual default settings for an element. The requested type is identified by the type field of the header. The function fills the central part of the API_Element structure with values from the Settings dialog. You have to fill in the geometric information yourself; if you need it. The memo parameter is used only for library part based elements (including zone stamps), where the params field is filled with the actual parameter values of the referenced Library Part. Do not forget to call the ACAPI_DisposeElemMemoHdls function to dispose of the obtained handles. To change the default settings use the ACAPI_Element_ChangeDefaults function. You can use the returned values to initialize the element attributes and parameters to create a new instance. Refer to the ACAPI_Element_Create function for more details. In order to get the default settings of markered element types (API_WindowType, API_DoorType, API_CutPlaneType, API_ChangeMarkerType, API_DetailType and API_WorksheetType) use the ACAPI_Element_GetDefaultsExt function instead.

Example

API_Element     element;
API_ElementMemo memo;
GSErrCode       err;
 
BNZeroMemory (&element, sizeof (API_Element));
BNZeroMemory (&memo, sizeof (API_ElementMemo));
 
element.header.type = API_ObjectID;
element.header.type.variationID = APIVarId_SymbStair;
err = ACAPI_Element_GetDefaults (&element, &memo);
if (err == NoError) {
    /* do what you want */
}
 
ACAPI_DisposeElemMemoHdls (&memo);

ACAPI_Element_GetDefaultsExt()

GSErrCode __ACENV_CALL ACAPI_Element_GetDefaultsExt	(	API_Element *	element,
		API_ElementMemo *	memo,
		UInt32	nSubElems,
		API_SubElement *	subElems
	)

Retrieves the actual default settings for the Window, Door, Section, Elevation, Interior Elevation, ChangeMarker, Detail, Worksheet, or Stair element with its marker(s). You are able to obtain Curtain Wall and its subelem default settings also via this function.

Since

Archicad 25

Parameters

element	[in/out] The desired element for which the defaults are needed. The element->header.type can be API_WindowID, API_DoorID, API_CutPlaneID, API_ElevationID, API_InteriorElevationID, API_ChangeMarkerID, API_DetailID, API_WorksheetID, API_CurtainWallID, API_CurtainWallPanelID, API_CurtainWallFrameID, API_CurtainWallJunctionID, API_CurtainWallAccessoryID, API_StairID or API_ExternalElemID.
memo	[out] This is needed only in case of library part-based elements (including zone stamps).
nSubElems	[out] The subelem of the desired element for which the defaults are needed.
subElems	[out] The subelem(s) (normal, story handle, interior elevation common marker) of the desired element.

Returns

• NoError - The function has completed with success.
• APIERR_BADPARS - The passed element parameter is nullptr.
• APIERR_BADID - The element type should be API_WindowID, API_DoorID, API_CutPlaneID, API_ElevationID, API_InteriorElevationID, API_ChangeMarkerID, API_DetailID, API_WorksheetID, API_CurtainWallID, API_CurtainWallFrameID, API_CurtainWallPanelID, API_CurtainWallJunctionID, API_CurtainWallAccessoryID, API_StairID or API_ExternalElemID.
  • In case of API_ExternalElemID, when an external handler does not exist for the specified classID, APIERR_BADID is returned.

Remarks

This function is used to obtain the actual default settings for a Window, Door, Section, Elevation, Interior Elevation, ChangeMarker, Detail or Worksheet element, as an alternative of ACAPI_Element_GetDefaults. The requested type is identified by the type field of the header. The function fills the central part of the API_Element structure with values from the Settings dialog. You have to fill in the geometric information yourself, if you need it. The memo parameter is used only for library part based elements (including zone stamps), where the params field is filled with the actual parameter values of the referenced Library Part. Do not forget to call the ACAPI_DisposeElemMemoHdls function to dispose of the obtained handles. To change the default settings use the ACAPI_Element_ChangeDefaultsExt function. You can use the returned values to initialize the element attributes and parameters to create a new instance. Refer to the ACAPI_Element_CreateExt function for more details.

Example

API_Element          element;
API_ElementMemo      memo;
API_MarkerMemoMask   markers[2];
GSErrCode            err;
 
BNZeroMemory (&element, sizeof (API_Element));
BNZeroMemory (&memo, sizeof (API_ElementMemo));
BNZeroMemory (&markers, sizeof (markers));
 
element.header.type = API_CutPlaneID;
markers[0].markType = (API_MarkerMemoMaskType) (APIMarkerMemoMask_MainMarker | APIMarkerMemoMask_NoParams); // only the element is needed
markers[1].markType = (API_MarkerMemoMaskType) (APIMarkerMemoMask_SHMarker | APIMarkerMemoMask_NoElem);     // only the memo is needed
 
err = ACAPI_Element_GetDefaultsExt (&element, &memo, 2UL, &markers);
if (err == NoError) {
    if (markers[1].memo.params != nullptr) {
        DBPrintf ("Cut Plane Default: Show Story Level Marker head is %s\n",
            ((*markers[1].memo.params)[3].value.real > 0.0) ? "ON" : "OFF");     // "marker_head" parameter
    }
 
    API_LibPart libPart;
    BNZeroMemory (&libPart, sizeof (API_LibPart));
    libPart.index = markers[0].markElem.object.libInd;
    if (ACAPI_LibraryPart_Get (&libPart) == NoError) {
        DBPrintf ("Section Marker currently selected for Cut Plane Default: \"%s\"\n", (const char *) GS::UniString (libPart.docu_UName).ToCStr ());
    }
    if (libPart.location != nullptr)
        delete libPart.location;
}
 
ACAPI_DisposeElemMemoHdls (&memo);
ACAPI_DisposeElemMemoHdls (&markers[1].memo);

ACAPI_Element_GetDescriptors()

GSErrCode __ACENV_CALL ACAPI_Element_GetDescriptors	(	const API_Elem_Head *	elemHead,
		API_DescriptorRefType ***	descRef,
		Int32 *	nDesc
	)

Returns the descriptors of an element.

Parameters

elemHead	[in] The element you want to get the descriptors for.
descRef	[out] List of the descriptors.
nDesc	[out] Number of the descriptors in the list.

Returns

• APIERR_BADPARS - descRef is nullptr or nDesc is nullptr.
• APIERR_BADID - Incorrect elemHead was specified.
• APIERR_MEMFULL - Not enough memory to get the descriptors.

Remarks

This function is used to get information for every descriptor of an element. These descriptors are in the property objects of the element. This applies to all the construction elements.

Example

void GetDiscriptors (const API_Guid& guid)
{
    API_Elem_Head          elemHead;
    API_DescriptorRefType  **descRefs;
    API_ListData           listdata;
    Int32                  nDesc, i;
    char                   s[256];
    GSErrCode              err;
 
    BNClear (elemHead);
    elemHead.guid = guid;
 
    err = ACAPI_Element_GetDescriptors (&elemHead, &descRefs, &nDesc);
    if (err == NoError) {
        for (i = 0; i < nDesc; i++) {
            listdata.header.type     = API_Obsolete_ComponentID;
            listdata.header.index    = (*descRefs)[i].index;
            listdata.header.setIndex = (*descRefs)[i].setIndex;
            if ((*descRefs)[i].status != APIDBRef_Deleted) {
                BNZeroMemory (&listdata, sizeof (API_ListData));
                listdata.header.type     = API_DescriptorID;
                listdata.header.setIndex = (*descRefs)[i].setIndex;
                listdata.header.index    = (*descRefs)[i].index;
                switch ((*descRefs)[i].status) {
                    case APIDBRef_Normal:
                        err = ACAPI_OldListing_Get (&listdata);
                        break;
                    case APIDBRef_Local:
                        err = ACAPI_OldListing_GetLocal ((*descRefs)[i].libIndex, &listdata);
                        break;
                }
            }
            if (err == NoError) {
                sprintf (s, "Keycode/code: \"%s\"/\"%s\"", listdata.descriptor.keycode, listdata.descriptor.code);
                ACAPI_WriteReport (s, false);
                ACAPI_WriteReport (*(listdata.descriptor.name), false);
            }
            BMKillHandle (&listdata.descriptor.name);
        }
        BMKillHandle ((GSHandle *) &descRefs);
    }
}

ACAPI_Element_GetElemCreatorToolUnId()

GSErrCode __ACENV_CALL ACAPI_Element_GetElemCreatorToolUnId	(	API_Elem_Head *	elemHead,
		char *	unIDStr
	)

Returns the unique ID of the creator tool of the specified object.

Parameters

elemHead	[in] the header or the element (only the guid field is required).
unIDStr	[out] the unique ID of the creator tool subtype.

Returns

• NoError - The function has completed with success.
• APIERR_BADPARS - any of the parameters are nullptr, or the passed handles have wrong sizes.
• APIERR_BADID - Not a Window, Door, Light or Symbol header was passed, or no element with the specified guid was found.

Remarks

This function is used to get the creator tool of an element. Only elements of type window, door, symbol or light are accepted. The returned string is the unique ID of the template object of the creator tool.

ACAPI_Element_GetElementFromAnywhere()

GSErrCode __ACENV_CALL ACAPI_Element_GetElementFromAnywhere	(	const API_Guid *	guid,
		API_Element *	element
	)

Returns the element referred by guid irrespectively of the current database.

Parameters

guid	[in] The referred element.
element	[out] The element.

Returns

• NoError - The function has completed with success.
• APIERR_BADPARS - The guid or element parameter is nullptr.
• APIERR_NOPLAN - There is no open project.

Remarks

This function is used to get an element irrespectively of the current database. This is a useful function because you don't have to enumerate all database to find the element, switch to it and get the element.

ACAPI_Element_GetElementInfoString()

GSErrCode __ACENV_CALL ACAPI_Element_GetElementInfoString	(	const API_Guid *	elementGuid,
		GS::UniString *	infoString
	)

Returns the compound info string of the given element.

Parameters

elementGuid	[in] the Guid of the element
infoString	[out] the info string of the element

Returns

• NoError - The function has completed with success.
• APIERR_BADPARS - any of the parameters is nullptr
• APIERR_BADID - no element found by the specified Guid
• APIERR_BADELEMENTTYPE - element has no info string

ACAPI_Element_GetElementsWithClassification()

GSErrCode __ACENV_CALL ACAPI_Element_GetElementsWithClassification	(	const API_Guid &	classificationItemGuid,
		GS::Array< API_Guid > &	elemGuids
	)

Query elements with the given classification.

Parameters

classificationItemGuid	[in] The identifier of the classification item.
elemGuids	[out] The identifiers of the elements with the given classification.

Returns

• NoError - The function has completed with success.
• APIERR_BADID - The classificationItemGuid did not refer to a valid classification item.

ACAPI_Element_GetElementURLRef()

GSErrCode __ACENV_CALL ACAPI_Element_GetElementURLRef	(	API_Elem_Head *	elem_Head,
		API_ElemURLRef *	elemURLRef
	)

Retrieves the URL reference assigned to an element.

Parameters

elem_Head	[in] The element the URL was assigned to.
elemURLRef	[out] The URL reference of the element.

Returns

• NoError - The function has completed with success.
• APIERR_BADPARS - Any of the parameters are nullptr.
• APIERR_BADINDEX - The element is not present in the Archicad database.
• APIERR_BADID - The element cannot hold a URL reference.
• APIERR_DELETED - The element is deleted.
• APIERR_NOUSERDATA - The element didn't hold a URL reference.

Remarks

This function is used to retrieve the URL reference assigned to an element. The same group of elements can hold a URL reference as userdata.

ACAPI_Element_GetElemList()

GSErrCode __ACENV_CALL ACAPI_Element_GetElemList	(	const API_ElemType &	type,
		GS::Array< API_Guid > *	elemList,
		API_ElemFilterFlags	filterBits = APIFilt_None,
		const API_Guid &	renovationFilterGuid = APINULLGuid
	)

Returns an array of guids of the elements of the given type.

Since

Archicad 26

Parameters

type	[in] Element type identifier
elemList	[out] List of element Guids collected by the function
filterBits	[in] The flags used for filtering (see ACAPI_Element_Filter). The default value is APIFilt_None.
renovationFilterGuid	[in] Optional global unique identifier of the renovation filter. Used in combination with APIFilt_IsVisibleByRenovation. The default value is APINULLGuid.

Returns

• NoError - The function has completed with success.
• APIERR_BADPARS - The elemList pointer is nullptr.

Remarks

This function can be used to iterate through elements of the given type and variation, that match the criteria defined by filterbits (see the filterbits flag values described in the table of ACAPI_Element_Filter). You may pass API_ZombieElemID as type in order to retrieve all the elements regardless of type. The variationID member in type is used in combination with APIFilt_IsOfVariation From version 26 the typeID and variationID parameters were merged into a single API_ElemType parameter.

Example

GS::Array<API_Guid> elemList;
ACAPI_Element_GetElemList (API_LineID, &elemList, APIFilt_OnActFloor);
DBPrintf ("number of lines on the active floor: %ld", elemList.GetSize ());

ACAPI_Element_GetElemListByIFCIdentifier()

GSErrCode __ACENV_CALL ACAPI_Element_GetElemListByIFCIdentifier	(	const API_Guid *	archicadIFCID,
		const API_Guid *	externalIFCID,
		GS::Array< API_Guid > &	elements
	)

Get elements having a certain IFC identifier.

Since

Archicad 26

Parameters

archicadIFCID	[in] Archicad IFC ID - it can be nullptr
externalIFCID	[in] External IFC ID - it can be nullptr
elements	[out] GUID of the elements

Returns

• NoError - The function has completed with success.
• APIERR_BADPARS - Both archicadIFCID and externalIFCID are nullptr or elements parameter is nullptr.
• APIERR_MODULNOTINSTALLED - IFC add-on is not present.

Remarks

This function searches for elements having the indicated IFC Guid.

• only archicadIFCID contains value - it searches for an element having the indicated Archicad IFC ID. The elements can have maximum 1 element. only externalIFCID contains value - it searches for elements having the indicated External IFC ID. The elements can have more then one element. both archicadIFCID and externalIFCID contains value - it searches for an element having the indicated Archicad IFC ID and External IFC ID. The elements can have maximum 1 element. both input parameters are nullptr - it returns APIERR_BADPARS.
• only externalIFCID contains value - it searches for elements having the indicated External IFC ID. The elements can have more then one element. both archicadIFCID and externalIFCID contains value - it searches for an element having the indicated Archicad IFC ID and External IFC ID. The elements can have maximum 1 element. both input parameters are nullptr - it returns APIERR_BADPARS.
• both archicadIFCID and externalIFCID contains value - it searches for an element having the indicated Archicad IFC ID and External IFC ID. The elements can have maximum 1 element. both input parameters are nullptr - it returns APIERR_BADPARS.
• both input parameters are nullptr - it returns APIERR_BADPARS. Conversion from IFC Guid string (IfcGloballyUniqueId) to API_Guid can be done with ACAPI_IFC_IFCGuidToAPIGuid.

ACAPI_Element_GetElemTypeName()

GSErrCode __ACENV_CALL ACAPI_Element_GetElemTypeName	(	const API_ElemType &	elemType,
		GS::UniString &	elemName
	)

Returns the localized name of the built-in element types.

Since

Archicad 26

Parameters

elemType	[in] The element type
elemName	[out] The name of the element type in the language of the Archicad version currently running

Returns

• NoError - The function has completed with success.
• APIERR_BADID - Invalid element type value.

Remarks

This function retrieves the name of the specified element type in the language the currently running program is localized for.

Example

API_ElemType elemType = API_AngleDimensionID;
GS::UniString elemName;
if (ACAPI_Element_GetElemTypeName (elemType, elemName) == NoError)
    DBPrintf ("Angle Dimension is called \"%s\"\n", (const char*) elemName.ToCStr ());

ACAPI_Element_GetExtent()

GSErrCode __ACENV_CALL ACAPI_Element_GetExtent	(	API_Box *	extent,
		API_DatabaseUnId *	databaseUnId = nullptr
	)

Returns the drawing extent of the current database.

Parameters

extent	the extent box
databaseUnId	optional parameter; if nullptr then the extent box is returned for the current database taking into consideration only the visible elements. If a valid database unique ID is given, then the bounding box of that database is returned, including hidden elements.

Returns

• NoError - The function has completed with success.
• APIERR_BADPARS - extent is nullptr
• APIERR_NOPLAN - no open project

Remarks

This function is used to get the drawing extent of the actual database. The extent depends on different settings (hidden layers, actual story etc.), always returns the region would be shown in case of a "Fit in Window" command.

ACAPI_Element_GetExtent3D()

GSErrCode __ACENV_CALL ACAPI_Element_GetExtent3D

(

API_Box3D *

extent3D

)

Returns the model extent of the current database.

Parameters

extent3D

the extent box

Returns

• NoError - The function has completed with success.
• APIERR_BADPARS - extent3D is nullptr
• APIERR_NOPLAN - no open project

Remarks

This function is used to get the drawing extent of the actual database, as well as in vertical range. The extent depends on different settings (hidden layers, actual story etc.), always returns the region would be shown in case of a "Fit in Window" command.

ACAPI_Element_GetHeader()

GSErrCode __ACENV_CALL ACAPI_Element_GetHeader	(	API_Elem_Head *	elementHead,
		UInt32	mask = 0
	)

Returns general information on the given element.

Parameters

elementHead	[in/out] On input, it identifies the element based on its GUID. On return, the other fields are filled.
mask	[in] Optional mask. Currently valid values are 0 and APIElemMask_FloorPlan. In the latter case, the elements in the floor plan database are counted directly, without changing the database first.

Returns

• NoError - The function has completed with success.

Remarks

This is a fast version of ACAPI_Element_Get, where only the fields of the header are returned. There are many cases when you only need information (e.g. layer, story) contained in the element header, but in the past the server application had to convert the whole element.

ACAPI_Element_GetHotspots()

GSErrCode __ACENV_CALL ACAPI_Element_GetHotspots	(	const API_Guid &	guid,
		GS::Array< API_ElementHotspot > *	hotspotArray
	)

Retrieves the hotspots of the given element.

Parameters

guid	[in] Identifier of the element.
hotspotArray	[out] Array that contains hotspots (neig and coordinate pairs).

Returns

• NoError - The function has completed with success.
• APIERR_BADPARS - hotspotArray parameter is nullptr.
• APIERR_BADID - Invalid guid.

Remarks

This function is used to retrieve the hotspots of the given element. The hotspots return in an array of API_ElementHotspot objects which contain neig and coordinate pairs (GS::Pair < API_Neig, API_Coord3D >).

Example

GS::Array<API_ElementHotspot>  hotspotArray;
API_Guid    guid = element.header.guid;    /* GUID of an element placed on the floorplan */
 
GSErrCode err = ACAPI_Element_GetHotspots (guid, &nHotspots, &hotspots);
if (err == NoError && !hotspotArray.IsEmpty ()) {
    BNZeroMemory (&element, sizeof (API_Element));
    element.header.type = API_HotspotID;
    err = ACAPI_Element_GetDefaults (&element, nullptr);
    if (err != NoError)
        return;
 
    short ind;
    for (ind = 0; ind < (short) hotspotArray.GetSize (); ind++) {
        API_Neig    neig;
        API_Coord3D coord;
        hotspotArray[ind].Get (neig, coord);
        element.hotspot.pen = ind;
        element.hotspot.pos.x = coord.x;
        element.hotspot.pos.y = coord.y;
        ACAPI_Element_Create (&element, nullptr);
    }
}
 
BMKillHandle ((GSHandle*) &hotspots);

ACAPI_Element_GetIFCAttributes()

GSErrCode __ACENV_CALL ACAPI_Element_GetIFCAttributes	(	const API_Guid &	guid_Element,
		bool	storedOnly,
		GS::Array< API_IFCAttribute > *	attributes
	)

Get IFC attributes of an element.

Parameters

guid_Element	[in] GUID of the element
storedOnly	[in] Get only the core data without the derived content, must be false is most cases
attributes	[out] IFC attributes of the element

Returns

• NoError - The function has completed with success.
• APIERR_BADPARS - Invalid value passed in the guid_Element parameter or attributes is nullptr.
• APIERR_MODULNOTINSTALLED - IFC add-on is not present.

Remarks

This function returns the IFC attributes of an element.

ACAPI_Element_GetIFCClassificationReferences()

GSErrCode __ACENV_CALL ACAPI_Element_GetIFCClassificationReferences	(	const API_Guid &	guid_Element,
		bool	storedOnly,
		GS::Array< API_IFCClassificationReference > *	classificationReferences
	)

Get IFC classificationreferences of an element.

Parameters

guid_Element	[in] GUID of the element
storedOnly	[in] Get only the core data without the derived content, must be false is most cases
classificationReferences	[out] IFC classificationreferences of the element

Returns

• NoError - The function has completed with success.
• APIERR_BADPARS - Invalid value passed in the guid_Element parameter or classificationReferences is nullptr.
• APIERR_MODULNOTINSTALLED - IFC add-on is not present.

Remarks

This function returns the IFC classificationreferences of an element.

ACAPI_Element_GetIFCIdentifier()

GSErrCode __ACENV_CALL ACAPI_Element_GetIFCIdentifier	(	const API_Guid &	elementID,
		API_Guid &	archicadIFCID,
		API_Guid &	externalIFCID
	)

Get IFC Identifier of an element.

Since

Archicad 26

Parameters

elementID	[in] GUID of the element
archicadIFCID	[out] Archicad IFC ID of the element
externalIFCID	[out] External IFC ID of the element

Returns

• NoError - The function has completed with success.
• APIERR_BADID - Invalid value passed in the elementID parameter.
• APIERR_MODULNOTINSTALLED - IFC add-on is not present.

Remarks

This function returns the IFC Identifier of an element. There are two type of identifiers:

• Archicad IFC ID - during an IFC export this value will be written to GlobalId attribute and can be seen in IFC Manager.
• External IFC ID - if the element is originally from IFC then it contains the GlobalId. If it isn't then it is APINULLGuid. It can be seen in IFC Manager also. Conversion from API_Guid to IFC Guid string (IfcGloballyUniqueId) can be done with ACAPI_IFC_APIGuidToIFCGuid.

ACAPI_Element_GetIFCProperties()

GSErrCode __ACENV_CALL ACAPI_Element_GetIFCProperties	(	const API_Guid &	guid_Element,
		bool	storedOnly,
		GS::Array< API_IFCProperty > *	properties
	)

Get IFC properties of an element.

Parameters

guid_Element	[in] GUID of the element
storedOnly	[in] Get only the core data without the derived content, must be false is most cases
properties	[out] IFC properties of the element

Returns

• NoError - The function has completed with success.
• APIERR_BADPARS - Invalid value passed in the guid_Element parameter or properties is nullptr.
• APIERR_MODULNOTINSTALLED - IFC add-on is not present.

Remarks

This function returns the IFC properties of an element.

ACAPI_Element_GetIFCPropertyValuePrimitiveType()

GSErrCode __ACENV_CALL ACAPI_Element_GetIFCPropertyValuePrimitiveType	(	const GS::UniString &	valueType,
		API_IFCPropertyValuePrimitiveType *	primitiveType
	)

Get the primitive type of an IFC type.

Parameters

valueType	[in] IFC type of the property value
primitiveType	[out] Primitive type of the IFC type, see API_IFCPropertyAnyValue for values.

Returns

• NoError - The function has completed with success.
• APIERR_BADPARS - Invalid value passed in the valueType parameter or primitiveType is nullptr.
• APIERR_MODULNOTINSTALLED - IFC add-on is not present.

ACAPI_Element_GetIFCType()

GSErrCode __ACENV_CALL ACAPI_Element_GetIFCType	(	const API_Guid &	elementID,
		GS::UniString *	ifcType,
		GS::UniString *	typeObjectIFCType
	)

Get IFC type and IfcTypeObject IFC type of an element.

Parameters

elementID	[in] GUID of the element
ifcType	[out] IFC type of the element
typeObjectIFCType	[out] IFC type of the IfcTypeObject of the element

Returns

• NoError - The function has completed with success.
• APIERR_BADID - Invalid value passed in the elementID parameter.
• APIERR_MODULNOTINSTALLED - IFC add-on is not present.

ACAPI_Element_GetMemo()

GSErrCode __ACENV_CALL ACAPI_Element_GetMemo	(	const API_Guid &	guid,
		API_ElementMemo *	memo,
		UInt64	mask = APIMemoMask_All
	)

Retrieves all additional information attached to elements.

Since

Archicad 25

Parameters

guid	[in] Guid of the element.
memo	[out] Pointer to the memo to be filled.
mask	[in] Specifies which part of the memo you are interested in.

Returns

• NoError - The function has completed with success.
• APIERR_BADPARS - The passed memo parameter is nullptr
• APIERR_BADID - The element type is invalid, or the element type is not supported by the server application
• APIERR_BADID - The element guid is invalid.
• APIERR_DELETED - The element does not exist in the database
• APIERR_MEMFULL - not enough memory to complete the operation

Remarks

This function returns additional information attached to elements. This doesn't apply to all the drawing elements; you can check the hasMemo field of the element header. The following table shows which elements may have additional data attached; it also explains what information is returned in API_ElementMemo.

Value	Parameters	Function
API_WallID	(API_Gable **) gables (API_Coord **) coords (Int32 **) pends (API_PolyArc **) parcs (UInt32 **) vertexIDs (ProfileVectorImage*) customOrigProfile (ProfileVectorImage*) stretchedProfile (API_Guid **) wallWindows (API_Guid **) wallDoors	Returns the gable 1 and the polygon data 2 and the vector image data of the complex cross-section profile 5. May also return the windows and doors in this wall.
API_ColumnID	(API_Gable **) gables (ProfileVectorImage*) customOrigProfile (ProfileVectorImage*) stretchedProfile (API_ColumnSegmentType*) columnSegments (API_AssemblySegmentCutData*) assemblySegmentCuts (API_AssemblySegmentSchemeData*) assemblySegmentSchemes (API_AssemblySegmentProfileData*) assemblySegmentProfiles	Returns the gable data 1, the vector image data of the complex cross-section profile 5 and segment related information.
API_BeamID	(API_Gable **) gables (API_Beam_Hole **) beamHoles (ProfileVectorImage*) customOrigProfile (ProfileVectorImage*) stretchedProfile (API_BeamSegmentType*) beamSegments (API_AssemblySegmentCutData*) assemblySegmentCuts (API_AssemblySegmentSchemeData*) assemblySegmentSchemes (API_AssemblySegmentProfileData*) assemblySegmentProfiles	Returns the gable data 1, the vector image data of the complex cross-section profile 5, the holes of the beam, and segment related information.
API_WindowID API_DoorID	(API_Gable **) gables (char **) textContent (API_AddParType **) params	Returns the gable data 1 and the parameters of the instance of a library part 4, also the window / door orientation text in textContent.
API_ObjectID API_LampID	(API_Gable **) gables (API_AddParType **) params	Returns the gable data 1 and the parameters of the instance of a library part 4
API_SkylightID	(API_AddParType **) params	Returns the parameters of the instance of a library part 4
API_SlabID	(API_Coord **) coords (Int32 **) pends (API_PolyArc **) parcs (UInt32 **) vertexIDs (UInt32 **) edgeIDs (UInt32 **) contourIDs (API_EdgeTrim **) edgeTrims (API_OverriddenAttribute *) sideMaterials	Returns the polygon 2, the edge trim data 3 and the side materials 6 of the slab.
API_RoofID	(API_Coord **) coords (Int32 **) pends (API_PolyArc **) parcs (UInt32 **) vertexIDs (API_EdgeTrim **) edgeTrims (API_RoofEdgeTypeID *) roofEdgeTypes (API_OverriddenAttribute *) sideMaterials (API_Coord **) pivotPolyCoords (Int32 **) pivotPolyPends (API_PolyArc **) pivotPolyParcs (UInt32 ** *) pivotPolyVertexIDs (API_PivotPolyEdgeData *) pivotPolyEdges	- API_PlaneRoofID: Returns the polygon 2, the edge trim data 3 and the side materials 6 of the roof. - API_PolyRoofID: Returns the contour and pivot polygons 2, the edge trim data 3, the side materials 6 and the data of the pivot polygon edges 9 of the roof.
API_MeshID	(API_Coord **) coords (Int32 **) pends (API_PolyArc **) parcs (UInt32 **) vertexIDs (double **) meshPolyZ (API_MeshLevelCoord **) meshLevelCoords (Int32 **) meshLevelEnds	Returns the polygon 2 of the mesh, and the level lines
API_ShellID	API_ShellShapeData shellShapes[2] (API_ShellContourData*) shellContours	Returns the profile shape polygon(s) 7 and the clipping and hole contour data 8 of the shell
API_MorphID	(Modeler::Body*) morphBody (API_OverriddenAttribute*) morphMaterialMapTable	Returns the body and the material override map table of the morph
API_DimensionID	(API_DimElem **) dimElems	Returns the coordinates, the neig information, the text, and the witness line information of the dimension
API_LabelID	(char **) textContent (short **) textLineStarts (API_ParagraphType **) paragraphs (API_AddParType **) params	Returns the text and its style for text-type labels, or the parameters of the originating library part for symbol labels.
API_SplineID	(API_Coord **) coords (API_SplineDir **) bezierDirs	Returns the Bezier curve parameters
API_TextID	(char **) textContent (short **) textLineStarts (API_ParagraphType **) paragraphs	Returns the content the line starts (offsets into textContent) and the style informations of the text. The content can be either in UTF-8 or UTF-16 encoding, depending on the text element's charCode member and the memo mask.
API_HatchID	(API_Coord **) coords (Int32 **) pends (API_PolyArc **) parcs (UInt32 **) vertexIDs	Returns the polygon of the hatch
API_ZoneID	(API_Gable **) gables (API_Coord **) coords (Int32 **) pends (API_PolyArc **) parcs (API_AddParType **) params	Returns the polygon of the room 2
API_CameraID	(API_LinkType **) linkList	Returns the data of the camera
API_CutPlaneID	(API_Coord **) sectionSegmentMainCoords (API_Coord **) sectionSegmentDistCoords (API_Coord **) sectionSegmentDepthCoords	Returns the coordinates of the main, amrked distant area, and depth line of the section segment.
API_ElevationID	(API_Coord **) sectionSegmentMainCoords (API_Coord **) sectionSegmentDistCoords (API_Coord **) sectionSegmentDepthCoords	Returns the coordinates of the main, amrked distant area, and depth line of the section segment.
API_InteriorElevationID	(API_SectionSegment **) intElevSegments (API_Coord **) sectionSegmentMainCoords (API_Coord **) sectionSegmentDistCoords (API_Coord **) sectionSegmentDepthCoord (API_AddParType **) params	Returns the coordinates of the main, amrked distant area, and depth line of the section segment, and also the parameters of the common marker.
API_ChangeMarkerID	(API_Coord **) coords (Int32 **) pends (API_PolyArc **) parcs	Returns the polygon of the ChangeMarker 2, if it has a polygon.
API_DetailID API_WorksheetID	(API_Coord **) coords (Int32 **) pends (API_PolyArc **) parcs	Returns the polygon of the detail or worksheet 2
API_PolyLineID	(API_Coord **) coords (Int32 **) pends (API_PolyArc **) parcs	Returns the polygon of the polyline 2
API_PictureID	(char **) pictHdl	Returns the picture
API_DrawingID	(API_Coord **) coords (Int32 **) pends (API_PolyArc **) parcs (GSPtr) drawingData	Returns the polygon and drawing data of a drawing element
API_CurtainWallID	(API_Coord **) coords (Int32 **) pends (API_PolyArc **) parcs (UInt32 **) vertexIDs (API_CWSegmentPatternData) cWSegPrimaryPattern (API_CWSegmentPatternData) cWSegSecondaryPattern (API_CWSegmentPatternCellData*) cWSegPatternCells (API_CWSegmentType*) cWallSegments (API_CWFrameType*) cWallFrames (API_CWFrameType*) cWallFrameDefaults (API_CWPanelType*) cWallPanels (API_CWPanelGridIDTable*) cWallPanelGridIDTable (API_CWPanelType*) cWallPanelDefaults (API_CWPanelType*) cWallPanelDefaultSymbs (API_CWJunctionType*) cWallJunctions (API_CWAccessoryType*) cWallAccessories	Returns the polygon and all CW related data. cWSegPrimaryPattern, cWSegSecondaryPattern and cWSegPatternCells members will contain the default segment scheme of the curtain wall.
API_CurtainWallSegmentID	(API_GridMesh*) cWSegGridMesh (API_CWContourData*) cWSegContour (API_CWSegmentPatternData) cWSegPrimaryPattern (API_CWSegmentPatternData) cWSegSecondaryPattern (API_CWSegmentPatternCellData*) cWSegPatternCells	Returns the CW segment related data.
API_CurtainWallPanelID	(API_Coord **) coords	Returns the coordinates of the panel's polygon. Please note that a curtain wall panel cannot contain holes.
API_StairID	(API_StairRiserType*) stairRisers (API_StairTreadType*) stairTreads (API_StairStructureType*) stairStructures (API_StairBoundaryData[2]) stairBoundary	Returns the Stair related data.
API_RailingID	(API_Coord **) coords (Int32 **) pends (API_PolyArc **) parcs (API_RailingNodeType*) railingNodes (API_RailingSegmentType*) railingSegments (API_RailingPostType*) railingPosts (API_RailingRailEndType*) railingRailEnds (API_RailingRailEndType*) railingHandrailEnds (API_RailingRailEndType*) railingToprailEnds (API_RailingRailConnectionType*) railingRailConnections (API_RailingRailConnectionType*) railingHandrailConnections (API_RailingRailConnectionType*) railingToprailConnections (API_RailingRailType*) railingRails (API_RailingToprailType*) railingToprails (API_RailingHandrailType*) railingHandrails (API_RailingPatternType*) railingPatterns (API_RailingInnerPostType*) railingInnerPosts (API_RailingPanelType*) railingPanels (API_RailingBalusterSetType*) railingBalusterSets (API_RailingBalusterType*) railingBalusters (double**) polyZCoords;	Returns the Railing related data.
API_ExternalElemID	(API_AddParType **) params	Returns the parameters of the instance of a library part 4

¹ Any number of gables can be present.
² See the description of API_Polygon.
³ The length of the API_EdgeTrim memo handle is (poly.nCoords+1)*sizeof(API_EdgeTrim) ; the first and the last record are not used, filled with zero.
⁴ The parameters of an element are the parameters of its originating library part, their values are taken from the actual instance.
⁵ The drawing primitives of the complex profile are stored in a serialized HGX::VectorImage.
⁶ The length of the sideMaterials memo array is (poly.nCoords+1)*sizeof(API_OverriddenAttribute) ; the first and the last record are not used, filled with zero.
⁷ Fixed size array of two API_ShellShapeData records. The members of API_ShellShapeData are handled similarly to the members of API_Polygon.
⁸ The number of API_ShellContourData records in the shellContours memo array can be calculated from the API_ShellType parameters: numHoles+(hasContour?1:0).
⁹ The length of the pivotPolyEdges memo array is (pivotPolygon.nCoords+1)*sizeof(API_PivotPolyEdgeData); the first and the last record are not used, filled with zero. For improving performance you can select which data is needed with the mask parameter. This feature provides filtered access to the attached data; instead of converting all the attached data, the function returns only those which are in interest. The possible values of the mask are:

Mask	Meaning
APIMemoMask_Polygon	Returns the polygon for polygonal elements. For more information see API_Polygon.
APIMemoMask_Gables	Returns the gable information.
APIMemoMask_AddPars	Returns the additional parameters of a library part-based element (object, lamp, door, window, zone stamp, label).
APIMemoMask_EdgeTrims	Returns the edge trim information for roofs and slabs. (Renamed from APIMemoMask_RoofSide.)
APIMemoMask_MeshPolyZ	Returns Z coordinates of the mesh points for meshes.
APIMemoMask_MeshLevel	Returns the mesh level information for meshes.
APIMemoMask_BeamHole	Returns the hole information for beams.
APIMemoMask_TextContent	Returns the content as ANSI string for textual elements (Text, Label). (This is the default.)
APIMemoMask_Paragraph	Returns paragraph informations for textual elements (Text, Label). The paragraphs handle contains byte offsets. Use with APIMemoMask_TextContent mask. (This is the default.)
APIMemoMask_TextContentUni	Returns the content as UniCode string for textual elements (Text, Label). You should cast the textContent handle to unsigned short **
APIMemoMask_ParagraphUni	Returns paragraph informations for textual elements (Text, Label). The paragraphs handle contains character offsets. Use with APIMemoMask_TextContentUni mask.
APIMemoMask_DrawingData	Returns the drawing data of a drawing element (API_DrawingType) in internal format. See also ACAPI_Drawing_StopDrawingData.
APIMemoMask_CustomOrigProfile	Returns the original custom profile data applied to the wall, beam, or column element.
APIMemoMask_StretchedProfile	Returns the stretched profile actually used by the wall, beam, or column element.
APIMemoMask_SectionSegments	Returns the section segments of a section, elevation, or interior elevation element.
APIMemoMask_SectionMainCoords	Returns the section view line coordinates of a section, elevation, or interior elevation element.
APIMemoMask_SectionDistCoords	Returns the section marked distant area line coordinates of a section, elevation, or interior elevation element.
APIMemoMask_SectionDepthCoords	Returns the section depth line coordinates of a section, elevation, or interior elevation element.
APIMemoMask_WallWindows	Returns the Guid list of the windows placed in a given wall element.
APIMemoMask_WallDoors	Returns the Guid list of the doors placed in a given wall element.
APIMemoMask_CWSegGridMesh	Returns the GridMesh of a curtain wall segment.
APIMemoMask_CWSegPrimaryPattern	Returns the primary pattern of a curtain wall segment.
APIMemoMask_CWSegSecPattern	Returns the secondary pattern of a curtain wall segment.
APIMemoMask_CWSegPanelPattern	Returns the panel pattern of curtain wall segment.
APIMemoMask_CWSegContour	Returns the contour of curtain wall segment.
APIMemoMask_CWallSegments	Returns the segments of curtain wall element.
APIMemoMask_CWallFrames	Returns the frames of curtain wall element.
APIMemoMask_CWallPanels	Returns the panels of curtain wall element.
APIMemoMask_CWallJunctions	Returns the junctions of curtain wall element.
APIMemoMask_CWallAccessories	Returns the accessories of curtain wall element.
APIMemoMask_FromFloorPlan	Additional flag; take the element information from the floor plan database. This flag is excluded from APIMemoMask_All!
APIMemoMask_RoofEdgeTypes	Returns the edge types of the contour polygon of a roof element.
APIMemoMask_SideMaterials	Returns the side material indices of a Slab or Roof element.
APIMemoMask_PivotPolygon	Returns the pivot polygon and the pivot edges of a Multi-plane Roof element (see API_PolyRoofData).
APIMemoMask_StairRiser	Returns the Riser subelements of a Stair element.
APIMemoMask_StairTread	Returns the Tread subelements of a Stair element.
APIMemoMask_StairStructure	Returns the Stair Structure subelements of a Stair element.
APIMemoMask_RailingNode	Returns the Nodes of a Railing element.
APIMemoMask_RailingSegment	Returns the Segments of a Railing element.
APIMemoMask_RailingPost	Returns the Railing Posts of a Railing element.
APIMemoMask_RailingInnerPost	Returns the Inner Posts of a Railing element.
APIMemoMask_RailingRail	Returns the Rails of a Railing element.
APIMemoMask_RailingHandrail	Returns the Handrails of a Railing element.
APIMemoMask_RailingToprail	Returns the Toprails of a Railing element.
APIMemoMask_RailingPanel	Returns the Railing Panels of a Railing element.
APIMemoMask_RailingBaluster	Returns the Balusters of a Railing element.
APIMemoMask_RailingPattern	Returns the Railing Patterns of a Railing element.
APIMemoMask_RailingBalusterSet	Returns the Baluster Sets of a Railing element.
APIMemoMask_RailingRailEnd	Returns the Rail Ends of a Railing Node element.
APIMemoMask_RailingRailConnection	Returns the Rail Connections of a Railing Node element.
APIMemoMask_BeamSegment	Returns the Beam segments of a Beam element.
APIMemoMask_ColumnSegment	Returns the Column segments of a Column element.
APIMemoMask_AssemblySegmentCut	Returns cuts of a Column or a Beam element.
APIMemoMask_AssemblySegmentScheme	Returns schemes of ColumnSegments or BeamSegments.
APIMemoMask_AssemblySegmentProfile	Returns profiles of ColumnSegments or BeamSegments.
APIMemoMask_SurfaceLoadCustomData	Returns the contour of the Custom Surface Load
APIMemoMask_All	Returns all the applicable fields for the element.

Do not forget to call ACAPI_DisposeElemMemoHdls to dispose of the handles when you're finished.

Example

void DoAnything (const API_Guid&)
{
    API_Element      element = {};
    API_ElementMemo  memo;
    GSErrCode        err;
 
    element.header.guid = guid;
    err = ACAPI_Element_Get (&element);
 
    if (err == NoError && element.header.hasMemo) {
        err = ACAPI_Element_GetMemo (element.header.guid, &memo, APIMemoMask_Gables);
        if (err == NoError) {
            /* ... do anything with it ... */
        }
        ACAPI_DisposeElemMemoHdls (&memo);
    }
}

ACAPI_Element_GetMemo_ExternalHierarchical()

GSErrCode __ACENV_CALL ACAPI_Element_GetMemo_ExternalHierarchical	(	const API_Guid &	guid,
		UInt32	nSubElems,
		API_SubElement *	subElems,
		UInt64	mask = APIMemoMask_All
	)

Retrieves all additional information of the sub elements of an external hierarchical element.

Since

Archicad 27

Parameters

guid	[in] Guid of the external hierarchical element.
nSubElems	[in] The number of subelems passed.
subElems	[out] The subelem(s) of the desired element.
mask	[in] Specifies which part of the memo you are interested in.

Returns

• NoError - The function has completed with success.
• APIERR_BADID - The element type is invalid, or the element type is not supported by the server application
• APIERR_BADID - The element guid is invalid.
• APIERR_DELETED - The element does not exist in the database
• APIERR_MEMFULL - not enough memory to complete the operation

ACAPI_Element_GetMoreQuantities()

GSErrCode __ACENV_CALL ACAPI_Element_GetMoreQuantities	(	const GS::Array< API_Guid > *	elemGuids,
		const API_QuantityPar *	params,
		GS::Array< API_Quantities > *	quantities,
		const API_QuantitiesMask *	mask = nullptr
	)

Returns information on the quantities parameters of multiple elements of the same type.

Parameters

elemGuids	[in] Guids of the elements.
params	[in] Input parameters.
quantities	[Out] Optional quantity parameters, one in the array for each Guid.
mask	[In] Optional parameter for masking the relevant fields of quantities (by default it is nullptr).

Returns

• NoError - The function has completed with success.
• APIERR_BADPARS - Either elemGuids or quantities is nullptr, quantities does not have the same size as elemGuids, or mask is nullptr and either elements or composites field is nullptr in quantities.
• APIERR_BADID - Incorrect elemGuids was specified.

Remarks

This function is used to get the quantity parameters of multiple elements of the same type. The quantitites are: surface, volume, perimeter, length and several other parameters. This applies to all construction elements. The elemGuids and the quantities arrays need to have the same size.

Example

API_ElementQuantity       quantity;
GS::Array<API_Quantities> quantities;
API_QuantitiesMask        mask;
GS::Array<API_Guid>       elemGuids;
API_QuantityPar           params;
char                      s[256] = { '\0' };
GSErrCode                 err;
 
ACAPI_ELEMENT_QUANTITY_MASK_CLEAR (mask);
ACAPI_ELEMENT_QUANTITY_MASK_SET (mask, wall, surface1);
ACAPI_ELEMENT_QUANTITY_MASK_SET (mask, wall, volume);
 
quantities.SetSize (1);
quantities[0].elements = &quantity;
elemGuids.Push (elemGuid);
params.minOpeningSize = EPS;
err = ACAPI_Element_GetMoreQuantities (&elemGuids, &params, &quantities, &mask);
if (!err) {
    sprintf (s, "surface1: %.2lf  volume: %.2lf", quantity.wall.surface1, quantity.wall.volume);
    ACAPI_WriteReport (s, true);
}

ACAPI_Element_GetOpeningTransformation()

GSErrCode __ACENV_CALL ACAPI_Element_GetOpeningTransformation	(	const API_Guid *	elemGuid,
		API_Tranmat *	openingTranMat
	)

Returns the position and the normal vector of the given opening.

Parameters

elemGuid	[in] The opening element's GUID.
openingTranMat	[out] The global → local transformation matrix of the opening.

Returns

• NoError - The function has completed with success.
• APIERR_BADPARS - The openingTranMat parameter is nullptr.
• APIERR_DELETED - The elemGuid doesn't point to a valid element.
• APIERR_BADID - The elemGuid doesn't point to a valid opening.
• APIERR_GENERAL - The transformation matrix cannot be calculated.

Remarks

The transformation matrix may result in a left-handed coordinate system if the opening is mirrored.

ACAPI_Element_GetPropertyDefinitions() [1/2]

GSErrCode __ACENV_CALL ACAPI_Element_GetPropertyDefinitions	(	const API_ElemComponentID &	elemComponent,
		API_PropertyDefinitionFilter	filter,
		GS::Array< API_PropertyDefinition > &	propertyDefinitions
	)

Retrieves all of the property definitions that are available for a component of an element.

Parameters

elemComponent	[in] The identifier of the element's component to search for.
filter	[in] Filter the list of property definitions (API_PropertyDefinitionFilter_UserDefined, API_PropertyDefinitionFilter_BuiltIn, API_PropertyDefinitionFilter_All).
propertyDefinitions	[out] Array of property definitions that are available for the given component.

Returns

• NoError - The function has completed with success.
• APIERR_BADID - The value of elemComponent did not refer to a valid component.

Example

GSErrCode GetPropertyDefinitionNames (const API_ElemComponentID& elemComponent, GS::Array<GS::UniString>& names)
{
    GS::Array<API_PropertyDefinition> definitions;
    const GSErrCode error = ACAPI_Element_GetPropertyDefinitions (elemComponent, API_PropertyDefinitionFilter_All, definitions);
    if (error == NoError) {
        for (UInt32 i = 0; i < definitions.GetSize (); ++i) {
            names.Push (definitions[i].name);
        }
    }
 
    return error;
}

ACAPI_Element_GetPropertyDefinitions() [2/2]

GSErrCode __ACENV_CALL ACAPI_Element_GetPropertyDefinitions	(	const API_Guid &	elemGuid,
		API_PropertyDefinitionFilter	filter,
		GS::Array< API_PropertyDefinition > &	propertyDefinitions
	)

Retrieves all of the property definitions that are available for an element.

Parameters

elemGuid	[in] The element's identifier to search for.
filter	[in] Filter the list of property definitions (API_PropertyDefinitionFilter_UserDefined, API_PropertyDefinitionFilter_FundamentalBuiltIn, API_PropertyDefinitionFilter_UserLevelBuiltIn, API_PropertyDefinitionFilter_All).
propertyDefinitions	[out] Array of property definitions that are available for a classification of the given element.

Returns

• NoError - The function has completed with success.
• APIERR_BADID - The elemGuid did not refer to a valid element.

Example

GSErrCode GetPropertyDefinitionNames (const API_Guid& elemGuid, GS::Array<GS::UniString>& names)
{
    GS::Array<API_PropertyDefinition> definitions;
    GSErrCode error = ACAPI_Element_GetPropertyDefinitions (elemGuid, API_PropertyDefinitionFilter_UserDefined, definitions);
    if (error == NoError) {
        for (UInt32 i = 0; i < definitions.GetSize (); ++i) {
            names.Push (definitions[i].name);
        }
    }
 
    return error;
}

ACAPI_Element_GetPropertyDefinitionsOfDefaultElem()

GSErrCode __ACENV_CALL ACAPI_Element_GetPropertyDefinitionsOfDefaultElem	(	const API_ElemType &	type,
		API_PropertyDefinitionFilter	filter,
		GS::Array< API_PropertyDefinition > &	definitions
	)

Retrieves all of the property definitions that are available for an element default.

Since

Archicad 26

Parameters

type	[in] Type of the default element.
filter	[in] The property definition type to filter for.
definitions	[out] Array of property definitions that are available for a classification of the given element default.

Returns

• NoError - The function has completed with success.
• APIERR_BADID - Incorrect type was specified.

Remarks

From version 26 the typeID and variationID parameters were merged into a single API_ElemType parameter.

Example

GSErrCode GetPropertyDefinitionNames (const API_ElemType& type, GS::Array<GS::UniString>& names)
{
    GS::Array<API_PropertyDefinition> definitions;
    GSErrCode error = ACAPI_Element_GetPropertyDefinitionsOfDefaultElem (type, definitions);
    if (error == NoError) {
        for (UInt32 i = 0; i < definitions.GetSize (); i++) {
            names.Push(definitions[i].name);
        }
    }
 
    return error;
}

ACAPI_Element_GetPropertyObjects()

GSErrCode __ACENV_CALL ACAPI_Element_GetPropertyObjects	(	const API_Elem_Head *	elemHead,
		API_PropertyObjectRefType ***	propRefs,
		Int32 *	nProp
	)

Returns property objects of the element.

Parameters

elemHead	[in] The element to get the properties for.
propRefs	[out] List of property objects.
nProp	[out] Number of the property objects.

Returns

• NoError - The function has completed with success.
• APIERR_BADPARS - propRefs or nProp is nullptr
• APIERR_BADID - Incorrect elemHead was specified
• APIERR_MEMFULL - Not enough memory to get the properties

Remarks

This function is used to get the list of property objects for a linked element. The properties can be associated with construction elements by criteria or by individual direct assignment. This applies to all construction elements. From Archicad 9 the linked properties of both an element instance and the element defaults can be accessed with two new functions: ACAPI_ElementLink_GetLinkedPropertyObjects and ACAPI_ElementLink_SetLinkedPropertyObjects.

Example

void GetProperties (const API_Guid& guid)
{
    API_Elem_Head              elemHead;
    API_PropertyObjectRefType  **propRefs;
    API_LibPart                libPart;
    Int32                      nProp, i;
    char                       s[256];
    GSErrCode                  err;
 
    BNZeroMemory (&elemHead, sizeof (API_Elem_Head));
    elemHead.guid = guid;
 
    err = ACAPI_Element_GetPropertyObjects (&elemHead, &propRefs, &nProp);
    if (err == NoError) {
        for (i = 0; i < nProp; i++) {
            BNZeroMemory (&libPart, sizeof (API_LibPart));
            libPart.index = (*propRefs)[i].libIndex;
            err = ACAPI_LibraryPart_Get (&libPart);
            if (err == NoError) {
                if ((*propRefs)[i].assign)
                    sprintf (s, "Associated property:");
                else
                    sprintf (s, "Property by criteria:");
                sprintf (s, "%s %s", s, (const char *) GS::UniString (libPart.docu_UName).ToCStr ());
                ACAPI_WriteReport (s, false);
            }
        }
        BMKillHandle ((GSHandle *) &propRefs);
    }
}

ACAPI_Element_GetPropertyValue() [1/2]

GSErrCode __ACENV_CALL ACAPI_Element_GetPropertyValue	(	const API_ElemComponentID &	elemComponent,
		const API_Guid &	propertyDefinitionGuid,
		API_Property &	property
	)

Retrieves the specified property definition's value from the component.

Parameters

elemComponent	[in] The identifier of the element's component to search for.
propertyDefinitionGuid	[in] The property definition to get the values for.
property	[out] The value of the requested property.

Returns

• NoError - The function has completed with success.
• APIERR_BADID - The elemComponent did not refer to a valid component.
• APIERR_GENERAL - The propertyDefinitionGuid did not refer to a valid property definition.

Example

GSErrCode GetPropertyValue (const API_ElemComponentID& elemComponent, API_PropertyValue& value)
{
    GS::Array<API_PropertyDefinition> definitions;
    GSErrCode error = ACAPI_Element_GetPropertyDefinitions (elemComponent, API_PropertyDefinitionFilter_All, definitions);
    if (error == NoError && !definitions.IsEmpty ()) {
        API_Property property = {};
        error = ACAPI_Element_GetPropertyValue (elemComponent, definitions[0].guid, property);
        if (error == NoError) {
            value = property.value;
        }
    }
 
    return error;
}

ACAPI_Element_GetPropertyValue() [2/2]

GSErrCode __ACENV_CALL ACAPI_Element_GetPropertyValue	(	const API_Guid &	elemGuid,
		const API_Guid &	propertyDefinitionGuid,
		API_Property &	property
	)

Retrieves the specified property definition's value from the element.

Parameters

elemGuid	[in] The element GUID to search for.
propertyDefinitionGuid	[in] The property definition to get the values for.
property	[out] The value of the requested property.

Returns

• NoError - The function has completed with success.
• APIERR_BADID - The elemGuid did not refer to a valid element.
• APIERR_GENERAL - The propertyDefinitionGuid did not refer to a valid property definition.

Example

GSErrCode GetPropertyValue (const API_Guid& elemGuid, API_PropertyValue& value)
{
    GS::Array<API_PropertyDefinition> definitions;
    GSErrCode error = ACAPI_Element_GetPropertyDefinitions (elemGuid, API_PropertyDefinitionFilter_UserDefined, definitions);
    if (error == NoError) {
        API_Property  property = {};
        error = ACAPI_Element_GetPropertyValue (elemGuid, definitions[0].guid, property);
        if (error == NoError) {
            value = property;
        }
    }
 
    return error;
}

ACAPI_Element_GetPropertyValueOfDefaultElem()

GSErrCode __ACENV_CALL ACAPI_Element_GetPropertyValueOfDefaultElem	(	const API_ElemType &	type,
		const API_Guid &	propertyDefinitionGuid,
		API_Property &	property
	)

Retrieves the value of the specified property definition.

Since

Archicad 26

Parameters

type	[in] Type of the default element.
propertyDefinitionGuid	[in] The property definition's GUID to get the value for.
property	[out] The value of the requested property.

Returns

• NoError - The function has completed with success.
• APIERR_BADID - Incorrect type was specified.

Remarks

From version 26 the typeID and variationID parameters were merged into a single API_ElemType parameter.

Example

GSErrCode GetPropertyValue (const API_ElemType& type, API_PropertyValue& value)
{
    GS::Array<API_PropertyDefinition> definitions;
    GSErrCode error = ACAPI_Element_GetPropertyDefinitionsOfDefaultElem (type, API_PropertyDefinitionFilter_UserDefined, definitions);
    if (error == NoError && definitions.GetSize () > 0) {
        API_Property property = {};
        error = ACAPI_Element_GetPropertyValueOfDefaultElem (type, definitions[0].guid, property);
        if (error == NoError) {
            value = property;
        }
    }
 
    return error;
}

ACAPI_Element_GetPropertyValues() [1/2]

GSErrCode __ACENV_CALL ACAPI_Element_GetPropertyValues	(	const API_ElemComponentID &	elemComponent,
		const GS::Array< API_PropertyDefinition > &	propertyDefinitions,
		GS::Array< API_Property > &	properties
	)

Retrieves the values of the specified property definitions from the component.

Parameters

elemComponent	[in] The identifier of the element's component to search for.
propertyDefinitions	[in] The property definitions to get the values for.
properties	[out] The definitions and values of the requested properties.

Returns

• NoError - The function has completed with success.
• APIERR_BADID - The elemComponent did not refer to a valid element.

Example

GSErrCode GetAllPropertyValues (const API_ElemComponentID& elemComponent, GS::Array<API_PropertyValue>& values)
{
    GS::Array<API_PropertyDefinition> definitions;
    GSErrCode error = ACAPI_Element_GetPropertyDefinitions (elemComponent, API_PropertyDefinitionFilter_All, definitions);
    if (error == NoError) {
        GS::Array<API_Property> properties;
        error = ACAPI_Element_GetPropertyValues (elemComponent, definitions, properties);
        if (error == NoError) {
            for (UInt32 i = 0; i < properties.GetSize (); i++) {
                if (properties[i].isDefault) {
                    values.Push (properties[i].definition.defaultValue.basicValue);
                } else {
                    values.Push (properties[i].value);
                }
            }
        }
    }
 
    return error;
}

ACAPI_Element_GetPropertyValues() [2/2]

GSErrCode __ACENV_CALL ACAPI_Element_GetPropertyValues	(	const API_Guid &	elemGuid,
		const GS::Array< API_PropertyDefinition > &	propertyDefinitions,
		GS::Array< API_Property > &	properties
	)

Retrieves the specified property definitions with values.

Parameters

elemGuid	[in] The element GUID to search for.
propertyDefinitions	[in] The property definitions to get the values for. They are identified through definition.guid.
properties	[out] The definitions and values of the requested properties.

Returns

• NoError - The function has completed with success.
• APIERR_BADID - The elemGuid did not refer to a valid element.

Example

GSErrCode GetAllPropertyValues (const API_Guid& elemGuid, GS::Array<API_PropertyValue>& values)
{
    GS::Array<API_PropertyDefinition> definitions;
    GSErrCode error = ACAPI_Element_GetPropertyDefinitions (elemGuid, API_PropertyDefinitionFilter_UserDefined, definitions);
    if (error == NoError) {
        GS::Array<API_Property>  properties;
        error = ACAPI_Element_GetPropertyValues (elemGuid, definitions, properties);
        if (error == NoError) {
            for (UInt32 i = 0; i < properties.GetSize (); i++) {
                if (properties[i].isDefault) {
                    values.Push (properties[i].definition.defaultValue);
                } else {
                    values.Push (properties[i].value);
                }
            }
        }
    }
 
    return error;
}

ACAPI_Element_GetPropertyValuesByGuid() [1/2]

GSErrCode __ACENV_CALL ACAPI_Element_GetPropertyValuesByGuid	(	const API_ElemComponentID &	elemComponent,
		const GS::Array< API_Guid > &	propertyDefinitions,
		GS::Array< API_Property > &	properties
	)

Retrieves the specified property definitions (defined by their GUIDs) with values from the component.

Parameters

elemComponent	[in] The identifier of the element's component to search for.
propertyDefinitions	[in] The property definition GUIDs to get the values for.
properties	[out] The definitions and values of the requested properties.

Returns

• NoError - The function has completed with success.
• APIERR_BADID - The elemComponent did not refer to a valid element.

Example

GSErrCode GetAllPropertyValues (const API_ElemComponentID& elemComponent, GS::Array<API_PropertyValue>& values)
{
    GS::Array<API_PropertyDefinition> definitions;
    GSErrCode error = ACAPI_Element_GetPropertyDefinitions (elemComponent, API_PropertyDefinitionFilter_UserDefined, definitions);
    if (error == NoError) {
        GS::Array<API_Guid> propertyDefinitionGuids;
        for (UInt32 i = 0; i < definitions.GetSize (); i++) {
            propertyDefinitionGuids.Push (definitions[i].guid);
        }
        GS::Array<API_Property>  properties;
        error = ACAPI_Element_GetPropertyValuesByGuid (elemComponent, propertyDefinitionGuids, properties);
        if (error == NoError) {
            for (UInt32 i = 0; i < properties.GetSize (); i++) {
                if (properties[i].isDefault) {
                    values.Push (properties[i].definition.defaultValue.basicValue);
                } else {
                    values.Push (properties[i].value);
                }
            }
        }
    }
 
    return error;
}

ACAPI_Element_GetPropertyValuesByGuid() [2/2]

GSErrCode __ACENV_CALL ACAPI_Element_GetPropertyValuesByGuid	(	const API_Guid &	elemGuid,
		const GS::Array< API_Guid > &	propertyDefinitions,
		GS::Array< API_Property > &	properties
	)

Retrieves the specified property definitions (defined by their GUIDs) with values.

Parameters

elemGuid	[in] The element GUID to search for.
propertyDefinitions	[in] The property definition GUIDs to get the values for.
properties	[out] The definitions and values of the requested properties.

Returns

• NoError - The function has completed with success.
• APIERR_BADID - The elemGuid did not refer to a valid element.

Example

GSErrCode GetAllPropertyValues (const API_Guid& elemGuid, GS::Array<API_PropertyValue>& values)
{
    GS::Array<API_PropertyDefinition> definitions;
    GSErrCode error = ACAPI_Element_GetPropertyDefinitions (elemGuid, API_PropertyDefinitionFilter_UserDefined, definitions);
    if (error == NoError) {
        GS::Array<API_Guid> propertyDefinitionList;
        for (UInt32 i = 0; i (); i++) {
            if (ACAPI_Element_IsPropertyDefinitionVisible (elemGuid, definitions[i].guid)) {
                propertyDefinitionList.Push (definitions[i].guid);
            }
        }
        GS::Array<API_Property>  properties;
        error = ACAPI_Element_GetPropertyValuesByGuid (elemGuid, propertyDefinitionList, properties);
        if (error == NoError) {
            for (UInt32 i = 0; i < properties.GetSize (); i++) {
                if (properties[i].isDefault) {
                    values.Push (properties[i].definition.defaultValue);
                } else {
                    values.Push (properties[i].value);
                }
            }
        }
    }
 
    return error;
}
 
 
 
For more detailed examples, please see the Property_Test add-on.
 
    
Requirements
Version:
API 22 or later
Header:
ACAPinc.h
 
 
See Also
Properties
,
API Functions
 
 
Created on April 25, 2018

ACAPI_Element_GetPropertyValuesOfDefaultElem()

GSErrCode __ACENV_CALL ACAPI_Element_GetPropertyValuesOfDefaultElem	(	const API_ElemType &	type,
		const GS::Array< API_PropertyDefinition > &	propertyDefinitions,
		GS::Array< API_Property > &	properties
	)

Retrieves the values of the specified property definitions.

Since

Archicad 26

Parameters

type	[in] Type of the default element.
propertyDefinitions	[in] The property definitions (identified by definition.guid) to get the values for.
properties	[out] The definitions and values of the requested properties.

Returns

• NoError - The function has completed with success.
• APIERR_BADID - Incorrect type was specified.

Remarks

From version 26 the typeID and variationID parameters were merged into a single API_ElemType parameter.

Example

GSErrCode GetAllPropertyValues (const API_ElemType& type, GS::Array<API_PropertyValue>& values)
{
    GS::Array<API_PropertyDefinition> definitions;
    GSErrCode error = ACAPI_Element_GetPropertyDefinitionsOfDefaultElem (type, API_PropertyDefinitionFilter_UserDefined, definitions);
    if (error == NoError) {
        GS::Array<API_Property> properties;
        error = ACAPI_Element_GetPropertyValuesOfDefaultElem (type, definitions, properties);
        if (error == NoError) {
            for (UInt32 i = 0; i < properties.GetSize (); i++) {
                if (properties[i].isDefault) {
                    values.Push (properties[i].definition.defaultValue);
                } else {
                    values.Push (properties[i].value);
                }
            }
        }
    }
 
    return error;
}

ACAPI_Element_GetPropertyValuesOfDefaultElemByGuid()

GSErrCode __ACENV_CALL ACAPI_Element_GetPropertyValuesOfDefaultElemByGuid	(	const API_ElemType &	type,
		const GS::Array< API_Guid > &	propertyDefinitionGuids,
		GS::Array< API_Property > &	properties
	)

Retrieves the values of the specified property definitions.

Since

Archicad 26

Parameters

type	[in] Type of the default element.
propertyDefinitionGuids	[in] The property definition GUIDs to get the values for.
properties	[out] The definitions and values of the requested properties.

Returns

• NoError - The function has completed with success.
• APIERR_BADID - Incorrect type was specified.

Remarks

From version 26 the typeID and variationID parameters were merged into a single API_ElemType parameter.

Example

GSErrCode GetAllPropertyValuesByGuid (const API_ElemType& type, GS::Array<API_PropertyValue>& values)
{
    GS::Array<API_PropertyDefinition> definitions;
    GSErrCode error = ACAPI_Element_GetPropertyDefinitionsDefault (type, definitions);
    if (error == NoError) {
        GS::Array<API_Guid> propGuids;
        for (UInt32 i = 0; i < definitions.GetSize (); i++) {
            propGuids.Push (definitions[i].guid);
        }
 
        GS::Array<API_Property> properties;
        error = ACAPI_Element_GetPropertyValuesOfDefaultElemByGuid (type, propGuids, properties);
        if (error == NoError) {
            for (UInt32 i = 0; i < properties.GetSize (); i++) {
                if (properties[i].isDefault) {
                    values.Push (properties[i].definition.defaultValue);
                } else {
                    values.Push (properties[i].value);
                }
            }
        }
    }
 
    return error;
}

ACAPI_Element_GetQuantities()

GSErrCode __ACENV_CALL ACAPI_Element_GetQuantities	(	API_Guid	elemGuid,
		const API_QuantityPar *	params,
		API_Quantities *	quantities,
		const API_QuantitiesMask *	mask = nullptr
	)

Returns information on the quantities parameters of an element.

Parameters

elemGuid	[in] Guid of the element.
params	[in] Input parameters.
quantities	[Out] Optional quantity parameters.
mask	[In] Optional parameter for masking the relevant fields of quantities (by default it is nullptr).

Returns

• NoError - The function has completed with success.
• APIERR_BADPARS - quantities is nullptr, or mask is nullptr and either elements or composites field is nullptr in quantities.
• APIERR_BADID - Incorrect elemGuid was specified.

Remarks

This function is used to get the quantity parameters of an element. The quantitites are: surface, volume, perimeter, length and several other parameters. This applies to all construction elements.

Example

API_ElementQuantity quantity;
API_Quantities      quantities;
API_QuantitiesMask  mask;
API_QuantityPar   params;
char              s[256] = { '\0' };
GSErrCode         err;
 
ACAPI_ELEMENT_QUANTITY_MASK_CLEAR (mask);
ACAPI_ELEMENT_QUANTITY_MASK_SET (mask, wall, surface1);
ACAPI_ELEMENT_QUANTITY_MASK_SET (mask, wall, volume);
 
quantities.elements = &quantity;
params.minOpeningSize = EPS;
err = ACAPI_Element_GetQuantities (elemGuid, &params, &quantities, &mask);
if (!err) {
    sprintf (s, "surface1: %.2lf  volume: %.2lf", quantity.wall.surface1, quantity.wall.volume);
    ACAPI_WriteReport (s, true);
}

ACAPI_Element_GetRelations()

GSErrCode __ACENV_CALL ACAPI_Element_GetRelations	(	const API_Guid &	guid,
		const API_ElemType &	otherType,
		void *	relData,
		UInt32	mask = 0
	)

Returns information on objects connected to walls, beams, beam segments, rooms, shells, roofs, curtain wall panels, skylights, windows and doors.

Since

Archicad 26

Parameters

guid	[in] Guid of the element.
otherType	[in] Type of the requested element.
relData	[out] The relation data returned by the function. This pointer must refer to an API_WallRelation, API_BeamRelation, API_BeamSegmentRelation, API_RoomRelation, API_RoofRelation, API_ShellRelation, API_SkylightRelation, API_WindowRelation, or an API_DoorRelation structure according to the type of the requested element given be the guid parameter.
mask	[in] Optional mask. Currently valid values are 0 and APIElemMask_FromFloorplan. In the latter case, the element referred by guid is searched in the floor plan database.

Returns

• NoError - The operation was successful.
• APIERR_BADPARS - The relData parameter was nullptr or otherID parameter is incorrect.
• APIERR_BADID - Incorrect guid was specified.
• APIERR_DELETED - The element does not exist in the database

Remarks

This function returns information on elements connected to the element identified by the given guid. The requested object type is given in otherType.

Type of the given element	otherID	Comment
walls	API_ZombieElemID, API_WallID	For walls the connected elements and the modified polygon is put into relData. Positive indices mean that the begin point of the other object is connected to the wall; while negative indices mean the end point. Five types of connections are returned: walls which are connected to the begin point, to the end point and to the reference line of the wall, walls to the reference line of whose the wall you requested information on is connected, and cross connections.
rooms	API_ZombieElemID, API_WallID, API_ColumnID, API_ObjectID, API_LampID, API_WindowID API_DoorID, API_BeamID, API_CurtainWallID, API_CurtainWallFrameID, API_CurtainWallPanelID, API_CurtainWallJunctionID, API_CurtainWallAccessoryID, API_CurtainWallSegmentID, API_SkylightID, API_RoofID, API_ShellID, API_MorphID, API_StairID, API_RiserID, API_TreadID, API_StairStructureID, API_RailingID, API_RailingToprailID, API_RailingHandrailID, API_RailingRailID, API_RailingPostID, API_RailingInnerPostID, API_RailingBalusterID, API_RailingPanelID, API_RailingSegmentID, API_RailingToprailEndID, API_RailingHandrailEndID, API_RailingRailEndID, API_RailingToprailConnectionID, API_RailingHandrailConnectionID, API_RailingRailConnectionID, API_RailingNodeID or API_SlabID	For rooms, the walls, columns, objects, lamps, windows, doors, beams, curtain walls, skylights, roofs, shells, morphs, stairs, risers, treads, railings and slabs are returned. For walls, beams and curtain wall segments the returned information contains that segment of the wall which is inside the room (see API_WallPart / API_CWSegmentPart and API_BeamPart).
beams	API_ZombieElemID or API_BeamID	For beams the connected elements and the modified polygon is put into relData. Positive indices mean that the begin point of the other object is connected to the beam; while negative indices mean the end point. Five types of connections are returned: beams which are connected to the begin point, to the end point and to the reference line of the beam, beams to the reference line of whose the beam you requested information on is connected, and cross connections.
beam segments	API_ZombieElemID or API_BeamSegmentID	For beam segments the connected elements and the modified polygon is put into relData. Positive indices mean that the begin point of the other object is connected to the beam segment; while negative indices mean the end point. Five types of connections are returned: beam segments which are connected to the begin point, to the end point and to the reference line of the beam segment, beam segments to the reference line of whose the beam segment you requested information on is connected, and cross connections.
curtain wall panels and skylights	API_ZombieElemID or API_ZoneID	For curtain wall panels and skylights the connected rooms are put into relData.
windows and doors	API_ZombieElemID or API_ZoneID	For windows and doors the connected rooms are put into relData.
roof and shell	API_ZombieElemID or API_ZoneID	For roof and shell the connected rooms are put into rooms.

Don't forget to call the appropriate ACAPI_DisposeRoomRelationHdls, ACAPI_DisposeWallRelationHdls, ACAPI_DisposeBeamRelationHdls, or ACAPI_DisposeBeamSegmentRelationHdls function to dispose the handles. From version 26 the otherTypeID parameter was changed into an API_ElemType parameter.

Example

// API_WallRelation example
API_WallRelation            relData;
GS::Array<API_Guid>     elemList;
 
ACAPI_Element_GetElemList (API_WallID, &elemList);
for (const API_Guid& wallGuid : elemList) {
    if (ACAPI_Element_GetRelations (wallGuid, API_WallID, (void*)& relData) != NoError)
        continue;
 
    ACAPI_WriteReport ("Connected walls to the wall %s", false, APIGuidToString (wallGuid).ToCStr ().Get ());
 
    if (relData.conBeg != nullptr) {
        ACAPI_WriteReport ("\tat the begin point:", false);
        for (Int32 ind = 0; ind < relData.nConBeg; ind++) {
            ACAPI_WriteReport ("\t\t#%ld ", false, (*(relData.conBeg))[ind]);
        }
    }
 
    if (relData.conEnd != nullptr) {
        ACAPI_WriteReport ("\tat the end point:", false);
        for (Int32 ind = 0; ind < relData.nConEnd; ind++) {
            ACAPI_WriteReport ("\t\t#%d", false, (*(relData.conEnd))[ind]);
        }
    }
 
    if (relData.conRef != nullptr) {
        ACAPI_WriteReport ("\ton the reference line not at the end points:", false);
        for (Int32 ind = 0; ind < relData.nConRef; ind++) {
            ACAPI_WriteReport ("\t\t#%d", false, (*(relData.conRef))[ind]);
        }
    }
 
    if (relData.con != nullptr) {
        ACAPI_WriteReport ("\ton the reference line:", false);
        for (Int32 ind = 0; ind < relData.nCon; ind++) {
            ACAPI_WriteReport ("\t\t#%d", false, (*(relData.con))[ind]);
        }
    }
 
    if (relData.conX != nullptr) {
        ACAPI_WriteReport ("\thaving intersection with:", false);
        for (Int32 ind = 0; ind < relData.nConX; ind++) {
            ACAPI_WriteReport ("\t\t#%d", false, (*(relData.conX))[ind]);
        }
    }
 
    ACAPI_DisposeWallRelationHdls (&relData);
}
 
// API_RoomRelation example
API_RoomRelation            roomData;
 
elemList = {};
ACAPI_Element_GetElemList (API_ZoneID, &elemList);
for (const API_Guid& roomGuid : elemList) {
    if (ACAPI_Element_GetRelations (roomGuid, API_ZombieElemID, (void*)& roomData) != NoError)
        continue;
    ACAPI_WriteReport ("Connected elems to the room %s", false, APIGuidToString (roomGuid).ToCStr ().Get ());
 
    ACAPI_WriteReport ("\tWalls:", false);
    if (roomData.relatedElementsGroupedByType.ContainsKey (API_WallID)) {
        for (const API_Guid& wallGuid : roomData.relatedElementsGroupedByType[API_WallID]) {
            ACAPI_WriteReport ("\t\t%s", false, APIGuidToString (wallGuid).ToCStr ().Get ());
        }
    }
 
    ACAPI_WriteReport ("\tSlabs:", false);
    if (roomData.relatedElementsGroupedByType.ContainsKey (API_SlabID)) {
        for (const API_Guid& slabGuid : roomData.relatedElementsGroupedByType[API_SlabID]) {
            ACAPI_WriteReport ("\t\t%s", false, APIGuidToString (slabGuid).ToCStr ().Get ());
        }
    }
 
    ACAPI_DisposeRoomRelationHdls (&roomData);
}

ACAPI_Element_GetRoomImage()

GSErrCode __ACENV_CALL ACAPI_Element_GetRoomImage

(

API_RoomImage *

roomImage

)

Returns the image of the given room.

Parameters

roomImage

[in/out] The API_RoomImage object containing the parameters for the image and the output generated image.

Returns

• NoError - The function has completed with success.
• APIERR_BADPARS - The roomImage parameter or the contained (roomImage->nativeImagePtr) is nullptr.
• APIERR_BADID - The given GUID (roomImage->roomGuid) is invalid.

Remarks

For example code please see the Goodie_Functions example Add-On.

ACAPI_Element_GetSkylightHolePolygon()

GSErrCode __ACENV_CALL ACAPI_Element_GetSkylightHolePolygon	(	const API_Guid *	skylightGuid,
		Geometry::Polygon2D *	holePoly
	)

Returns the polygon data of a Skylight hole contour.

Parameters

skylightGuid	[in] Identifier of the Skylight element.
holePoly	[out] Polygon data of the hole contour.

Returns

• NoError - The function has completed with success.
• APIERR_NOPLAN - There is no active plan database.
• APIERR_BADPARS - skylightGuid or holePoly is nullptr.
• APIERR_BADINDEX - skylightGuid does not refer to a valid element in the database.
• APIERR_REFUSEDPAR - The element specified with skylightGuid is not Skylight type.

Remarks

This function is used to get the contour polygon of a Skylight hole in absolute coordinates, projected to the horizontal plane. (Note that currently this is not the actual hole contour but the four corner points of the Skylight element). No need to dispose the allocated data of the Geometry::Polygon2D nor the Geometry::MultiPolygon2D.

Example

void AddSkylightHolesToRoofPolygon (Geometry::Polygon2DData& polygon2DData, const GS::Array<API_Guid>& skylights)
{
    Geometry::MultiPolygon2D multi;
    Geometry::ConvertPolygon2DDataToPolygon2D (multi, polygon2DData);
    Geometry::Polygon2D polygon2D = multi.PopLargest ();
 
    for (UIndex i = 0; i < skylights.GetSize (); i++) {
        Geometry::Polygon2D holePoly;
        if (ACAPI_Goodies (APIAny_GetSkylightHolePolygonID
, (void*) &skylights[i], &holePoly) == NoError) {
            Geometry::MultiPolygon2D resultPolys;
            polygon2D.Substract (holePoly, resultPolys);
            if (!resultPolys.IsEmpty ()) {
                polygon2D = resultPolys.PopLargest ();
            }
        }
    }
    Geometry::FreePolygon2DData (&Polygon2DData);
    Geometry::ConvertPolygon2DToPolygon2DData (polygon2DData, polygon2D);
}

ACAPI_Element_GetSurfaceQuantities()

GSErrCode __ACENV_CALL ACAPI_Element_GetSurfaceQuantities	(	const GS::Array< API_Guid > *	elemGuids,
		const GS::Array< API_Guid > *	coverElemGuids,
		GS::Array< API_ElemPartSurfaceQuantity > *	quantities
	)

Returns information of the given elements surfaces.

Parameters

elemGuids	[in] Array of elem guids, to calculate surface informations.
coverElemGuids	[in] Array of elem guids to consider as cover elems, when calculating visible surfaces areas.
quantities	[out] Calculated surface information will be pushed into this array, in the same order as in elemGuids.

Returns

• NoError - The function has completed with success.
• APIERR_BADPARS - Either elemGuids or coverElemGuids or quantities is nullptr

Remarks

This function is used to get one or more elements surface informations, mainly surface area. When calculating the surface area you can specify which elements are considered as cover elems. The area where a cover elem overlaps the given element will be reduced from the whole surface of the elem.

Example

char        s[256] = { '\0' };
GS::Array<API_Guid> elemGuids = GetWallGuids ();
GS::Array<API_Guid> coverElemGuids = GetSlabGuids ();
GS::Array<API_ElemPartSurfaceQuantity>  elemPartSurfaces;
 
GSErrCode err = ACAPI_Element_GetSurfaceQuantities (&elemGuids, &coverElemGuids, &elemPartSurfaces);
if (err == NoError) {
  for (UInt32 i = 0; i < elemPartSurfaces.GetSize (); i++) {
    sprintf (s, "Visible area of %s without the parts covered by slabs is %.2lf", APIGuidToString (elemGuids[i]).ToCStr ().Get (), elemPartSurfaces[i].exposedSurface);
    ACAPI_WriteReport (s, true);
  }
}

ACAPI_Element_GetSyTran()

GSErrCode __ACENV_CALL ACAPI_Element_GetSyTran	(	const API_Elem_Head *	elemHead,
		API_SyTran *	syTran
	)

Obtains the transformation parameters of an actual instance of a library part.

Parameters

elemHead	[in] Identifies the element. Its type should be API_WindowID, API_DoorID, API_ObjectID, API_LampID, or API_ZoneID.
syTran	[out] The function returns the transformation parameters here.

Returns

• NoError - The function has completed with success.
• APIERR_BADPARS - The syTran parameter was nullptr.
• APIERR_BADID - The element reference is invalid; elemHead->guid.
• APIERR_DELETED - The element does not exist in the database
• APIERR_GENERAL - The element reference is invalid; elemHead->guid.

Remarks

You can get the transformation parameters of an actual instance of a library part (type should be API_WindowID, API_DoorID, API_ObjectID, API_LampID, or API_ZoneID) with this function. The transformation parameters are not easy to calculate and keep up-to-date, this function helps you to obtain this information.

ACAPI_Element_GetTextLineLength()

GSErrCode __ACENV_CALL ACAPI_Element_GetTextLineLength	(	API_TextLinePars *	textLinePars,
		double *	length
	)

Returns the length of a line of text in mms.

Parameters

textLinePars	[in] parameters of the text to be measured
length	[out] the length of the text

Returns

• NoError - The function has completed with success.
• APIERR_BADPARS - one or both of the parameters are nullptr

Remarks

The index field of textLinePars determines the behavior of the function.

index	Behavior
-1	No line terminator; this is the last line of the text.
0	Line terminators are in the text; measure the whole string in textLinePars->lineStr.
> 0	Length of the line with the specified index.

The textLinePars->drvScaleCorr field determines whether any drawing scale correction is applied.

ACAPI_Element_GetTextSizeFactor()

GSErrCode __ACENV_CALL ACAPI_Element_GetTextSizeFactor	(	short *	api_fontID,
		double *	textSizeFactor
	)

Returns the ratio of the font capital size and typography size.

Parameters

api_fontID	[in] Font attribute index.
textSizeFactor	[out] The ratio of the font capital size and typography size.

Returns

• NoError - The function has completed with success.
• APIERR_BADPARS - Any of the parameters are nullptr.

Remarks

Archicad uses the capital font size. This function is used to determine the ratio of the font capital size and typographical size.

ACAPI_Element_GetUserData()

GSErrCode __ACENV_CALL ACAPI_Element_GetUserData	(	API_Elem_Head *	elemHead,
		API_ElementUserData *	userData,
		UInt32	mask = 0
	)

Obtains the user data attached to an element or an element default.

Parameters

elemHead	[in] Identifies the element or element default (only fields type and guid are used).
userData	[in/out] Pointer to the user data.
mask	[in] Optional mask. Currently valid values are 0 and APIElemMask_FloorPlan. In the latter case, the elements in the floor plan database are counted directly, without changing the database first.

Returns

• NoError - The function has completed with success.
• APIERR_BADPARS - The passed parameter is nullptr; userData
• APIERR_BADID - The elemHead is incorrect.
• APIERR_NOUSERDATA - No user data attached with the gived signature

Remarks

This function is used to get the user attached data from an element or from an element default. To obtain data from element default only elemHead->type is necessary and elemHead->guid should be APINULLGuid. To obtain data from an element only elemHead->guid is necessary and it should be set to element's guid. Use the ACAPI_Element_SetUserData functions to push data into the element record. You can read more about this topic at the Save data into Element records paper.

Example

//------------------------------------------------------------
// Obtain user data from wall default element
//------------------------------------------------------------
GSErrCode GetUserDataFromWallDefaultElem (CustomData data)
{
    API_Elem_Head wallDefault = {};
    wallDefault.type = API_WallID;
    API_ElementUserData userData = {};
    GSErrCode err = ACAPI_Element_GetUserData (&wallDefault, &userData);
    if (err == NoError && userData.dataHdl != nullptr && userData.platformSign == GS::Act_Platform_Sign)
        data = *reinterpret_cast<CustomData*>(*userData.dataHdl);
    BMKillHandle (&userData.dataHdl);
    return NoError;
}
 
 
//------------------------------------------------------------
// Obtain user data from an element identified by guid
//------------------------------------------------------------
GSErrCode GetUserDataFromElem (const API_Guid selectedElemGuid, CustomData data)
{
    API_Elem_Head element = {};
    element.guid = selectedElemGuid;
    API_ElementUserData userData = {};
    GSErrCode err = ACAPI_Element_GetUserData (&element, &userData);
    if (err == NoError && userData.dataHdl != nullptr && userData.platformSign == GS::Act_Platform_Sign)
        data = *reinterpret_cast<CustomData*>(*userData.dataHdl);
    BMKillHandle (&userData.dataHdl);
    return NoError;
}

ACAPI_Element_InstallElementObserver()

GSErrCode __ACENV_CALL ACAPI_Element_InstallElementObserver

(

APIElementEventHandlerProc *

handlerProc

)

Installs an element observer function which receives notifications on elements' changes.

Parameters

handlerProc

[in] The callback procedure to call when notifications are sent out on changes of elements. Specifying nullptr here means you don't need the notifications any more.

Returns

• NoError - The function completed successfully.

Remarks

This function is used to register/unregister an add-on which wants to monitor the changes in elements. This is a common callback for all the different element observers which can be attached to an element with ACAPI_Element_AttachObserver. After registration your add-on's handlerProc you will be called when any of the monitored elements change. For more details see also the Element related notifications paragraph of the Notification Manager.

Example

// -----------------------------------------------------------------------------
// Element observer callback function
// -----------------------------------------------------------------------------
static GSErrCode __ACENV_CALL    ElementEventHandler (const API_NotifyElementType *elemType)
 
{
    GSErrCode       err = NoError;
    char            msgStr[256];
    char            elemStr[32];
    API_Elem_Head   elemHead;
    API_Element     parentElement;
 
    BNZeroMemory (&parentElement, sizeof (API_Element));
    ACAPI_Notification_GetParentElement (&parentElement, nullptr, 0, nullptr);
 
    switch (elemType->notifID) {
        case APINotifyElement_Copy:
                    BNZeroMemory (&elemHead, sizeof (API_Elem_Head));
 
                    if (parentElement.header.guid != APINULLGuid && GetElementTypeString (elemType->type, elemStr)) {
                        sprintf (msgStr, "### Element_Manager: %s #%d copied from #%d",
                                 elemStr, APIGuidToString (elemType->guid).ToCStr ().Get (),
                                 APIGuidToString (parentElement.header.guid).ToCStr ().Get ());
 
                        elemHead.guid = elemType->guid;
                        err = ACAPI_Element_AttachObserver (&elemHead, 0);
                    }
                    break;
 
 
        default:
                    err = APIERR_NOTSUPPORTED;
                    break;
    }
 
    if (err == NoError)
        ACAPI_WriteReport (msgStr, false);
 
    return err;
}   // ElementEventHandler
 
 
// -----------------------------------------------------------------------------
// Called after the Add-On has been loaded into memory
// -----------------------------------------------------------------------------
GSErrCode    __ACENV_CALL    Initialize (void)
 
{
    // catch changes in the selection
    GSErrCode err = ACAPI_Element_InstallElementObserver (ElementEventHandler);
 
    return err;
}   // Initialize

ACAPI_Element_IsClassificationItemVisible()

bool __ACENV_CALL ACAPI_Element_IsClassificationItemVisible	(	const API_Guid &	elemGuid,
		const API_Guid &	classificationGuid
	)

Tells whether a classification item is visible for an element.

Parameters

elemGuid	[in] The element GUID to search for.
classificationGuid	[in] The classification item GUID to search for.

Returns

• true - The given classification item is visible for the element. It can return true even if the parent of the classification item is hidden.
• false - The given classification item is not visible for the element or invalid parameters.

Example

GSErrCode GetVisibleClassificationItems (const API_Guid& elemGuid, GS::Array<API_ClassificationItem>& visibleClassifications)
{
    GS::Array<API_ClassificationItem> definitions;
    GSErrCode error = ACAPI_Classification_GetClassificationItems (APINULLGuid, definitions);
    if (error == NoError) {
        for (UInt32 i = 0; i < definitions.GetSize (); ++i) {
            if (ACAPI_Element_IsClassificationItemVisible (elemGuid, definitions[i].guid)) {
                visibleClassifications.Push (definitions[i]);
            }
        }
    }
    return error;
}

ACAPI_Element_IsClassificationItemVisibleDefault()

bool __ACENV_CALL ACAPI_Element_IsClassificationItemVisibleDefault	(	const API_ElemType &	type,
		const API_Guid &	classificationGuid
	)

Tells whether a classification item is visible for an element default.

Since

Archicad 26

Parameters

type	[in] Type of the default element.
classificationGuid	[in] The classification item GUID to search for.

Returns

• true - The given classification item is visible for the element default. It can return true even if the parent of the classification item is hidden.
• false - The given classification item is not visible for the element default or invalid parameters.

Remarks

From version 26 the typeID and variationID parameters were merged into a single API_ElemType parameter.

Example

GSErrCode GetVisibleClassificationItems (const API_ElemType& type, GS::Array<API_ClassificationItem>& visibleClassifications)
{
    GS::Array<API_ClassificationItem> definitions;
    GSErrCode error = ACAPI_Classification_GetClassificationItems (APINULLGuid, definitions);
    if (error == NoError) {
        for (UInt32 i = 0; i < definitions.GetSize (); ++i) {
            if (ACAPI_Element_IsClassificationItemVisibleDefault (type, definitions[i].guid)) {
                visibleClassifications.Push (definitions[i]);
            }
        }
    }
    return error;
}

ACAPI_Element_IsPropertyDefinitionAvailable()

bool __ACENV_CALL ACAPI_Element_IsPropertyDefinitionAvailable	(	const API_Guid &	elemGuid,
		const API_Guid &	propertyGuid
	)

Tells whether a property definition is available for an element.

Parameters

elemGuid	[in] The element GUID to search for.
propertyGuid	[in] The property definition GUID to search for.

Returns

• true - The given property definition is available for the element.
• false - The given property definition is not available for the element.

Example

GSErrCode GetAvailablePropertyDefinitions (const API_Guid& elemGuid, GS::Array<API_PropertyDefinition>& availableProperties)
{
    GS::Array<API_PropertyDefinition> definitions;
    GSErrCode error = ACAPI_Property_GetPropertyDefinitions (APINULLGuid, definitions);
    if (error == NoError) {
        for (UInt32 i = 0; i < definitions.GetSize (); ++i) {
            if (ACAPI_Element_IsPropertyDefinitionAvailable (elemGuid, definitions[i].guid)) {
                availableProperties.Push (definitions[i]);
            }
        }
    }
    return error;
}

ACAPI_Element_IsPropertyDefinitionAvailableDefault()

bool __ACENV_CALL ACAPI_Element_IsPropertyDefinitionAvailableDefault	(	const API_ElemType &	type,
		const API_Guid &	propertyGuid
	)

Tells whether a property definition is available for an element default.

Since

Archicad 26

Parameters

type	[in] Type of the default element.
propertyGuid	[in] The property definition GUID to search for.

Returns

• true - The given property definition is available for the element default.
• false - The given property definition is not available for the element default.

Remarks

From version 26 the typeID and variationID parameters were merged into a single API_ElemType parameter.

Example

GSErrCode GetAvailablePropertyDefinitions (const API_ElemType& type, GS::Array<API_PropertyDefinition>& availableProperties)
{
    GS::Array<API_PropertyDefinition> definitions;
    GSErrCode error = ACAPI_Property_GetPropertyDefinitions (APINULLGuid, definitions);
    if (error == NoError) {
        for (UInt32 i = 0; i < definitions.GetSize (); ++i) {
            if (ACAPI_Element_IsPropertyDefinitionAvailableDefault (type, definitions[i].guid)) {
                availableProperties.Push (definitions[i]);
            }
        }
    }
    return error;
}

ACAPI_Element_IsPropertyDefinitionValueEditable()

bool __ACENV_CALL ACAPI_Element_IsPropertyDefinitionValueEditable	(	const API_Guid &	elemGuid,
		const API_Guid &	propertyGuid
	)

Tells whether the value of the property can be modified for the specified element. If the elemGuid argument is APINULLGuid, it tells whether the property definition's default value is editable.

Parameters

elemGuid	[in] The element GUID to search for. It can be APINULLGuid, in this case the property definition's default value is checked.
propertyGuid	[in] The property definition GUID to search for.

Returns

• true - The value of the property, or the property definition's default value can be modified.
• false - The value of the property, or the property definition's default value can not be modified. For example, it is a read-only property, or a User Defined property with expression, which has cyclic property references.

Example

GSErrCode GetEditablePropertyDefinitions (const API_Guid& elemGuid, GS::Array<API_PropertyDefinition>& editableProperties)
{
        GS::Array<API_PropertyDefinition> definitions;
        GSErrCode error = ACAPI_Element_GetPropertyDefinitions (elemGuid, API_PropertyDefinitionFilter_UserDefined, definitions);
        if (error == NoError) {
                for (UInt32 i = 0; i < definitions.GetSize (); ++i) {
                        if (ACAPI_Element_IsPropertyDefinitionValueEditable (elemGuid, definitions[i].guid)) {
                                editableProperties.Push (definitions[i]);
                        }
                }
        }
        return error;
}

ACAPI_Element_IsPropertyDefinitionValueEditableDefault()

bool __ACENV_CALL ACAPI_Element_IsPropertyDefinitionValueEditableDefault	(	const API_ElemType &	type,
		const API_Guid &	propertyGuid
	)

Tells whether the value of the property can be modified for the specified tool default.

Since

Archicad 26

Parameters

type	[in] Type of the default element.
propertyGuid	[in] The property definition GUID to search for.

Returns

• true - The value of the property can be modified.
• false - The value of the property can not be modified. For example, it is a read-only property, or a User Defined property with expression, which has cyclic property references.

Remarks

From version 26 the typeID and variationID parameters were merged into a single API_ElemType parameter.

Example

GSErrCode GetAvailablePropertyDefinitions (const API_ElemType& type, GS::Array<API_PropertyDefinition>& editableProperties)
{
    GS::Array<API_PropertyDefinition> definitions;
    GSErrCode error = ACAPI_Element_GetPropertyDefinitionsOfDefaultElem (type, API_PropertyDefinitionFilter_UserDefined, definitions);
    if (error == NoError) {
        for (UInt32 i = 0; i < definitions.GetSize (); ++i) {
            if (ACAPI_Element_IsPropertyDefinitionValueEditableDefault (type, definitions[i].guid)) {
                editableProperties.Push (definitions[i]);
            }
        }
    }
    return error;
}

ACAPI_Element_IsPropertyDefinitionVisible()

bool __ACENV_CALL ACAPI_Element_IsPropertyDefinitionVisible	(	const API_Guid &	elemGuid,
		const API_Guid &	propertyGuid
	)

Tells whether a property definition is visible for an element.

Parameters

elemGuid	[in] The element GUID to search for.
propertyGuid	[in] The property definition GUID to search for.

Returns

• true - The given property definition is visible for the element.
• false - The given property definition is not visible for the element.

Example

GSErrCode GetVisiblePropertyDefinitions (const API_Guid& elemGuid, GS::Array<API_PropertyDefinition>& visibleProperties)
{
    GS::Array<API_PropertyDefinition> definitions;
    GSErrCode error = ACAPI_Property_GetPropertyDefinitions (APINULLGuid, definitions);
    if (error == NoError) {
        for (UInt32 i = 0; i < definitions.GetSize (); ++i) {
            if (ACAPI_Element_IsPropertyDefinitionVisible (elemGuid, definitions[i].guid)) {
                visibleProperties.Push (definitions[i]);
            }
        }
    }
    return error;
}

ACAPI_Element_IsPropertyDefinitionVisibleDefault()

bool __ACENV_CALL ACAPI_Element_IsPropertyDefinitionVisibleDefault	(	const API_ElemType &	type,
		const API_Guid &	propertyGuid
	)

Tells whether a property definition is visible for an element default.

Since

Archicad 26

Parameters

type	[in] Type of the default element.
propertyGuid	[in] The property definition GUID to search for.

Returns

• true - The given property definition is visible for the element default.
• false - The given property definition is not visible for the element default.

Remarks

From version 26 the typeID and variationID parameters were merged into a single API_ElemType parameter.

Example

GSErrCode GetVisiblePropertyDefinitions (const API_ElemType& type, GS::Array<API_PropertyDefinition>& visibleProperties)
{
    GS::Array<API_PropertyDefinition> definitions;
    GSErrCode error = ACAPI_Property_GetPropertyDefinitions (APINULLGuid, definitions);
    if (error == NoError) {
        for (UInt32 i = 0; i < definitions.GetSize (); ++i) {
            if (ACAPI_Element_IsPropertyDefinitionVisibleDefault (type, definitions[i].guid)) {
                visibleProperties.Push (definitions[i]);
            }
        }
    }
    return error;
}

ACAPI_Element_Merge_Elements()

GSErrCode __ACENV_CALL ACAPI_Element_Merge_Elements

(

const GS::Array< API_Guid > &

guid_ElementsToMerge

)

Merge elements given in the array.

Parameters

guid_ElementsToMerge

[in] Array of GUIDs of the elements to merge.

Returns

• NoError - The function has completed with success.
• APIERR_NEEDSUNDOSCOPE - The function must be undoable, it wasn't called from an undoable command scope.
• APIERR_BADDATABASE, APIERR_NOTMINE - The function cannot operate on the current database.
• APIERR_BADINDEX - One or more of the passed IDs are invalid.
• APIERR_BADPARS - Invalid value passed in the guid_ElementsToMerge parameter.
• APIERR_BADELEMENTTYPE - There is element in the array, which is not construction element type.

Remarks

This function merges elements given in the array.

Example

void Do_Merge_Elements (void)
{
    API_SelectionInfo   selectionInfo;
    API_Neig**          selNeig;
    API_Element         element;
 
    // Get selection
    GSErrCode err = ACAPI_Selection_Get (&selectionInfo, &selNeig, true);
    if (err != NoError && err != APIERR_NOSEL) {
        ErrorBeep ("ACAPI_Selection_GetInfo", err);
        return;
    }
    BMKillHandle ((GSHandle *) &selectionInfo.marquee.coords);
 
    GS::Array<API_Guid> guid_ElementsToMerge;
 
    for (Int32 i = 0; i < selectionInfo.sel_nElemEdit; i++) {
        // Get selected element
        BNZeroMemory (&element, sizeof(element));
        element.header.guid = (*selNeig)[i].guid;
        if (ACAPI_Element_Get (&element) != NoError)
            continue;
        API_ElemType    tmpType = element.header.type;
        API_Guid        tmpGuid = element.header.guid;
        if (tmpType == API_SectElemID) {
            tmpType = element.sectElem.parentType;
            tmpGuid = element.sectElem.parentGuid;
        }
 
        guid_ElementsToMerge.Push (tmpGuid);
    }
 
    BMKillHandle ((GSHandle *) &selNeig);
 
    if (!guid_ElementsToMerge.IsEmpty ()) {
        GSErrCode err = ACAPI_Element_Merge_Elements (guid_ElementsToMerge);
        if (err != NoError) {
            if (err == APIERR_NO3D)
                WriteReport_Alert ("Elements To Merge can be construction elements only.");
            else
                WriteReport_Alert ("ACAPI_Element_Merge_Elements failed: %d", err);
        }
    } else {
        WriteReport_Alert ("There are no selected construction elements!\n");
    }
 
    return;
}

ACAPI_Element_Merge_GetMergedElements()

GSErrCode __ACENV_CALL ACAPI_Element_Merge_GetMergedElements	(	const API_Guid &	guid_Element,
		GS::Array< API_Guid > *	guid_MergedElements
	)

Get the merged elements of the given element in the array.

Parameters

guid_Element	[in] The element GUID.
guid_MergedElements	[out] Array of GUIDs of the elements are merged with the given element.

Returns

• NoError - The function has completed with success.
• APIERR_BADDATABASE, APIERR_NOTMINE - The function cannot operate on the current database.
• APIERR_BADINDEX - One or more of the passed IDs are invalid.
• APIERR_BADPARS - Invalid value passed in the guid_Element parameter.
• APIERR_BADELEMENTTYPE - The given element is not construction element.

Remarks

This function gets elements are merged with the given element.

Example

GSErrCode Do_GetMergedElements (const API_Guid& guid_Element)
{
    GSErrCode           err = NoError;
    GS::Array<API_Guid> guid_MergedElements;
 
    err = ACAPI_Element_Merge_GetMergedElements (guid_Element, &guid_MergedElements);
    if (err != NoError)
        return err;
    for (UIndex i = 0; i < guid_MergedElements.GetSize (); i++) {
        char    str[256];
        sprintf (str, "  Element: %s  is merged with Element: %s",
                    (const char *) APIGuid2GSGuid (guid_Element).ToUniString ().ToCStr (),
                    (const char *) APIGuid2GSGuid (guid_MergedElements [i]).ToUniString ().ToCStr ());
        WriteReport (str);
    }
 
    return err;
}

ACAPI_Element_Merge_Remove()

GSErrCode __ACENV_CALL ACAPI_Element_Merge_Remove	(	const API_Guid &	guid_Element1,
		const API_Guid &	guid_Element2
	)

Remove the merge connection from the given elements.

Parameters

guid_Element1	[in] The first element GUID.
guid_Element2	[in] The second element GUID.

Returns

• NoError - The function has completed with success.
• APIERR_NEEDSUNDOSCOPE - The function must be undoable, it wasn't called from an undoable command scope.
• APIERR_BADDATABASE, APIERR_NOTMINE - The function cannot operate on the current database.
• APIERR_BADINDEX - One or more of the passed IDs are invalid.
• APIERR_BADELEMENTTYPE - One of the elements is not construction element type.

Remarks

This function removes merge connection between the elements.

Example

void Do_Merge_Remove (void)
{
    API_ElemType    typeID1;
    API_Guid        guid_Element1;
 
    if (!ClickAnElem ("Click on a construction element to remove the connection!", API_ZombieElemID, nullptr, &typeID1, &guid_Element1)) {
        WriteReport_Alert ("No element was clicked.");
        return;
    }
 
    API_Element tmpElement;
    BNZeroMemory (&tmpElement, sizeof(tmpElement));
    tmpElement.header.guid = guid_Element1;
    if (ACAPI_Element_Get (&tmpElement) != NoError) {
        WriteReport_Alert ("No element was clicked.");
        return;
    }
    typeID1 = tmpElement.header.type;
    guid_Element1 = tmpElement.header.guid;
    if (typeID1 == API_SectElemID) {
        typeID1 = tmpElement.sectElem.parentType;
        guid_Element1 = tmpElement.sectElem.parentGuid;
    }
 
    API_ElemType    typeID2;
    API_Guid        guid_Element2;
    if (!ClickAnElem ("Click on a second construction element to remove the connection with the first!", API_ZombieElemID, nullptr, &typeID2, &guid_Element2)) {
        WriteReport_Alert ("No element was clicked.");
        return;
    }
 
    BNZeroMemory (&tmpElement, sizeof(tmpElement));
    tmpElement.header.guid = guid_Element2;
    if (ACAPI_Element_Get (&tmpElement) != NoError) {
        WriteReport_Alert ("No element was clicked.");
        return;
    }
    typeID2 = tmpElement.header.type;
    guid_Element2 = tmpElement.header.guid;
    if (typeID2 == API_SectElemID) {
        typeID2 = tmpElement.sectElem.parentType;
        guid_Element2 = tmpElement.sectElem.parentGuid;
    }
 
    GSErrCode err = ACAPI_Element_Merge_Remove (guid_Element1, guid_Element2);
    if (err != NoError) {
        if (err == APIERR_NO3D)
            WriteReport_Alert ("Only construction elements have merge connection!");
        else
            WriteReport_Alert ("ACAPI_Element_Merge_Remove failed: %d", err);
    }
 
    return;
}

ACAPI_Element_NeigIDToElemType()

GSErrCode __ACENV_CALL ACAPI_Element_NeigIDToElemType	(	API_NeigID	neigID,
		API_ElemType &	elemType
	)

Returns the element type assigned to a neig.

Since

Archicad 26

Parameters

neigID	[in] neig identifier
elemType	[out] element type identifier

Returns

• NoError - The function has completed with success.
• APIERR_BADPARS - any of the parameters are nullptr
• APIERR_BADID - Invalid neigID has been passed

Remarks

This function is used to convert a neig identifier to element type. Refer to the API_NeigID structure to get information how neigs are assigned to elements.

ACAPI_Element_NeigToCoord()

GSErrCode __ACENV_CALL ACAPI_Element_NeigToCoord	(	API_Neig *	neig,
		API_Coord3D *	coord3D,
		API_Coord3D *	coord3DDocument = nullptr
	)

Returns the coordinate of a neig.

Parameters

neig	[in] neig data
coord3D	[out] coordinate assigned to the passed neig
coord3DDocument	[out] coordinate over a 3D Document window

Returns

• NoError - The function has completed with success.
• APIERR_BADPARS - any of the parameters are nullptr
• APIERR_BADID - Invalid neigID has been passed

Remarks

This function is used to convert neig to coordinate. Refer to the API_NeigID structure to get information how neigs are assigned to the element geometry.

ACAPI_ELEMENT_QUANTITIES_MASK_CLEAR()

void ACAPI_ELEMENT_QUANTITIES_MASK_CLEAR ( API_QuantitiesMask &  mask )

inline

Clears the mask for querying quantities.

Parameters

mask	the quantity mask to clear

ACAPI_ELEMENT_QUANTITIES_MASK_SETFULL()

void ACAPI_ELEMENT_QUANTITIES_MASK_SETFULL ( API_QuantitiesMask &  mask )

inline

Set the mask to full (return all quantities) for querying quantities.

Parameters

mask	the quantity mask to fill fully

ACAPI_ELEMENT_QUANTITY_MASK_CLEAR()

void ACAPI_ELEMENT_QUANTITY_MASK_CLEAR ( API_QuantitiesMask &  mask )

inline

Clears the element part of the mask for querying element quantities.

Parameters

mask	the quantity mask to clear

ACAPI_ELEMENT_QUANTITY_MASK_SETFULL()

void ACAPI_ELEMENT_QUANTITY_MASK_SETFULL ( API_QuantitiesMask &  mask )

inline

Set the element part of the mask to full (return all quantities) for querying element quantities.

Parameters

mask	the quantity mask to fill the element part fully

ACAPI_Element_RefreshElement()

GSErrCode __ACENV_CALL ACAPI_Element_RefreshElement	(	API_Elem_Head *	elemHead,
		bool *	force
	)

Rebuilds (refreshes) a library part instance.

Parameters

elemHead	identifies the element to refresh
force	force rebuild for GDL based elements (run parameter script).

Returns

• NoError - The function has completed with success.
• APIERR_BADPARS - elemHead is nullptr
• APIERR_BADINDEX - The element is not present in the Archicad database.
• APIERR_DELETED - The element is deleted.

Remarks

This function is used to refresh (rebuild) a library part instance identified by its element header on the floor plan or in the section or detail window. This function is a non-undoable data structure modifier function. See more details on this topic at Command Overview.

ACAPI_Element_RemoveClassificationItem()

GSErrCode __ACENV_CALL ACAPI_Element_RemoveClassificationItem	(	const API_Guid &	elemGuid,
		const API_Guid &	itemGuid
	)

Removes a classification from an element.

Parameters

elemGuid	[in] The identifier of the element whose classification should be removed.
itemGuid	[in] The guid of the classification item, that should be removed from the element.

Returns

• NoError - The function has completed with success.
• APIERR_BADID - The elemGuid did not refer to a valid element or itemGuid did not refer to a valid classification item.
• APIERR_BADPARS - The element did not have the specified classification.
• APIERR_READONLY - The element can not be modified (i.e. from a hotlink) or you do not have the right to remove classifications from elements in the current teamwork plan.

ACAPI_Element_RemoveClassificationItemDefault()

GSErrCode __ACENV_CALL ACAPI_Element_RemoveClassificationItemDefault	(	const API_ElemType &	type,
		const API_Guid &	itemGuid
	)

Removes a classification from an element.

Since

Archicad 26

Parameters

type	[in] Type of the default element.
itemGuid	[in] The guid of the classification item, that should be removed from the element.

Returns

• NoError - The function has completed with success.
• APIERR_BADID - The type did not refer to a valid default element or itemGuid did not refer to a valid classification item.
• APIERR_BADPARS - The element did not have the specified classification.
• APIERR_READONLY - The element can not be modified (i.e. from a hotlink) or you do not have the right to remove classifications from elements in the current teamwork plan.

Remarks

From version 26 the typeID and variationID parameters were merged into a single API_ElemType parameter.

ACAPI_Element_RemoveIFCClassificationReference()

GSErrCode __ACENV_CALL ACAPI_Element_RemoveIFCClassificationReference	(	const API_Guid &	guid_Element,
		const API_IFCClassificationReference &	classificationReference
	)

Remove IFC classificationreference of an element.

Parameters

guid_Element	[in] GUID of the element
classificationReference	[in] IFC classificationreference to remove.

Returns

• NoError - The function has completed with success.
• APIERR_BADPARS - Invalid value passed in the guid_Element parameter or classificationReference is not correct.
• APIERR_MODULNOTINSTALLED - IFC add-on is not present.

Remarks

If a classificationreference with the given referencename exists for the element, this function will remove it. For a successful removal, the classificationReference.referenceName must be set correctly explained in the API_IFCClassificationReference structure. The model may contain GDL objects with APPLICATION_QUERYs which display IFC data. It is the developer's responsability to refresh the views after modifying IFC data through API functions. See: ACAPI_Automation - ACAPI_View_Rebuild function.

ACAPI_Element_RemoveIFCProperty()

GSErrCode __ACENV_CALL ACAPI_Element_RemoveIFCProperty	(	const API_Guid &	guid_Element,
		const API_IFCProperty &	property
	)

Remove IFC property of an element.

Parameters

guid_Element	[in] GUID of the element
property	[in] IFC property to remove.

Returns

• NoError - The function has completed with success.
• APIERR_BADPARS - Invalid value passed in the guid_Element parameter or property is not correct.
• APIERR_MODULNOTINSTALLED - IFC add-on is not present.

Remarks

If a property with the given property name and propertyset name exists for the element, this function will remove it. If a property is not editable on the user interface, cannot be removed. For a successful removal, the property.head must be set correctly explained in the API_IFCPropertyHead structure. The model may contain GDL objects with APPLICATION_QUERYs which display IFC data. It is the developer's responsability to refresh the views after modifying IFC data through API functions. See: ACAPI_Automation - ACAPI_View_Rebuild function.

ACAPI_Element_RoomReductions()

GSErrCode __ACENV_CALL ACAPI_Element_RoomReductions	(	const API_Guid *	guid,
		RoomReductionPolyProc *	roomReductionPolyProc
	)

Returns reduction data assigned to a room of the current database.

Parameters

guid	The referenced zone GUID identifier
roomReductionPolyProc	Callback function to export reduction information

Returns

• NoError - The function has completed with success.
• APIERR_BADPARS - Any of the parameters are nullptr.
• APIERR_NESTING - The function is called from the body of a RoomReductionPolyProc.
• APIERR_BADID - The zone reference is invalid.
• APIERR_DELETED - The zone is deleted.

Remarks

Zones have very complex relationships to other elements. This function is used to make easy to find what elements may reduce the zone area and how. These elements may be walls, colums, hatches, gables and rest. The overlapping places return only by either of them (see image below).

Room reduction polygon

The reduction polygons can be obtained by the RoomReductionPolyProc callback function.

Example

static void  __ACENV_CALL  RoomRedCallBack (const API_RoomReductionPolyType *roomRed)
 
{
    char          s[32];
    GSErrCode     err;
 
    switch (roomRed->type) {
        case APIRoomReduction_Rest:    sprintf (s, "Rest");   break;
        case APIRoomReduction_Wall:    sprintf (s, "Wall");   break;
        case APIRoomReduction_Column:  sprintf (s, "Column"); break;
        case APIRoomReduction_Hatch:   sprintf (s, "Hatch");  break;
        case APIRoomReduction_Gable:   sprintf (s, "Gable");  break;
    }
 
    ACAPI_WriteReport (s, false);
    /* draw polygon by roomRed->nCoords, roomRed->coords, ... */
 
    BMKillHandle ((GSHandle*) &roomRed->coords);
    BMKillHandle ((GSHandle*) &roomRed->subPolys);
    BMKillHandle ((GSHandle*) &roomRed->arcs);
    return;
}
 
...
 
GSErrCode   err = ACAPI_Database (APIDb_RoomReductionsID, &element.header.guid, (void *) RoomRedCallBack);

ACAPI_Element_SearchElementByCoord()

GSErrCode __ACENV_CALL ACAPI_Element_SearchElementByCoord	(	const API_ElemSearchPars *	elemSearchPars,
		API_Guid *	foundElement
	)

Searches an element by a coordinate.

Parameters

elemSearchPars	[in] Parameters of searching
foundElement	[out] guid of the found element

Returns

• NoError - The function has completed with success.
• APIERR_BADPARS - searchPars is nullptr or guid is nullptr, or no element is found matching the given parameters.
• APIERR_REFUSEDPAR - The element to be searched is not a polygonal element.

Remarks

This function is used to search a polygonal element by a coordinate. Refer to the API_ElemSearchPars for the parametrization and more details. In the GUID was moved from the third parameter to the second.

Example

API_Guid            guid;
API_ElemSearchPars  searchPars;
 
BNZeroMemory (&searchPars, sizeof (API_ElemSearchPars));
searchPars.type = API_MeshID;
searchPars.filterBits = APIFilt_OnVisLayer | APIFilt_OnActFloor;
searchPars.loc.x = 1.0;
searchPars.loc.y = 3.0;
searchPars.z = BiggestDouble;
 
API_Goodies (APIAny_SearchElementByCoordID, &searchPars, &guid);

ACAPI_Element_SetElementURLRef()

GSErrCode __ACENV_CALL ACAPI_Element_SetElementURLRef	(	API_Elem_Head *	elemHead,
		API_ElemURLRef *	elemURLRef
	)

Assigns a URL reference to an element.

Parameters

elemHead	[in] The element the URL has to be assigned to.
elemURLRef	[in] The URL reference of the element.

Returns

• NoError - The function was completed successfully.
• APIERR_BADPARS - Any of the parameters are nullptr.
• APIERR_BADINDEX - The element is not present in the Archicad database.
• APIERR_BADID - The element cannot hold a URL reference.
• APIERR_DELETED e - The element is deleted.
• APIERR_MOREUSER - The element already holds a URL reference.

Remarks

This function is used for assigning a URL reference to an Archicad database element. The same group of elements can hold a URL reference as userdata.

ACAPI_Element_SetEmptyHoleUnId()

GSErrCode __ACENV_CALL ACAPI_Element_SetEmptyHoleUnId	(	GSType *	signature,
		const char *	emptyHoleUnIdStr,
		const char *	emptyOpeningSubtypeUnIDStr
	)

Sets the unique ID of the empty hole.

Parameters

signature	[in] A four-character identifier of this library part subtype.
emptyHoleUnIdStr	[in] The unique ID string of this library part subtype.
emptyOpeningSubtypeUnIDStr	...

Returns

• NoError - The function has completed with success.
• APIERR_NOTSUPPORTED - The root type is not window or door.

Remarks

This function is used to set the unique ID of the empty hole. It works only on window or door subtype.

Example

//------------------------------------------------------
// Called after the Add-On has been loaded into memory
//------------------------------------------------------
GSErrCode __ACENV_CALL    Initialize (void)
{
    GSErrCode    err;
 
    const char* emptyHoleUnIdStr = "{423059FF-C9C6-4368-9448-F82F47AAFC65}-{3E919DA8-41A0-4968-A2AE-875F1B56D2A2}";
    err = ACAPI_Element_SetEmptyHoleUnId ((void*) (Int32) 'CRWD', (void*) emptyHoleUnIdStr);
 
    return err;
} //Initialize

ACAPI_Element_SetIFCAttribute()

GSErrCode __ACENV_CALL ACAPI_Element_SetIFCAttribute	(	const API_Guid &	guid_Element,
		const API_IFCAttribute &	attribute
	)

Set IFC attribute of an element.

Parameters

guid_Element	[in] GUID of the element
attribute	[in] IFC attribute to modify.

Returns

• NoError - The function has completed with success.
• APIERR_BADPARS - Invalid value passed in the guid_Element parameter or attribute is not correct.
• APIERR_MODULNOTINSTALLED - IFC add-on is not present.

Remarks

This function sets the IFC attribute of an element. If an attribute with the given name and type exists for the element, this command will change it. If an attribute is not editable on the user interface, must not be changed. For a successful change, the attribute must be set correctly explained in the API_IFCAttribute structure. The model may contain GDL objects with APPLICATION_QUERYs which display IFC data. It is the developer's responsability to refresh the views after modifying IFC data through API functions. See: ACAPI_Automation - ACAPI_View_Rebuild function.

ACAPI_Element_SetIFCClassificationReference()

GSErrCode __ACENV_CALL ACAPI_Element_SetIFCClassificationReference	(	const API_Guid &	guid_Element,
		const API_IFCClassificationReference &	classificationReference
	)

Set IFC classificationreference of an element.

Parameters

guid_Element	[in] GUID of the element
classificationReference	[in] IFC classificationreference to add or modify.

Returns

• NoError - The function has completed with success.
• APIERR_BADPARS - Invalid value passed in the guid_Element parameter or classificationReference is not correct.
• APIERR_MODULNOTINSTALLED - IFC add-on is not present.

Remarks

This function sets the IFC classificationreference of an element. If a classificationreference with the given referencename already exists for the element, this command will change it. For a successful setting, the classificationreference must be set correctly explained in the API_IFCClassificationReference structure. The model may contain GDL objects with APPLICATION_QUERYs which display IFC data. It is the developer's responsability to refresh the views after modifying IFC data through API functions. See: ACAPI_Automation - ACAPI_View_Rebuild function.

ACAPI_Element_SetIFCProperty()

GSErrCode __ACENV_CALL ACAPI_Element_SetIFCProperty	(	const API_Guid &	guid_Element,
		const API_IFCProperty &	property
	)

Set IFC property of an element.

Parameters

guid_Element	[in] GUID of the element
property	[in] IFC property to add or modify.

Returns

• NoError - The function has completed with success.
• APIERR_BADPARS - Invalid value passed in the guid_Element parameter or property is not correct.
• APIERR_MODULNOTINSTALLED - IFC add-on is not present.

Remarks

This function sets the IFC property of an element. If a property with the given property name and propertyset name already exists for the element, this command will change it. If a property is not editable on the user interface, must not be changed. For a successful setting, the property must be set correctly explained in the API_IFCProperty structure. The model may contain GDL objects with APPLICATION_QUERYs which display IFC data. It is the developer's responsability to refresh the views after modifying IFC data through API functions. See: ACAPI_Automation - ACAPI_View_Rebuild function.

ACAPI_Element_SetProperties()

GSErrCode __ACENV_CALL ACAPI_Element_SetProperties	(	const API_Guid &	elemGuid,
		const GS::Array< API_Property > &	properties
	)

Sets the specified properties for the given values on an element.

Parameters

elemGuid	[in] The element GUID to search for.
properties	[in] Specifies the properties to be set.

Returns

• NoError - The function has completed with success.
• APIERR_BADID - The elemGuid did not refer to a valid element.
• APIERR_NOACCESSRIGHT - The current user does not have the right to modify the properties of the specified element on a teamwork server.
• APIERR_READONLY - Tried to modify a read-only property (for example a property coming from a hotlink).
• APIERR_BADPROPERTY - The property definition is not available for the given element.

Example

GSErrCode SetAllPropertyValuesToDefault (const API_Guid& elemGuid)
{
    GS::Array<API_PropertyDefinition> definitions;
    GSErrCode error = ACAPI_Element_GetPropertyDefinitions (elemGuid, API_PropertyDefinitionFilter_UserDefined, definitions);
    if (error == NoError) {
        GS::Array<API_Property> properties;
        error = ACAPI_Element_GetPropertyValues (elemGuid, definitions, properties);
        if (error == NoError) {
            for (UInt32 i = 0; i < properties.GetSize (); i++) {
                properties[i].isDefault = true;
            }
            error = ACAPI_Element_SetProperties (elemGuid, properties);
        }
    }
 
    return error;
}

ACAPI_Element_SetPropertiesOfDefaultElem()

GSErrCode __ACENV_CALL ACAPI_Element_SetPropertiesOfDefaultElem	(	const API_ElemType &	type,
		const GS::Array< API_Property > &	properties
	)

Sets the specified properties for the given values on an element default.

Since

Archicad 26

Parameters

type	[in] Type of the default element.
properties	[in] Specifies the properties to be set.

Returns

• NoError - The function has completed with success.
• APIERR_BADID - Incorrect type was specified or one of the property definitions' guid did not refer to a valid object.
• APIERR_NOACCESSRIGHT - The current user does not have the right to modify the properties of the specified element on a teamwork server.
• APIERR_READONLY - Tried to modify a read-only property (for example a property coming from a hotlink).
• APIERR_BADPROPERTY - The property definition is not available for the given element.

Remarks

From version 26 the typeID and variationID parameters were merged into a single API_ElemType parameter.

Example

GSErrCode SetAllPropertyValuesToDefault (const API_ElemType& type)
{
    GS::Array<API_PropertyDefinition> definitions;
    GSErrCode error = ACAPI_Element_GetPropertyDefinitionsOfDefaultElem (type, API_PropertyDefinitionFilter_UserDefined, definitions);
    if (error == NoError) {
        GS::Array<API_Property> properties;
        error = ACAPI_Element_GetPropertyValuesOfDefaultElem (type, definitions, properties);
        if (error == NoError) {
            for (UInt32 i = 0; i < properties.GetSize (); i++) {
                properties[i].isDefault = true;
            }
            error = ACAPI_Element_SetPropertiesOfDefaultElem (type, properties);
        }
    }
 
    return error;
}

ACAPI_Element_SetProperty()

GSErrCode __ACENV_CALL ACAPI_Element_SetProperty	(	const API_Guid &	elemGuid,
		const API_Property &	property
	)

Sets the specified property for the given values on an element.

Parameters

elemGuid	[in] The element GUID to search for.
property	[in] Specifies the property to be set.

Returns

• NoError - The function has completed with success.
• APIERR_BADID - The elemGuid did not refer to a valid element.
• APIERR_NOACCESSRIGHT - The current user does not have the right to modify the properties of the specified element on a teamwork server.
• APIERR_READONLY - Tried to modify a read-only property (for example a property coming from a hotlink).
• APIERR_BADPROPERTY - The property definition is not available for the given element.

Example

GSErrCode SetFirstPropertyValueToDefault (const API_Guid& elemGuid)
{
    GS::Array<API_PropertyDefinition> definitions;
    GSErrCode error = ACAPI_Element_GetPropertyDefinitions (elemGuid, API_PropertyDefinitionFilter_UserDefined, definitions);
    if (error == NoError && definitions.GetSize () > 0) {
        API_Property property = {};
        error = ACAPI_Element_GetPropertyValue (elemGuid, definitions[0].guid, property);
        if (error == NoError) {
            property.isDefault = true;
            error = ACAPI_Element_SetProperty (elemGuid, property);
        }
    }
 
    return error;
}

ACAPI_Element_SetPropertyOfDefaultElem()

GSErrCode __ACENV_CALL ACAPI_Element_SetPropertyOfDefaultElem	(	const API_ElemType &	type,
		const API_Property &	property
	)

Sets the specified property to the given value on an element default.

Since

Archicad 26

Parameters

type	[in] Type of the default element.
property	[in] Specifies the property to be set.

Returns

• NoError - The function has completed with success.
• APIERR_BADID - Incorrect type was specified or one of the property definitions' guid did not refer to a valid object.
• APIERR_NOACCESSRIGHT - The current user does not have the right to modify the properties of the specified element on a teamwork server.
• APIERR_READONLY - Tried to modify a read-only property (for example a property coming from a hotlink).
• APIERR_BADPROPERTY - The property definition is not available for the given element.

Remarks

From version 26 the typeID and variationID parameters were merged into a single API_ElemType parameter.

Example

GSErrCode SetFirstPropertyValueToDefault (const API_ElemType& type)
{
    GS::Array<API_PropertyDefinition> definitions;
    GSErrCode error = ACAPI_Element_GetPropertyDefinitionsOfDefaultElem (type, API_PropertyDefinitionFilter_UserDefined, definitions);
    if (error == NoError) {
        GS::Array<API_Property> properties;
        error = ACAPI_Element_GetPropertyValuesOfDefaultElem (type, definitions, properties);
        if (error == NoError) {
            API_Property property = properties[0];
            property.isDefault = true;
 
            error = ACAPI_Element_SetPropertyOfDefaultElem (type, property);
        }
    }
 
    return error;
}

ACAPI_Element_SetUserData()

GSErrCode __ACENV_CALL ACAPI_Element_SetUserData	(	API_Elem_Head *	elemHead,
		const API_ElementUserData *	userData
	)

Attaches the user data to an element or an element default.

Parameters

elemHead	[in] Header of the element (only fields type and guid are used).
userData	[in] Pointer to the new user data.

Returns

• NoError - The function has completed with success.
• APIERR_BADPARS - Any of the passed parameters is nullptr
• APIERR_BADPLATFORMSIGN - The given platform sign is invalid (out of range)
• APIERR_MEMFULL - Out of memory

Remarks

This function is used to push the user attached data into an element default or into an element. To set data to element default only elemHead->type is necessary and elemHead->guid should be APINULLGuid. To set data to an element only elemHead->guid is necessary and it should be set to element's guid. Use the ACAPI_Element_GetUserData function to get data from the element record. Note that this function is not undoable in case of element default setting. The caller should allocate and deallocate the userData->dataHdl handle.

Example

//------------------------------------------------------------
// Set user data to wall default element
//------------------------------------------------------------
 
GSErrCode SetUserDataToWallDefaultElem (const CustomData& data)
{
    API_Elem_Head wallDefault = {};
    wallDefault.type = API_WallID;
 
    API_ElementUserData userData = {};
    userData.dataVersion = 1;
    userData.platformSign = GS::Act_Platform_Sign;
    userData.flags = APIUserDataFlag_FillWith | APIUserDataFlag_Pickup;
    userData.dataHdl = BMAllocateHandle (sizeof (data), ALLOCATE_CLEAR, 0);
 
    *reinterpret_cast<CustomData*> (*userData.dataHdl) = data;
    GSErrCode err = ACAPI_Element_SetUserData (&wallDefault, &userData);
 
    BMKillHandle (&userData.dataHdl);
 
    return err;
}
 
//------------------------------------------------------------
// Set user data to an element identified by guid
//------------------------------------------------------------
 
GSErrCode SetUserDataToElem (const API_Guid& selectedElemGuid, const CustomData& data)
{
    API_Elem_Head element = {};
    element.guid = selectedElemGuid;
 
    API_ElementUserData userData = {};
    userData.dataVersion = 1;
    userData.platformSign = GS::Act_Platform_Sign;
    userData.flags = APIUserDataFlag_FillWith | APIUserDataFlag_Pickup;
    userData.dataHdl = BMAllocateHandle (sizeof (data), ALLOCATE_CLEAR, 0);
 
    *reinterpret_cast<CustomData*> (*userData.dataHdl) = data;
 
    GSErrCode err = ACAPI_CallUndoableCommand ("Set user data to an elem",
        [&userData, &element] () -> GSErrCode {
            return ACAPI_Element_SetUserData (&element, &userData);
        }
    );
 
    BMKillHandle (&userData.dataHdl);
 
    return err;
}

ACAPI_Element_SolidLink_Create()

GSErrCode __ACENV_CALL ACAPI_Element_SolidLink_Create	(	API_Guid	guid_Target,
		API_Guid	guid_Operator,
		API_SolidOperationID	operation,
		GSFlags	linkFlags
	)

Defines a new Solid Operation Link.

Parameters

guid_Target	[in] Identifies the target element.
guid_Operator	[in] Identifies the operator element.
operation	[in] The operation type
linkFlags	[in] Linking options (see ACAPI_Element_SolidLink_GetFlags)

Returns

• NoError - The function has completed with success.
• APIERR_NEEDSUNDOSCOPE - The function must be undoable, it wasn't called from an undoable command scope.
• APIERR_BADDATABASE, APIERR_NOTMINE - The function cannot operate on the current database.
• APIERR_BADINDEX - One or both of the passed IDs are invalid, or the two IDs are equal.
• APIERR_BADPARS - Invalid value passed in the operation parameter.
• APIERR_REFUSEDPAR - Linking together of hotlinked elements is not allowed.
• APIERR_LINKEXIST - The elements has already been linked together.

Remarks

This function defines a new Solid Operation Link between two construction elements.

Example

Substract the first slab from the first wall, and the new surfaces inherit the attributes of the slab:

ACAPI_Element_SolidLink_GetFlags()

GSErrCode __ACENV_CALL ACAPI_Element_SolidLink_GetFlags	(	API_Guid	guid_Target,
		API_Guid	guid_Operator,
		GSFlags *	linkFlags
	)

Retrieves the flag of a Solid Operation Link.

Parameters

guid_Target	[in] Identifies the target element.
guid_Operator	[in] Identifies the operator element.
linkFlags	[out] Linking options (see Remarks).

Returns

• NoError - The function has completed with success.
• APIERR_BADDATABASE, APIERR_NOTMINE - The function cannot operate on the current database.
• APIERR_BADPARS - The linkFlags parameter is nullptr.
• APIERR_LINKNOTEXIST - There is no Solid Link in the database between elements specified by guid_Target and guid_Operator.

Remarks

This function retrieves the attribute flag of a Solid Operation Link identified by the Target and the Operator element. The meaning of the flag bits:

Flag	Meaning
APISolidFlag_OperatorAttrib	The new surfaces inherit the attributes of the operator
APISolidFlag_SkipPolygonHoles	Use operator (roof or slab) without holes

ACAPI_Element_SolidLink_GetOperation()

GSErrCode __ACENV_CALL ACAPI_Element_SolidLink_GetOperation	(	API_Guid	guid_Target,
		API_Guid	guid_Operator,
		API_SolidOperationID *	operation
	)

Retrieves the operation code of a Solid Operation Link.

Parameters

guid_Target	[in] Identifies the target element.
guid_Operator	[in] Identifies the operator element.
operation	[out] The type of the Solid Operation.

Returns

• NoError - The function has completed with success.
• APIERR_BADDATABASE, APIERR_NOTMINE - The function cannot operate on the current database.
• APIERR_BADPARS - The operation parameter is nullptr.
• APIERR_LINKNOTEXIST - There is no Solid Link in the database between elements specified by guid_Target and guid_Operator.

Remarks

This function retrieves the operation code of a Solid Operation Link defined between two construction elements.

ACAPI_Element_SolidLink_GetOperators()

GSErrCode __ACENV_CALL ACAPI_Element_SolidLink_GetOperators	(	API_Guid	guid_Target,
		GS::Array< API_Guid > *	guid_Operators
	)

Retrieves the operator elements linked to a target element.

Parameters

guid_Target	[in] The GUID of the target element.
guid_Operators	[out] GUID list of the operator elements linked to the target element.

Returns

• NoError - The function has completed with success.
• APIERR_BADDATABASE, APIERR_NOTMINE - The function cannot operate on the current database.
• APIERR_BADPARS - The guid_Operators parameter is nullptr.

Remarks

This function retrieves a list of operator elements associated with a given target element with Solid Operation Link.

ACAPI_Element_SolidLink_GetTargets()

GSErrCode __ACENV_CALL ACAPI_Element_SolidLink_GetTargets	(	API_Guid	guid_Operator,
		GS::Array< API_Guid > *	guid_Targets
	)

Retrieves the target elements linked to an operator element.

Parameters

guid_Operator	[in] The GUID of the operator element.
guid_Targets	[out] GUID list of the target elements linked to the operator element.

Returns

• NoError - The function has completed with success.
• APIERR_BADDATABASE, APIERR_NOTMINE - The function cannot operate on the current database.
• APIERR_BADPARS - The guid_Targets parameter is nullptr.

Remarks

This function retrieves a list of target elements associated with a given operator element with Solid Operation Link.

ACAPI_Element_SolidLink_GetTime()

GSErrCode __ACENV_CALL ACAPI_Element_SolidLink_GetTime	(	API_Guid	guid_Target,
		API_Guid	guid_Operator,
		GSTime *	linkTime,
		UInt32 *	linkSubTime
	)

Retrieves the creation time of a Solid Operation Link.

Parameters

guid_Target	[in] Identifies the target element.
guid_Operator	[in] Identifies the operator element.
linkTime	[out] Time of the link creation.
linkSubTime	[out] Auxiliary time parameter of the link creation.

Returns

• NoError - The function has completed with success.
• APIERR_BADDATABASE, APIERR_NOTMINE - The function cannot operate on the current database.
• APIERR_BADPARS - The linkTime or the linkSubTime parameter is nullptr.
• APIERR_LINKNOTEXIST - There is no Solid Link in the database between elements specified by guid_Target and guid_Operator.

Remarks

This function retrieves the creation time of a Solid Operation Link defined between two construction elements. Since GSTime is a second-precise date-time format, the linkTime parameter of that type is not enough to order the Solid Operation Links by their creation time. However it is important to know which operation is to be performed prior to another, if there is more than one Solid Operations defined to a given element. That is the auxiliary linkSubTime for, which distinguishes the link creation time values within one second.

ACAPI_Element_SolidLink_Remove()

GSErrCode __ACENV_CALL ACAPI_Element_SolidLink_Remove	(	API_Guid	guid_Target,
		API_Guid	guid_Operator
	)

Discontinues a Solid Operation Link.

Parameters

guid_Target	[in] Identifies the target element.
guid_Operator	[in] Identifies the operator element.

Returns

• NoError - The function has completed with success.
• APIERR_NEEDSUNDOSCOPE - The function must be undoable, it wasn't called from an undoable command scope.
• APIERR_BADDATABASE, APIERR_NOTMINE - The function cannot operate on the current database.
• APIERR_BADINDEX - One or both of the passed IDs are invalid, or the two IDs are equal.
• APIERR_LINKNOTEXIST - There is no Solid Link in the database between elements specified by guid_Target and guid_Operator.
• APIERR_REFUSEDPAR - Hotlinked Solid Links cannot be removed.

Remarks

This function removes the Solid Operation Link defined between two construction elements.

ACAPI_Element_SolidOperation_Create()

GSErrCode __ACENV_CALL ACAPI_Element_SolidOperation_Create	(	API_Guid	guid_Target,
		API_Guid	guid_Operator,
		API_SolidOperationID	operation,
		GS::Array< API_Guid > *	guid_Results = nullptr
	)

Creates a new Solid Operation.

Parameters

guid_Target	[in] Identifies the target element.
guid_Operator	[in] Identifies the operator element.
operation	[in] The operation type
guid_Results	[out] The result elements after the operation (in case of successfull operation, the target and operator elements will be deleted).

Returns

• NoError - The function has completed with success.
• APIERR_NEEDSUNDOSCOPE - The function must be undoable, it wasn't called from an undoable command scope.
• APIERR_BADDATABASE, APIERR_NOTMINE - The function cannot operate on the current database.
• APIERR_BADINDEX - One or both of the passed IDs are invalid, or the two IDs are equal.
• APIERR_BADPARS - Invalid value passed in the operation parameter.
• APIERR_NO3D - Solid operation targets and operators can be freeshape elements only.

Remarks

This function defines a new Solid Operation between two morph elements. In case of successfull operation, the target and operator elements will be deleted. The result elements will be returned in the guid_Results parameter.

Example

Substract and add morphs:

ACAPI_Element_Trim_Elements()

GSErrCode __ACENV_CALL ACAPI_Element_Trim_Elements

(

const GS::Array< API_Guid > &

guid_ElementsToTrim

)

Trim elements given in the array with Roof(s) and/or Shell(s) are contained in the array.

Parameters

guid_ElementsToTrim

[in] Array of GUIDs of the elements to trim with shells and roofs are contained in this array.

Returns

• NoError - The function has completed with success.
• APIERR_NEEDSUNDOSCOPE - The function must be undoable, it wasn't called from an undoable command scope.
• APIERR_BADDATABASE, APIERR_NOTMINE - The function cannot operate on the current database.
• APIERR_BADINDEX - One or more of the passed IDs are invalid.
• APIERR_BADPARS - Invalid value passed in the guid_ElementsToTrim parameter.
• APIERR_BADELEMENTTYPE - There is element in the array, which is not construction element type, or there is no Roof or Shell element in the array to trim with.

Remarks

This function trims elements given in the array with Roof(s) and/or Shell(s) are contained in the array.

ACAPI_Element_Trim_ElementsWith()

GSErrCode __ACENV_CALL ACAPI_Element_Trim_ElementsWith	(	const GS::Array< API_Guid > &	guid_ElementsToTrim,
		const API_Guid &	guid_Element,
		API_TrimTypeID	trimType
	)

Trim elements given in the array with the given Roof or Shell with the type of trim.

Parameters

guid_ElementsToTrim	[in] Array of GUIDs of the elements to trim with the given Shell or Roof.
guid_Element	[in] The trimming element GUID.
trimType	[in] The type of the trimming.

Returns

• NoError - The function has completed with success.
• APIERR_NEEDSUNDOSCOPE - The function must be undoable, it wasn't called from an undoable command scope.
• APIERR_BADDATABASE, APIERR_NOTMINE - The function cannot operate on the current database.
• APIERR_BADINDEX - One or more of the passed IDs are invalid.
• APIERR_BADPARS - Invalid value passed in the guid_ElementsToTrim parameter or invalid value passed in the trimType parameter.
• APIERR_BADELEMENTTYPE - There is element in the array, which is not construction element type or the trimming element is not Roof or Shell.

Remarks

This function trims elements given in the array with the given Roof or Shell.

ACAPI_Element_Trim_GetTrimmedElements()

GSErrCode __ACENV_CALL ACAPI_Element_Trim_GetTrimmedElements	(	const API_Guid &	guid_Element,
		GS::Array< API_Guid > *	guid_TrimmedElements
	)

Get the trimmed elements with the given Roof or Shell in the array.

Parameters

guid_Element	[in] The element GUID.
guid_TrimmedElements	[out] Array of GUIDs of the elements are trimmed with the given Shell or Roof.

Returns

• NoError - The function has completed with success.
• APIERR_BADDATABASE, APIERR_NOTMINE - The function cannot operate on the current database.
• APIERR_BADINDEX - One or more of the passed IDs are invalid.
• APIERR_BADPARS - Invalid value passed in the guid_Element parameter.
• APIERR_BADELEMENTTYPE - The given element is not Roof or Shell element.

Remarks

This function gets elements are trimmed with the given Roof or Shell.

ACAPI_Element_Trim_GetTrimmingElements()

GSErrCode __ACENV_CALL ACAPI_Element_Trim_GetTrimmingElements	(	const API_Guid &	guid_Element,
		GS::Array< API_Guid > *	guid_TrimmingElements
	)

Get the trimming elements of the given element in the array.

Parameters

guid_Element	[in] The element GUID.
guid_TrimmingElements	[out] Array of GUIDs of the elements are trimming the given element.

Returns

• NoError - The function has completed with success.
• APIERR_BADDATABASE, APIERR_NOTMINE - The function cannot operate on the current database.
• APIERR_BADINDEX - One or more of the passed IDs are invalid.
• APIERR_BADPARS - Invalid value passed in the guid_Element parameter.
• APIERR_BADELEMENTTYPE - The given element is not construction element.

Remarks

This function gets elements are trimming the given element.

ACAPI_Element_Trim_GetTrimType()

GSErrCode __ACENV_CALL ACAPI_Element_Trim_GetTrimType	(	const API_Guid &	guid_Element1,
		const API_Guid &	guid_Element2,
		API_TrimTypeID *	trimType
	)

Get the type of trimming connection between the given elements.

Parameters

guid_Element1	[in] The first element GUID.
guid_Element2	[in] The second element GUID.
trimType	[out] The type of the trimming.

Returns

• NoError - The function has completed with success.
• APIERR_BADDATABASE, APIERR_NOTMINE - The function cannot operate on the current database.
• APIERR_BADINDEX - One or more of the passed IDs are invalid.
• APIERR_BADELEMENTTYPE - One of the elements is not construction element type or there is no given Roof or Shell.

Remarks

This function gets the type of trimming connection between the elements.

ACAPI_Element_Trim_Remove()

GSErrCode __ACENV_CALL ACAPI_Element_Trim_Remove	(	const API_Guid &	guid_Element1,
		const API_Guid &	guid_Element2
	)

Remove the trimming connection from the given elements.

Parameters

guid_Element1	[in] The first element GUID.
guid_Element2	[in] The second element GUID.

Returns

• NoError - The function has completed with success.
• APIERR_NEEDSUNDOSCOPE - The function must be undoable, it wasn't called from an undoable command scope.
• APIERR_BADDATABASE, APIERR_NOTMINE - The function cannot operate on the current database.
• APIERR_BADINDEX - One or more of the passed IDs are invalid.
• APIERR_BADELEMENTTYPE - One of the elements is not construction element type or there is no given Roof or Shell.

Remarks

This function removes trimming connection between the elements.

ACAPI_Element_UI2ElemPriority()

GSErrCode __ACENV_CALL ACAPI_Element_UI2ElemPriority	(	GS::Int32 *	uiPriority,
		GS::Int32 *	elemPriority
	)

Returns user building material connection priority for a interface priority.

Parameters

uiPriority	[in] The priority as it appers on the user interface.
elemPriority	[out] The building material's connection priority.

Returns

• NoError - The function has completed with success.