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IfcSharedBldgElements.pot
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IfcSharedBldgElements.pot
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# Industry Foundation Classes IFC.
# Copyright (C) 2020 buildingSMART
#
#, fuzzy
msgid ""
msgstr ""
"Project-Id-Version: PACKAGE VERSION\n"
"Report-Msgid-Bugs-To: http://bugs.kde.org\n"
"POT-Creation-Date: 2020-09-25 10:09+0200\n"
"X-Crowdin-SourceKey: msgstr\n"
"Language-Team: buildingSMART community\n"
#:IFC.xml:33588
msgid "IfcBeam"
msgstr "IfcBeam"
msgid "IfcBeam_DEFINITION"
msgstr "An [[IfcBeam]] is a horizontal, or nearly horizontal, structural member that is capable of withstanding load primarily by resisting bending. It represents such a member from an architectural point of view. It is not required to be load bearing. .extDef NOTE Definition according to ISO 6707 1 structural member for carrying load s between or beyond points of support, usually narrow in relation to its length and horizontal or nearly so. NOTE The representation of load bearing beams in a structural analysis model is provided by subtypes of [[IfcStructuralMember]] with [[IfcStructuralCurveMember]] being mostly applicable as part of an [[IfcStructuralAnalysisModel]] . NOTE For any other longitudinal structural member, not constrained to be predominately horizontal nor vertical, or where this semantic information is irrelevant, the entity [[IfcMember]] should be used. The camber of a beam may be defined by assigning a StructuralCurveMember with displacement coordinates. Multiple sets of camber ordinates may be provided that are qualified by the particular load case, where full dead load would typically be used for fabrication, and other scenarios used for other loading conditions such as during construction. There are two entities for beam occurrences [[IfcBeamStandardCase]] used for all occurrences of beams, that have a profile defined that is swept along a directrix. The profile might be changed uniformly by a taper definition along the directrix. The profile parameter and its cardinal point of insertion can be fully described by the [[IfcMaterialProfileSetUsage]] . These beams are always represented geometricly by an Axis and a SweptSolid or AdvancedSweptSolid shape representation or by a Clipping geometry based on the swept solid , if a 3D geometric representation is assigned. In addition they have to have a corresponding [[IfcMaterialProfileSetUsage]] assigned. NOTE Model view definitions and implementer agreements may further constrain the applicable geometry types, for example, by excluding tapering from an [[IfcBeamStandardCase]] implementation. [[IfcBeam]] used for all other occurrences of beams, particularly for beams with non uniformly changing profile sizes along the sweep, or beams having only AdvancedBrep , Brep , SurfaceModel , or Tessellation geometry. NOTE Model view definitions and implementer agreements may impose the use of [[IfcBeam]] in all cases by excluding [[IfcBeamStandardCase]] from scope of the model view. HISTORY New entity in IFC1.0 bSI Documentation"
#:IFC.xml:33602
msgid "IfcBeam_PredefinedType"
msgstr "PredefinedType"
msgid "IfcBeam_PredefinedType_DEFINITION"
msgstr "PredefinedType"
#:IFC.xml:33617
msgid "IfcBeamStandardCase"
msgstr "IfcBeamStandardCase"
msgid "IfcBeamStandardCase_DEFINITION"
msgstr "The standard beam, [[IfcBeamStandardCase]] , defines a beam with certain constraints for the provision of material usage, parameters and with certain constraints for the geometric representation. The [[IfcBeamStandardCase]] handles all cases of beams, that have a reference to the [[IfcMaterialProfileSetUsage]] defining the material profile association of the beam with the cardinal point of its insertion relative to the local placement. are consistent in using the correct cardinal point offset of the profile as compared to the Axis and Body shape representation are based on a sweep of a planar profile, or set of profiles, as defined by the [[IfcMaterialProfileSet]] have an Axis shape representation with constraints provided below in the geometry use definition have a Body shape representation with constraints provided below in the geometry use definition are extruded perpendicular to the profile definition plane have a start profile, or set of profiles, that is swept the sweeping operation can be linear extrusion, circular rotation, or a sweep along a directrix the start profile, or set of profiles can be swept unchanged, or might be changed uniformly by a taper definition NOTE View definitions and implementer agreements may further constrain the applicable geometry types, e.g. by excluding tapering from an [[IfcBeamStandardCase]] implementation. HISTORY New entity in IFC4. Geometric Representations The geometric representation of [[IfcBeamStandardCase]] is defined using the following multiple shape representations for its definition Axis A three dimensional open curve subtype of [[IfcBoundedCurve]] defining the axis for the standard beam. The cardinal point is determined by the beam axis. Body A Swept Solid Representation or a CSG clipping representation defining the 3D shape of the standard beam. NOTE It is invalid to exchange a SurfaceModel , Brep , or MappedRepresentation representation for the Body shape representation of an [[IfcBeamStandardCase]] . bSI Documentation"
#:IFC.xml:33624
msgid "IfcBeamType"
msgstr "IfcBeamType"
msgid "IfcBeamType_DEFINITION"
msgstr "The element type [[IfcBeamType]] defines commonly shared information for occurrences of beams. The set of shared information may include common properties within shared property sets common material information common profile definitions common shape representations It is used to define a beam specification, or beam style the specific product information that is common to all occurrences of that beam type . Beam types may be exchanged without being already assigned to occurrences. Occurrences of the [[IfcBeamType]] within building models are represented by instances of [[IfcBeamStandardCase]] if the [[IfcBeamType]] has a single associated [[IfcMaterialProfileSet]] otherwise they are represented by instances of [[IfcBeam]] . Occurrences of the [[IfcBeamType]] within structural analysis models are represented by instances of [[IfcStructuralCurveMember]] , or its applicable subtypes. HISTORY New entity in IFC2x2. bSI Documentation"
#:IFC.xml:33631
msgid "IfcBeamType_PredefinedType"
msgstr "PredefinedType"
msgid "IfcBeamType_PredefinedType_DEFINITION"
msgstr "PredefinedType"
#:IFC.xml:33643
msgid "IfcBeamTypeEnum"
msgstr "IfcBeamTypeEnum"
msgid "IfcBeamTypeEnum_DEFINITION"
msgstr "This enumeration defines the different predefined types of beams that can further specify an [[IfcBeam]] or [[IfcBeamType]] . HISTORY New enumeration type in IFC2x2. .change ifc2x4 IFC4 CHANGE The enumerators HOLLOWCORE and SPANDREL have been added. bSI Documentation"
#:IFC.xml:33656
msgid "IfcBeamTypeEnum_BEAM"
msgstr "BEAM"
msgid "IfcBeamTypeEnum_BEAM_DEFINITION"
msgstr "A standard beam usually used horizontally."
#:IFC.xml:33661
msgid "IfcBeamTypeEnum_HATSTONE"
msgstr "HATSTONE"
msgid "IfcBeamTypeEnum_HATSTONE_DEFINITION"
msgstr "A beam on top of a retaining wall or a wing wall, preventing earth movement."
#:IFC.xml:33667
msgid "IfcBeamTypeEnum_T_BEAM"
msgstr "T BEAM"
msgid "IfcBeamTypeEnum_T_BEAM_DEFINITION"
msgstr "A beam that forms part of a slab construction and acts together with the slab which its carries. Such beams are often of T shape therefore the English name , but may have other shapes as well, e.g. an L Shape or an Inverted T Shape."
#:IFC.xml:33659
msgid "IfcBeamTypeEnum_EDGEBEAM"
msgstr "EDGEBEAM"
msgid "IfcBeamTypeEnum_EDGEBEAM_DEFINITION"
msgstr "A beam on the longitudinal edge of bridge slab, usually concrete, providing additional stiffening and protection from the elements."
#:IFC.xml:33664
msgid "IfcBeamTypeEnum_LINTEL"
msgstr "LINTEL"
msgid "IfcBeamTypeEnum_LINTEL_DEFINITION"
msgstr "A beam or horizontal piece of material over an opening e.g. door, window ."
#:IFC.xml:33660
msgid "IfcBeamTypeEnum_GIRDER_SEGMENT"
msgstr "GIRDER SEGMENT"
msgid "IfcBeamTypeEnum_GIRDER_SEGMENT_DEFINITION"
msgstr "A segment of a girder e.g. each span of a continuous girder ."
#:IFC.xml:33658
msgid "IfcBeamTypeEnum_DIAPHRAGM"
msgstr "DIAPHRAGM"
msgid "IfcBeamTypeEnum_DIAPHRAGM_DEFINITION"
msgstr "End portion of a girder transmitting loads to supports and providing moment resistance to adjoining segment."
#:IFC.xml:33663
msgid "IfcBeamTypeEnum_JOIST"
msgstr "JOIST"
msgid "IfcBeamTypeEnum_JOIST_DEFINITION"
msgstr "A beam used to support a floor or ceiling."
#:IFC.xml:33657
msgid "IfcBeamTypeEnum_CORNICE"
msgstr "CORNICE"
msgid "IfcBeamTypeEnum_CORNICE_DEFINITION"
msgstr "A non loadbearing beam on the longitudinal edge of bridge slab, usually encasing installations."
#:IFC.xml:33666
msgid "IfcBeamTypeEnum_SPANDREL"
msgstr "SPANDREL"
msgid "IfcBeamTypeEnum_SPANDREL_DEFINITION"
msgstr "A tall beam placed on the facade of a building. One tall side is usually finished to provide the exterior of the building. Can be used to support joists or slab elements on its interior side."
#:IFC.xml:33665
msgid "IfcBeamTypeEnum_PIERCAP"
msgstr "PIERCAP"
msgid "IfcBeamTypeEnum_PIERCAP_DEFINITION"
msgstr "A transversal beam on top of a pier on a single column or extending from one column of a pier to another column of the same pier ."
#:IFC.xml:33662
msgid "IfcBeamTypeEnum_HOLLOWCORE"
msgstr "HOLLOWCORE"
msgid "IfcBeamTypeEnum_HOLLOWCORE_DEFINITION"
msgstr "A wide often prestressed beam with a hollow core profile that usually serves as a slab component."
#:IFC.xml:33668
msgid "IfcBearing"
msgstr "IfcBearing"
msgid "IfcBearing_DEFINITION"
msgstr "Type of building element that is usually used to transmit loads from superstructure to substructure, and usually allowing movement displacement or rotation in one or more degrees of freedom. It is typically a mechanical component procured as a whole and installed on site, but in simple cases it may be built on site composed of other building elements, element components, etc. . NOTE The sliding and roller materials are to be assigned to the bearing with the Material Constituent Set concept. NOTE The displacements and rotations accommodated can be defined in the Pset BearingCommon property set. bSI Documentation"
#:IFC.xml:33680
msgid "IfcBearing_PredefinedType"
msgstr "PredefinedType"
msgid "IfcBearing_PredefinedType_DEFINITION"
msgstr "PredefinedType"
#:IFC.xml:33692
msgid "IfcBearingType"
msgstr "IfcBearingType"
msgid "IfcBearingType_DEFINITION"
msgstr "bSI Documentation"
#:IFC.xml:33699
msgid "IfcBearingType_PredefinedType"
msgstr "PredefinedType"
msgid "IfcBearingType_PredefinedType_DEFINITION"
msgstr "PredefinedType"
#:IFC.xml:33711
msgid "IfcBearingTypeDisplacementEnum"
msgstr "IfcBearingTypeDisplacementEnum"
msgid "IfcBearingTypeDisplacementEnum_DEFINITION"
msgstr "bSI Documentation"
#:IFC.xml:33718
msgid "IfcBearingTypeEnum"
msgstr "IfcBearingTypeEnum"
msgid "IfcBearingTypeEnum_DEFINITION"
msgstr "bSI Documentation"
#:IFC.xml:33728
msgid "IfcBearingTypeEnum_DISK"
msgstr "DISK"
msgid "IfcBearingTypeEnum_DISK_DEFINITION"
msgstr "A disk bearing consist of an elastomeric disc between two metal plates."
#:IFC.xml:33731
msgid "IfcBearingTypeEnum_POT"
msgstr "POT"
msgid "IfcBearingTypeEnum_POT_DEFINITION"
msgstr "A bearing which carries vertical load by compression of an elastomeric disc confined in a steel cylinder and which accommodates rotations by deformations of the disc."
#:IFC.xml:33729
msgid "IfcBearingTypeEnum_ELASTOMERIC"
msgstr "ELASTOMERIC"
msgid "IfcBearingTypeEnum_ELASTOMERIC_DEFINITION"
msgstr "A pad bearing which carries vertical load by contact stresses between a sheet of sliding material and a mating surface that permits movements by sliding and accommodates rotation by deformation of the elastomer."
#:IFC.xml:33730
msgid "IfcBearingTypeEnum_GUIDE"
msgstr "GUIDE"
msgid "IfcBearingTypeEnum_GUIDE_DEFINITION"
msgstr "A bearing that ensures that the structure maintains the correct location or expansion contraction path and takes no vertical load. Inlcudes also restraint bearings."
#:IFC.xml:33727
msgid "IfcBearingTypeEnum_CYLINDRICAL"
msgstr "CYLINDRICAL"
msgid "IfcBearingTypeEnum_CYLINDRICAL_DEFINITION"
msgstr "The bearing functionality is provided by cylinder in a concave cylinder."
#:IFC.xml:33732
msgid "IfcBearingTypeEnum_ROCKER"
msgstr "ROCKER"
msgid "IfcBearingTypeEnum_ROCKER_DEFINITION"
msgstr "The bearing functionality is provided by a rocker construction. Includes line rocker and point rocker bearings."
#:IFC.xml:33734
msgid "IfcBearingTypeEnum_SPHERICAL"
msgstr "SPHERICAL"
msgid "IfcBearingTypeEnum_SPHERICAL_DEFINITION"
msgstr "The bearing functionality is provided by convex dome in a concave basin."
#:IFC.xml:33733
msgid "IfcBearingTypeEnum_ROLLER"
msgstr "ROLLER"
msgid "IfcBearingTypeEnum_ROLLER_DEFINITION"
msgstr "The bearing functionality is provided by one or more rollers that are placed between two plates."
#:IFC.xml:33735
msgid "IfcBuildingElementProxy"
msgstr "IfcBuildingElementProxy"
msgid "IfcBuildingElementProxy_DEFINITION"
msgstr "The [[IfcBuildingElementProxy]] is a proxy definition that provides the same functionality as subtypes of IfcBuildingElement , but without having a predefined meaning of the special type of building element, it represents. Proxies can also be used as spatial place holders or provisions, that are later replaced by special types of elements. One use of the proxy object is a provision for voids, i.e. where a particular volume of space is requested by an engineering function that might later be accepted or rejected. If accepted it is transformed into a void within a building element, like a wall opening, or a slab opening. The provision for voids is exchanged as an [[IfcBuildingElementProxy]] with the PredefinedType ProvisionForVoid. Such proxy shall have a swept solid geometry, where the profile of the swept solid lies on near the surface of the referred building element and the extrusion depths is equal to or bigger then in case of round or otherwise irregular element shape the thickness of the building element. The appropriate property set should be attached. In addition to the provision for voids, the building element proxy can also represent a provision for space, often the necessary space allocation for mechanical equipment that will be determined in a later design phase. The provision for space is exchanged as an [[IfcBuildingElementProxy]] with the PredefinedType ProvisionForSpace. Other usages of [[IfcBuildingElementProxy]] include The [[IfcBuildingElementProxy]] can be used to exchange special types of building elements for which the current specification does not yet provide a semantic definition. The [[IfcBuildingElementProxy]] can also be used to represent building elements for which the participating applications can not provide a semantic definition. HISTORY New entity in IFC2x. bSI Documentation"
#:IFC.xml:33751
msgid "IfcBuildingElementProxy_PredefinedType"
msgstr "PredefinedType"
msgid "IfcBuildingElementProxy_PredefinedType_DEFINITION"
msgstr "PredefinedType"
#:IFC.xml:33767
msgid "IfcBuildingElementProxyType"
msgstr "IfcBuildingElementProxyType"
msgid "IfcBuildingElementProxyType_DEFINITION"
msgstr "[[IfcBuildingElementProxyType]] defines a list of commonly shared property set definitions of a building element proxy and an optional set of product representations. It is used to define an element specification i.e. the specific product information, that is common to all occurrences of that product type . NOTE The product representations are defined as representation maps at the level of the supertype [[IfcTypeProduct]] , which gets assigned by an element occurrence instance through the [[IfcShapeRepresentation]].Item 1 being an [[IfcMappedItem]] . A building element proxy type is used to define the common properties of a certain type of a building element proxy that may be applied to many instances of that S type to assign a specific style. Building element proxy types S may be exchanged without being already assigned to occurrences. NOTE Although an building element proxy does not have a predefined ontological meaning the provision of a type may be helpful in sharing information among multiple occurrences. Applications that provide type information for element types not yet included in the current IFC specification can use the [[IfcBuildingElementProxyType]] to exchange such types. The occurrences of the [[IfcBuildingElementProxyType]] are represented by instances of [[IfcBuildingElementProxy]] . bSI Documentation"
#:IFC.xml:33774
msgid "IfcBuildingElementProxyType_PredefinedType"
msgstr "PredefinedType"
msgid "IfcBuildingElementProxyType_PredefinedType_DEFINITION"
msgstr "PredefinedType"
#:IFC.xml:33786
msgid "IfcBuildingElementProxyTypeEnum"
msgstr "IfcBuildingElementProxyTypeEnum"
msgid "IfcBuildingElementProxyTypeEnum_DEFINITION"
msgstr "This enumeration defines the available generic types for [[IfcBuildingElementProxy]] or [[IfcBuildingElementProxyType]] . HISTORY New enumeration IFC2x3 .change ifc2x4 IFC4 CHANGE Enumerators PROVISIONFORVOID and PROVISIONFORSPACE added. .deprecated DEPRECATION The enumerator COMPLEX, ELEMENT, PARTIAL shall no longer be used. bSI Documentation"
#:IFC.xml:33794
msgid "IfcBuildingElementProxyTypeEnum_PARTIAL"
msgstr "PARTIAL"
msgid "IfcBuildingElementProxyTypeEnum_PARTIAL_DEFINITION"
msgstr "PARTIAL"
#:IFC.xml:33796
msgid "IfcBuildingElementProxyTypeEnum_PROVISIONFORVOID"
msgstr "PROVISIONFORVOID"
msgid "IfcBuildingElementProxyTypeEnum_PROVISIONFORVOID_DEFINITION"
msgstr "The proxy denotes a provision for voids an proposed opening not applied as void yet ."
#:IFC.xml:33792
msgid "IfcBuildingElementProxyTypeEnum_COMPLEX"
msgstr "COMPLEX"
msgid "IfcBuildingElementProxyTypeEnum_COMPLEX_DEFINITION"
msgstr "COMPLEX"
#:IFC.xml:33795
msgid "IfcBuildingElementProxyTypeEnum_PROVISIONFORSPACE"
msgstr "PROVISIONFORSPACE"
msgid "IfcBuildingElementProxyTypeEnum_PROVISIONFORSPACE_DEFINITION"
msgstr "The proxy denotes a provision for space e.g. the space allocated as a provision for mechanical equipment or furniture ."
#:IFC.xml:33793
msgid "IfcBuildingElementProxyTypeEnum_ELEMENT"
msgstr "ELEMENT"
msgid "IfcBuildingElementProxyTypeEnum_ELEMENT_DEFINITION"
msgstr "ELEMENT"
#:IFC.xml:33798
msgid "IfcBuildingSystem"
msgstr "IfcBuildingSystem"
msgid "IfcBuildingSystem_DEFINITION"
msgstr "A building system is a group by which building elements are grouped according to a common function within the facility. The group [[IfcBuildingSystem]] defines the occurrence of a specialized system for use within the context of a building and finishing fabric. Important functionalities for the description of a building system are derived from supertypes From [[IfcSystem]] it inherits the ability to couple the building system via [[IfcRelServicesBuildings]] to one or more [[IfcSpatialElement]] subtypes as necessary. From [[IfcGroup]] it inherits the inverse attribute IsGroupedBy , pointing to the relationship class [[IfcRelAssignsToGroup]] . This allows to group building elements instances of IfcBuildingElement subtypes, [[IfcFurnishingElement]] subtype, [[IfcElementAssembly]] and [[IfcTransportElement]] . From [[IfcObjectDefinition]] it inherits the inverse attribute IsDecomposedBy pointing to the relationship class [[IfcRelAggregates]] . It provides the hierarchy between the separate partial building systems. HISTORY New entity in IFC4. bSI Documentation"
#:IFC.xml:33799
msgid "IfcBuildingSystem_PredefinedType"
msgstr "PredefinedType"
msgid "IfcBuildingSystem_PredefinedType_DEFINITION"
msgstr "PredefinedType"
#:IFC.xml:33804
msgid "IfcBuildingSystem_LongName"
msgstr "LongName"
msgid "IfcBuildingSystem_LongName_DEFINITION"
msgstr "Long name for a building system, used for informal purposes. It should be used, if available, in conjunction with the inherited Name attribute. X 0D NOTE In many scenarios the Name attribute refers to the short name or number of a building system, and the LongName refers to a descriptive name."
#:IFC.xml:33824
msgid "IfcBuildingSystemTypeEnum"
msgstr "IfcBuildingSystemTypeEnum"
msgid "IfcBuildingSystemTypeEnum_DEFINITION"
msgstr "This enumeration identifies different types of building systems. HISTORY New enumeration in IFC4. bSI Documentation"
#:IFC.xml:33839
msgid "IfcBuildingSystemTypeEnum_REINFORCING"
msgstr "REINFORCING"
msgid "IfcBuildingSystemTypeEnum_REINFORCING_DEFINITION"
msgstr "System of elements providing reinforcing to the structure."
#:IFC.xml:33837
msgid "IfcBuildingSystemTypeEnum_OUTERSHELL"
msgstr "OUTERSHELL"
msgid "IfcBuildingSystemTypeEnum_OUTERSHELL_DEFINITION"
msgstr "System of built elements that provides the outer skin to protect the construction such as the facade ."
#:IFC.xml:40441
msgid "IfcBuildingSystemTypeEnum_EROSIONPREVENTION"
msgstr "EROSIONPREVENTION"
msgid "IfcBuildingSystemTypeEnum_EROSIONPREVENTION_DEFINITION"
msgstr "EROSIONPREVENTION"
#:IFC.xml:33835
msgid "IfcBuildingSystemTypeEnum_FOUNDATION"
msgstr "FOUNDATION"
msgid "IfcBuildingSystemTypeEnum_FOUNDATION_DEFINITION"
msgstr "System of shallow and deep foundation element that transmit forces to the supporting ground."
#:IFC.xml:33836
msgid "IfcBuildingSystemTypeEnum_LOADBEARING"
msgstr "LOADBEARING"
msgid "IfcBuildingSystemTypeEnum_LOADBEARING_DEFINITION"
msgstr "System of built elements that transmit forces and stiffen the construction."
#:IFC.xml:33840
msgid "IfcBuildingSystemTypeEnum_SHADING"
msgstr "SHADING"
msgid "IfcBuildingSystemTypeEnum_SHADING_DEFINITION"
msgstr "System of shading elements external or internal that permits the limitation or control of impact of natural sun light."
#:IFC.xml:33834
msgid "IfcBuildingSystemTypeEnum_FENESTRATION"
msgstr "FENESTRATION"
msgid "IfcBuildingSystemTypeEnum_FENESTRATION_DEFINITION"
msgstr "System of doors, windows, and other fillings in opening in a building envelop that are designed to permit the passage of air or light."
#:IFC.xml:33841
msgid "IfcBuildingSystemTypeEnum_TRANSPORT"
msgstr "TRANSPORT"
msgid "IfcBuildingSystemTypeEnum_TRANSPORT_DEFINITION"
msgstr "System of all transport elements in a facility that enables the transport of people or goods."
#:IFC.xml:33838
msgid "IfcBuildingSystemTypeEnum_PRESTRESSING"
msgstr "PRESTRESSING"
msgid "IfcBuildingSystemTypeEnum_PRESTRESSING_DEFINITION"
msgstr "System of elements providing pre stressing to the structure, including typically manufactured products such as tendons, anchorages active, dead, coupling , ducts, vents and deviators, and in situ concrete segments, tendon spacers, blisters and additional reinforcements."
#:IFC.xml:33842
msgid "IfcCaissonFoundation"
msgstr "IfcCaissonFoundation"
msgid "IfcCaissonFoundation_DEFINITION"
msgstr "CaissonFoundation essentially is a hollow box that can be either open or closed. NOTE corresponding predefined type is deprecated from [[IfcFootingTypeEnum]] . bSI Documentation"
#:IFC.xml:33853
msgid "IfcCaissonFoundation_PredefinedType"
msgstr "PredefinedType"
msgid "IfcCaissonFoundation_PredefinedType_DEFINITION"
msgstr "PredefinedType"
#:IFC.xml:33865
msgid "IfcCaissonFoundationType"
msgstr "IfcCaissonFoundationType"
msgid "IfcCaissonFoundationType_DEFINITION"
msgstr "bSI Documentation"
#:IFC.xml:33872
msgid "IfcCaissonFoundationType_PredefinedType"
msgstr "PredefinedType"
msgid "IfcCaissonFoundationType_PredefinedType_DEFINITION"
msgstr "PredefinedType"
#:IFC.xml:33884
msgid "IfcCaissonFoundationTypeEnum"
msgstr "IfcCaissonFoundationTypeEnum"
msgid "IfcCaissonFoundationTypeEnum_DEFINITION"
msgstr "bSI Documentation"
#:IFC.xml:33888
msgid "IfcCaissonFoundationTypeEnum_WELL"
msgstr "WELL"
msgid "IfcCaissonFoundationTypeEnum_WELL_DEFINITION"
msgstr "Open box."
#:IFC.xml:33887
msgid "IfcCaissonFoundationTypeEnum_CAISSON"
msgstr "CAISSON"
msgid "IfcCaissonFoundationTypeEnum_CAISSON_DEFINITION"
msgstr "Closed box."
#:IFC.xml:33889
msgid "IfcChimney"
msgstr "IfcChimney"
msgid "IfcChimney_DEFINITION"
msgstr "Chimneys are typically vertical, or as near as vertical, parts of the construction of a building and part of the building fabric. Often constructed by pre cast or insitu concrete, today seldom by bricks. .extDef NOTE Definition according to ISO 6707 1 construction containing one or more flues. Flue Duct designed to convey the products of combustion to the open air. Chimney stack Part of the chimney that projects above a roof. HISTORY New entity in IFC4. bSI Documentation"
#:IFC.xml:33905
msgid "IfcChimney_PredefinedType"
msgstr "PredefinedType"
msgid "IfcChimney_PredefinedType_DEFINITION"
msgstr "PredefinedType"
#:IFC.xml:33917
msgid "IfcChimneyType"
msgstr "IfcChimneyType"
msgid "IfcChimneyType_DEFINITION"
msgstr "The building element type [[IfcChimneyType]] defines commonly shared information for occurrences of chimneys. The set of shared information may include common properties with shared property sets common representations common materials common composition of elements It is used to define a chimney type specification indicating the specific product information that is common to all occurrences of that product type. The [[IfcChimneyType]] may be declared within [[IfcProject]] or [[IfcProjectLibrary]] using [[IfcRelDeclares]] and may be exchanged with or without occurrences of the type. Occurrences of [[IfcChimneyType]] are represented by instances of [[IfcChimney]] . Refer to the documentation at [[IfcChimney]] for supported property sets, materials, and composition. HISTORY New entity in IFC4 bSI Documentation"
#:IFC.xml:33924
msgid "IfcChimneyType_PredefinedType"
msgstr "PredefinedType"
msgid "IfcChimneyType_PredefinedType_DEFINITION"
msgstr "PredefinedType"
#:IFC.xml:33936
msgid "IfcChimneyTypeEnum"
msgstr "IfcChimneyTypeEnum"
msgid "IfcChimneyTypeEnum_DEFINITION"
msgstr "This enumeration defines the valid types of chimneys that can be predefined using the enumeration values. HISTORY New enumeration in IFC4 NOTE S Currently there are no specific enumerators defined, the [[IfcChimneyTypeEnum]] has been added for future extensions. bSI Documentation"
#:IFC.xml:33937
msgid "IfcColumn"
msgstr "IfcColumn"
msgid "IfcColumn_DEFINITION"
msgstr "An [[IfcColumn]] is a vertical structural member which often is aligned with a structural grid intersection. It represents a vertical, or nearly vertical, structural member that transmits, through compression, the weight of the structure above to other structural elements below. It represents such a member from an architectural point of view. It is not required to be load bearing. .extDef NOTE Definition according to ISO 6707 1 structural member of slender form, usually vertical, that transmits to its base the forces, primarily in compression, that are applied to it. NOTE The representation of a column in a structural analysis model is provided by [[IfcStructuralCurveMember]] being part of an [[IfcStructuralAnalysisModel]] . NOTE For any longitudial structural member, not constrained to be predominately horizontal nor vertical, or where this semantic information is irrelevant, the entity [[IfcMember]] exists. The IFC specification provides two entities for column occurrences [[IfcColumnStandardCase]] used for all occurrences of columns, tthat have a profile defined that is swept along a directrix. The profile might be changed uniformly by a taper definition along the directrix. The profile parameter and its cardinal point of insertion can be fully described by the [[IfcMaterialProfileSetUsage]] . These beams are always represented geometricly by an Axis and a SweptSolid or AdvancedSweptSolid shape representation or by a Clipping geometry based on the swept solid , if a 3D geometric representation is assigned. In addition they have to have a corresponding [[IfcMaterialProfileSetUsage]] assigned. NOTE View definitions and implementer agreements may further constrain the applicable geometry types, for example by excluding tapering from an [[IfcColumnStandardCase]] implementation. [[IfcColumn]] used for all other occurrences of columns, particularly for columns with changing profile sizes along the extrusion, or columns defined by non linear extrusion, or columns having only Brep , or SurfaceModel geometry. HISTORY New entity in IFC1.0 bSI Documentation"
#:IFC.xml:33954
msgid "IfcColumn_PredefinedType"
msgstr "PredefinedType"
msgid "IfcColumn_PredefinedType_DEFINITION"
msgstr "PredefinedType"
#:IFC.xml:33966
msgid "IfcColumnStandardCase"
msgstr "IfcColumnStandardCase"
msgid "IfcColumnStandardCase_DEFINITION"
msgstr "The standard column, [[IfcColumnStandardCase]] , defines a column with certain constraints for the provision of material usage, parameters and with certain constraints for the geometric representation. The [[IfcColumnStandardCase]] handles all cases of columns, that have a reference to the [[IfcMaterialProfileSetUsage]] defining the material profile association of the column with the cardinal point of its insertion relative to the local placement. are based on a sweep of a planar profile, or set of profiles, as defined by the [[IfcMaterialProfileSet]] have an Axis shape representation with constraints provided below in the geometry use definition have a Body shape representation with constraints provided below in the geometry use definition have a start profile, or set of profiles, that is swept along the directrix and might be changed uniformly by a taper definition are consistent in using the correct cardinal point offset of the profile as compared to the Axis and Body shape representation are extruded perpendicular to the profile definition plane NOTE View definitions and implementer agreements may further constrain the applicable geometry types, e.g. by excluding tapering from an [[IfcBeamStandardCase]] implementation. HISTORY New entity in IFC4. Geometric Representations The geometric representation of [[IfcColumnStandardCase]] is defined using the following multiple shape representations for its definition Axis A three dimensional open curve subtype of [[IfcBoundedCurve]] defining the axis for the standard column. The cardinal point is determined by the column axis. Body A Swept Solid Representation or a CSG representation defining the 3D shape of the standard column. NOTE It is invalid to exchange a SurfaceModel , Brep , or MappedRepresentation representation for the Body shape representation of an [[IfcColumnStandardCase]] . bSI Documentation"
#:IFC.xml:33973
msgid "IfcColumnType"
msgstr "IfcColumnType"
msgid "IfcColumnType_DEFINITION"
msgstr "The element type [[IfcColumnType]] defines commonly shared information for occurrences of columns. The set of shared information may include common properties within shared property sets common material information common profile definitions common shape representations It is used to define a column specification, or column style i.e. the specific product information that is common to all occurrences of that column type . Column types may be exchanged without being already assigned to occurrences. Occurrences of the [[IfcColumnType]] within building models are represented by instances of [[IfcColumnStandardCase]] if the [[IfcColumnType]] has a single associated [[IfcMaterialProfileSet]] otherwise they are represented by instances of [[IfcColumn]] . Occurrences of the [[IfcColumnType]] within structural analysis models are represented by instances of [[IfcStructuralCurveMember]] , or its applicable subtypes. HISTORY New entity in IFC2x2. bSI Documentation"
#:IFC.xml:33980
msgid "IfcColumnType_PredefinedType"
msgstr "PredefinedType"
msgid "IfcColumnType_PredefinedType_DEFINITION"
msgstr "PredefinedType"
#:IFC.xml:33992
msgid "IfcColumnTypeEnum"
msgstr "IfcColumnTypeEnum"
msgid "IfcColumnTypeEnum_DEFINITION"
msgstr "This enumeration defines the different predefined types of columns that can further specify an [[IfcColumn]] or [[IfcColumnType]] . HISTORY New Enumeration in IFC2x2. bSI Documentation"
#:IFC.xml:33999
msgid "IfcColumnTypeEnum_PIERSTEM"
msgstr "PIERSTEM"
msgid "IfcColumnTypeEnum_PIERSTEM_DEFINITION"
msgstr "An individual vertical part of a pier, may be a simple column, i.e. no breakdown into segments or separate structural parts such as flanges and web s , or may be an aggregation of segments and or parts."
#:IFC.xml:34000
msgid "IfcColumnTypeEnum_PIERSTEM_SEGMENT"
msgstr "PIERSTEM SEGMENT"
msgid "IfcColumnTypeEnum_PIERSTEM_SEGMENT_DEFINITION"
msgstr "A vertical segment of a pier column."
#:IFC.xml:34001
msgid "IfcColumnTypeEnum_PILASTER"
msgstr "PILASTER"
msgid "IfcColumnTypeEnum_PILASTER_DEFINITION"
msgstr "A column element embedded within a wall that can be required to be load bearing but may also only be used for decorative purposes."
#:IFC.xml:33998
msgid "IfcColumnTypeEnum_COLUMN"
msgstr "COLUMN"
msgid "IfcColumnTypeEnum_COLUMN_DEFINITION"
msgstr "A standard member usually vertical and requiring resistance to vertical forces by compression but also sometimes to lateral forces."
#:IFC.xml:34002
msgid "IfcColumnTypeEnum_STANDCOLUMN"
msgstr "STANDCOLUMN"
msgid "IfcColumnTypeEnum_STANDCOLUMN_DEFINITION"
msgstr "A column transmitting vertical loads from superstructure to an arch below it."
#:IFC.xml:34003
msgid "IfcConnectionTypeEnum"
msgstr "IfcConnectionTypeEnum"
msgid "IfcConnectionTypeEnum_DEFINITION"
msgstr "This enumeration defines the different ways how path based elements such as [[IfcWallStandardCase]] can connect, as shown in Figure 1. HISTORY New type in IFC2.0 The enumerated items shall be used in the following combinations Connection type Illustration L Shape Connection RelatingConnectionType AtStart RelatedConnectionType AtStart L Shape Connection RelatingConnectionType AtEnd RelatedConnectionType AtStart T Shape Connection RelatingConnectionType AtPath RelatedConnectionType AtStart Figure 1 Connection types bSI Documentation"
#:IFC.xml:34009
msgid "IfcCovering"
msgstr "IfcCovering"
msgid "IfcCovering_DEFINITION"
msgstr "A covering is an element which covers some part of another element and is fully dependent on that other element. The [[IfcCovering]] defines the occurrence of a covering type, that if given is expressed by the [[IfcCoveringType]] . .extDef NOTE Definition according to ISO ISO 6707 1 final coverings and treatments of surfaces and their intersections. Coverings are elements with relationships to the covered element and the space on the other side, they may contain openings, assigned by [[IfcRelVoidsElement]] , material information, assigned by [[IfcRelAssociatesMaterial]] , and others. EXAMPLE Coverings include wall claddings, floorings, suspended ceilings, moldings and skirting boards. NOTE A more basic information about claddings, floorings, and ceilings of a space can be attached to [[IfcSpace]] s using the Pset SpaceCommon properties. Then only a name can be provided and the covering quantities would be interpreted from the space quantities. Coverings can be assigned to a space represented by [[IfcSpace]] using the inverse relationship CoversSpaces pointing to [[IfcRelCoversSpaces]] . The space is then accessible via [[IfcRelCoversSpaces]].RelatedSpace . It defines to which space a covering is facing towards. a space boundary represented by [[IfcRelSpaceBoundary]] using the inverse relationship ProvidesBoundaries pointing to [[IfcRelSpaceBoundary]]. The space is then accessible via [[IfcRelSpaceBoundary]].RelatingSpace . a building element represented by IfcBuildingElement using the inverse relationship Covers pointing to [[IfcRelCoversBldgElements]] . The building element is then accessible via [[IfcRelCoversBldgElements]].RelatingBuildingElement . NOTE The mere containment relationship between an [[IfcCovering]] and an [[IfcSpace]] is created by using [[IfcRelContainedInSpatialStructure]] The following guideline shall apply default if the space has coverings that may not have their own shape representation and no defined relationships to the building elements they cover, then the [[IfcCovering]] shall be assigned to [[IfcSpace]] using the [[IfcRelCoversSpaces]] relationship, if the space has coverings that have an own shape representation and the space has defined space boundaries, then the covering, which relates to that space, shall be contained in the space using [[IfcRelContainedInSpatialStructure]] . It may be assigned to the space boundaries using the [[IfcRelSpaceBoundary]] . if the covering does not relate to a space, then the covering should be assigned to the building element or a distribution element using the [[IfcRelCoversBldgElements]] relationship. HISTORY New entity in IFC1.0. .change ifc2x IFC2x CHANGE The attribute PredefinedType is now optional and should only be inserted when no type information, given by [[IfcCoveringType]] , is assigned to the [[IfcCovering]] occurrence by [[IfcRelDefinesByType]] . bSI Documentation"
#:IFC.xml:34020
msgid "IfcCovering_PredefinedType"
msgstr "PredefinedType"
msgid "IfcCovering_PredefinedType_DEFINITION"
msgstr "PredefinedType"
#:IFC.xml:34034
msgid "IfcCovering_CoversElements"
msgstr "CoversElements"
msgid "IfcCovering_CoversElements_DEFINITION"
msgstr "CoversElements"
#:IFC.xml:34048
msgid "IfcCovering_CoversSpaces"
msgstr "CoversSpaces"
msgid "IfcCovering_CoversSpaces_DEFINITION"
msgstr "CoversSpaces"
#:IFC.xml:34062
msgid "IfcCoveringType"
msgstr "IfcCoveringType"
msgid "IfcCoveringType_DEFINITION"
msgstr "The element type [[IfcCoveringType]] defines commonly shared information for occurrences of coverings. The set of shared information may include common properties within shared property sets common material layer set information common shape representations It is used to define an covering specification or covering style i.e. the specific product information, that is common to all occurrences of that product type . Covering types may be exchanged without being already assigned to occurrences. The occurrences of the [[IfcCoveringType]] are represented by instances of [[IfcCovering]] HISTORY New entity in IFC2x2. .spec head Informal Propositions 1. The material assignment, if provided using the [[IfcRelAssociatesMaterial]] relationship, shall not reference [[IfcMaterialLayerSetUsage]] or [[IfcMaterialProfileSetUsage]] . bSI Documentation"
#:IFC.xml:34069
msgid "IfcCoveringType_PredefinedType"
msgstr "PredefinedType"
msgid "IfcCoveringType_PredefinedType_DEFINITION"
msgstr "PredefinedType"
#:IFC.xml:34081
msgid "IfcCoveringTypeEnum"
msgstr "IfcCoveringTypeEnum"
msgid "IfcCoveringTypeEnum_DEFINITION"
msgstr "This enumeration defines the range of different types of covering that can further specify an [[IfcCovering]] or an [[IfcCoveringType]] . HISTORY New enumeration in IFC1.0 .change ifc2x4 IFC4 CHANGE The following enumerators have been added MOLDING , and SKIRTINGBOARD . bSI Documentation"
#:IFC.xml:34103
msgid "IfcCoveringTypeEnum_ROOFING"
msgstr "ROOFING"
msgid "IfcCoveringTypeEnum_ROOFING_DEFINITION"
msgstr "ROOFING"
#:IFC.xml:34100
msgid "IfcCoveringTypeEnum_MEMBRANE"
msgstr "MEMBRANE"
msgid "IfcCoveringTypeEnum_MEMBRANE_DEFINITION"
msgstr "An impervious layer that could be used for e.g. roof covering below tiling that may be known as sarking etc. or as a damp proof course membrane also, waterproofing material on a bridge structure typically on top of bridge slab ."
#:IFC.xml:34104
msgid "IfcCoveringTypeEnum_SKIRTINGBOARD"
msgstr "SKIRTINGBOARD"
msgid "IfcCoveringTypeEnum_SKIRTINGBOARD_DEFINITION"
msgstr "The covering is used to represent a skirting board being a strip of material to cover the transition between the wall cladding and the flooring."
#:IFC.xml:34093
msgid "IfcCoveringTypeEnum_CEILING"
msgstr "CEILING"
msgid "IfcCoveringTypeEnum_CEILING_DEFINITION"
msgstr "The covering is used torepresent a ceiling."
#:IFC.xml:34096
msgid "IfcCoveringTypeEnum_COPING"
msgstr "COPING"
msgid "IfcCoveringTypeEnum_COPING_DEFINITION"
msgstr "A protective capping or covering of a wall or a parapet."
#:IFC.xml:34095
msgid "IfcCoveringTypeEnum_CLADDING"
msgstr "CLADDING"
msgid "IfcCoveringTypeEnum_CLADDING_DEFINITION"
msgstr "The covering is used to represent a cladding."
#:IFC.xml:34106
msgid "IfcCoveringTypeEnum_WRAPPING"
msgstr "WRAPPING"
msgid "IfcCoveringTypeEnum_WRAPPING_DEFINITION"
msgstr "The covering is used for wrapping particularly of distribution elements using tape."
#:IFC.xml:34102
msgid "IfcCoveringTypeEnum_MOLDING"
msgstr "MOLDING"
msgid "IfcCoveringTypeEnum_MOLDING_DEFINITION"
msgstr "The covering is used to represent a molding being a strip of material to cover the transition of surfaces often between wall cladding and ceiling ."
#:IFC.xml:34105
msgid "IfcCoveringTypeEnum_SLEEVING"
msgstr "SLEEVING"
msgid "IfcCoveringTypeEnum_SLEEVING_DEFINITION"
msgstr "The covering is used to isolate a distribution element from a space in which it is contained."
#:IFC.xml:34097
msgid "IfcCoveringTypeEnum_FLOORING"
msgstr "FLOORING"
msgid "IfcCoveringTypeEnum_FLOORING_DEFINITION"
msgstr "FLOORING"
#:IFC.xml:34099
msgid "IfcCoveringTypeEnum_INSULATION"
msgstr "INSULATION"
msgid "IfcCoveringTypeEnum_INSULATION_DEFINITION"
msgstr "INSULATION"
#:IFC.xml:34107
msgid "IfcCurtainWall"
msgstr "IfcCurtainWall"
msgid "IfcCurtainWall_DEFINITION"
msgstr "A curtain wall is an exterior wall of a building which is an assembly of components, hung from the edge of the floor roof structure rather than bearing on a floor. Curtain wall is represented as a building element assembly and implemented as a subtype of IfcBuildingElement that uses an [[IfcRelAggregates]] relationship. .extDef NOTE Definition according to ISO 6707 1 non load bearing wall positioned on the outside of a building and enclosing it. HISTORY New entity in IFC2.0 The geometric representation of [[IfcCurtainWall]] is given by the [[IfcProductDefinitionShape]] , allowing multiple geometric representations. Independent Body geometric representation, as described below, should only be used when the [[IfcCurtainWall]] is not defined as an aggregate. If defined as an aggregate, the geometric representation is the sum of the representations of the components within the aggregate. The geometric representation of [[IfcCurtainWall]] is defined using the following multiple shape representations for its definition Axis A two dimensional open curve for restrictions see below defining the axis for the curtain wall. This is an optional representation for curtain walls. Body A surface model or boundary representation model representation defining the 3D shape of the curtain wall. If the [[IfcCurtainWall]] has components referenced by SELF [[IfcObject]].IsDecomposedBy then no independent shape representation with RepresentationType Body shall be defined. The body of [[IfcCurtainWall]] is then geometrically represented by the shape representation of its components. The components are accessed via SELF [[IfcObject]].IsDecomposedBy 1 .RelatedObjects . If the [[IfcCurtainWall]] has no components defined empty set of SELF [[IfcObject]].IsDecomposedBy then the [[IfcCurtainWall]] may be represented by an shape representation with the RepresentationIdentifier Body . bSI Documentation"
#:IFC.xml:34118
msgid "IfcCurtainWall_PredefinedType"
msgstr "PredefinedType"
msgid "IfcCurtainWall_PredefinedType_DEFINITION"
msgstr "PredefinedType"
#:IFC.xml:34132
msgid "IfcCurtainWallType"
msgstr "IfcCurtainWallType"
msgid "IfcCurtainWallType_DEFINITION"
msgstr "The building element type [[IfcCurtainWallType]] defines commonly shared information for occurrences of curtain walls. The set of shared information may include common properties with shared property sets common representations common materials common composition of elements It is used to define a curtain wall type specification indicating the specific product information that is common to all occurrences of that product type. The [[IfcCurtainWallType]] may be declared within [[IfcProject]] or [[IfcProjectLibrary]] using [[IfcRelDeclares]] and may be exchanged with or without occurrences of the type. Occurrences of [[IfcCurtainWallType]] are represented by instances of [[IfcCurtainWall]] . Refer to the documentation at [[IfcCurtainWall]] for supported property sets, materials, and composition. HISTORY New entity in IFC2x3. bSI Documentation"
#:IFC.xml:34139
msgid "IfcCurtainWallType_PredefinedType"
msgstr "PredefinedType"
msgid "IfcCurtainWallType_PredefinedType_DEFINITION"
msgstr "PredefinedType"
#:IFC.xml:34151
msgid "IfcCurtainWallTypeEnum"
msgstr "IfcCurtainWallTypeEnum"
msgid "IfcCurtainWallTypeEnum_DEFINITION"
msgstr "This enumeration defines the valid types of curtain wall that can be predefined using the enumeration values. HISTORY New enumeration in IFC2x3 NOTE Currently there are no specific enumerators defined the [[IfcCurtainWallTypeEnum]] has been added for future extensions. bSI Documentation"
#:IFC.xml:34152
msgid "IfcDeepFoundation"
msgstr "IfcDeepFoundation"
msgid "IfcDeepFoundation_DEFINITION"
msgstr "Deep foundation is a type of foundation that transfers loads deeper than shallow foundation below the soft soils not capable of bearing the above structure. Depending on the soil strength it might have to reach down to the rock layer. Deep foundation is a new supertype incorporating the existing [[IfcPile]] and the new [[IfcCaissonFoundation]] . bSI Documentation"
#:IFC.xml:34159
msgid "IfcDeepFoundationType"
msgstr "IfcDeepFoundationType"
msgid "IfcDeepFoundationType_DEFINITION"
msgstr "bSI Documentation"
#:IFC.xml:34162
msgid "IfcDoor"
msgstr "IfcDoor"
msgid "IfcDoor_DEFINITION"
msgstr "The door is a built element that is predominately used to provide controlled access for people, goods, animals and vehicles. It includes constructions with hinged, pivoted, sliding, and additionally revolving and folding operations. REMOVE A door consists of a lining and one or several panels. NOTE Definition according to ISO 6707 1 construction for closing an opening, intended primarily for access with hinged, pivoted or sliding operation. The [[IfcDoor]] defines a particular occurrence of a door inserted in the spatial context of a project. A door can be inserted as a filler in an opening using the [[IfcRelFillsElement]] relationship, then the [[IfcDoor]] has an inverse attribute FillsVoids provided NOTE View definitions or implementer agreements may restrict the relationship to only include one door into one opening be part of an element assembly, in general an [[IfcCurtainWall]] , using the [[IfcRelAggregates]] relationship, then the [[IfcDoor]] has an inverse attribute Decomposes is provided be a free standing door, then the [[IfcDoor]] has no inverse attributes FillsVoids or Decomposes provided. This specification provides two entities for door occurrences [[IfcDoorStandardCase]] used for all occurrences of doors, that have a Profile shape representation defined to which a set of shape parameters for lining and framing properties apply. Additionally it requires the provision of an [[IfcDoorType]] that references one [[IfcDoorLiningProperties]] and on to many [[IfcDoorPanelProperties]] NOTE see [[IfcDoorStandardCase]] for all specific constraints imposed by this subtype. [[IfcDoor]] used for all other occurrences of doors, particularly for doors having only Brep , or SurfaceModel geometry without applying shape parameters. The actual parameters of the door and or its shape are defined by the [[IfcDoor]] as the occurrence definition or project instance , or by the [[IfcDoorType]] as the specific definition or project type . The following parameters are given at the [[IfcDoor]] or [[IfcDoorStandardCase]] for occurrence specific parameters. The [[IfcDoor]] specifies the door width and height the door opening direction by the y axis of the ObjectPlacement at the [[IfcDoorType]] , to which the [[IfcDoor]] is related by the inverse relationship IsTypedBy pointing to [[IfcRelDefinesByType]] , for type parameters common to all occurrences of the same type. at the [[IfcDoorType]], to which the [[IfcDoor]] is related by the inverse relationship IsTypedBy pointing to [[IfcRelDefinesByType]], for type parameters common to all occurrences of the same type. the operation type single swing, double swing, revolving, etc. the door hinge side by using two different styles for right and left opening doors the construction material type the particular attributes for the lining by the [[IfcDoorLiningProperties]] the particular attributes for the panels by the [[IfcDoorPanelProperties]] The geometric representation of [[IfcDoor]] is given by the [[IfcProductDefinitionShape]] , allowing multiple geometric representations. The [[IfcDoor]] may get its parameter and shape from the [[IfcDoorType]] . If an [[IfcRepresentationMap]] a block definition is defined for the [[IfcDoorType]] , then the [[IfcDoor]] inserts it through the [[IfcMappedItem]] . The geometric representation of [[IfcDoor]] is defined using the following potentially multiple [[IfcShapeRepresentation]] s for its [[IfcProductDefinitionShape]] Profile A Curve3D consisting of a single losed curve defining the outer boundary of the door lining . The door parametric representation uses this profile in order to apply the door lining and panel parameter. If not provided, the profile of the [[IfcOpeningElement]] is taken. FootPrint A GeometricCurveSet , or Annotation2D representation defining the 2D shape of the door Body A SweptSolid , SurfaceModel , or Brep representation defining the 3D shape of the door. In addition the parametric representation of a limited door shape is available by applying the parameters from [[IfcDoorType]] referencing [[IfcDoorLiningProperties]] and [[IfcDoorPanelProperties]] . The purpose of the parameter is described at those entities and below door opening operation by door type . The overall size of the [[IfcDoor]] to be used to apply the lining or panel parameter provided by the [[IfcDoorType]] is determined by the [[IfcShapeRepresentation]] with the RepresentationIdentifier Profile . bSI Documentation"
#:IFC.xml:34191
msgid "IfcDoor_PredefinedType"
msgstr "PredefinedType"
msgid "IfcDoor_PredefinedType_DEFINITION"
msgstr "PredefinedType"
#:IFC.xml:34167
msgid "IfcDoor_OverallHeight"
msgstr "OverallHeight"
msgid "IfcDoor_OverallHeight_DEFINITION"
msgstr "Overall measure of the height, it reflects the Z Dimension of a bounding box, enclosing the body of the door opening. If omitted, the OverallHeight should be taken from the geometric representation of the IfcOpening in which the door is inserted. NOTE The body of the door might be taller then the door opening e.g. in cases where the door lining includes a casing . In these cases the OverallHeight shall still be given as the door opening height, and not as the total height of the door lining."
#:IFC.xml:34172
msgid "IfcDoor_OverallWidth"
msgstr "OverallWidth"
msgid "IfcDoor_OverallWidth_DEFINITION"
msgstr "Overall measure of the width, it reflects the X Dimension of a bounding box, enclosing the body of theE door opening. If omitted, the OverallWidth should be taken from the geometric representation of the IfcOpening in which the door is inserted. NOTE The body of the door might be wider then the door opening e.g. in cases where the door lining includes a casing . In these cases the OverallWidth shall still be given as the door opening width, and not as the total width of the door lining."
#:IFC.xml:34177
msgid "IfcDoor_OperationType"
msgstr "OperationType"
msgid "IfcDoor_OperationType_DEFINITION"
msgstr "Type defining the general layout and operation of the door type in terms of the partitioning of panels and panel operations. NOTE The OperationType shall only be used, if no type object [[IfcDoorType]] is assigned, providing its own [[IfcDoorType]].OperationType ."
#:IFC.xml:34182
msgid "IfcDoor_UserDefinedOperationType"
msgstr "UserDefinedOperationType"
msgid "IfcDoor_UserDefinedOperationType_DEFINITION"
msgstr "Designator for the user defined operation type, shall only be provided, if the value of OperationType is set to USERDEFINED."
#:IFC.xml:34204
msgid "IfcDoorStandardCase"
msgstr "IfcDoorStandardCase"
msgid "IfcDoorStandardCase_DEFINITION"
msgstr "The standard door, [[IfcDoorStandardCase]] , defines a door with certain constraints for the provision of operation types, opening directions, frame and lining parameters, and with certain constraints for the geometric representation. The [[IfcDoorStandardCase]] handles all cases of doors, that are inserted into an opening, represented by [[IfcOpeningElement]] , using the [[IfcRelFillsElement]] relationship have a local placement relative to this opening, and with the y axis of the placement pointing into the opening direction have a profile geometry, represented by [[IfcShapeRepresentation]].RepresentationIdentifier Profile as a closed curve to which the door parameters apply have a reference to an [[IfcDoorType]] to define the opening direction and the operation type swinging, sliding, folding, etc. of the door. The attribute OperationType shall be provided and not being UNDEFINED, and the attribute ParameterTakesPrecedence shall be TRUE have an [[IfcDoorLiningProperties]] and [[IfcDoorPanelProperties]] instances included in the set of HasPropertySets at [[IfcDoorType]] . HISTORY New entity in IFC4. Geometric Representations The geometric representation of [[IfcDoorStandardCase]] is defined using the following multiple shape representations for its definition Profile a three dimensional closed curve within a particular shape representation. The profile is used to apply the parameter of the parametric door representation. The profile around the edges of the opening is used to apply the door lining and door panel shape parameter. MappedRepresentation A SweptSolid, SurfaceModel, Brep or a CSG representation additionally defining the 3D shape of the standard door in addition to the parametric representation by applying the [[IfcDoorLiningProperties]] and an the [[IfcDoorPanelProperties]] to the Profile representation. bSI Documentation"
#:IFC.xml:34207
msgid "IfcDoorType"
msgstr "IfcDoorType"
msgid "IfcDoorType_DEFINITION"
msgstr "The element type [[IfcDoorType]] defines commonly shared information for occurrences of doors. The set of shared information may include common properties within shared property sets common material information common operation type definitions common shape representations A door type defines the particular parameter of the lining and one or several panels through the [[IfcDoorLiningProperties]] and the [[IfcDoorPanelProperties]] as predefined property sets applicable to doors only. It is used to define a door specification, or door style i.e. the specific product information that is common to all occurrences of that door type . Door types may be exchanged without being already assigned to occurrences. NOTE The product representations are defined as representation maps at the level of the supertype [[IfcTypeProduct]] , which gets assigned by an element occurrence instance through the [[IfcShapeRepresentation]].Item 1 being an [[IfcMappedItem]] . Occurrences of the [[IfcDoorType]] within building models are represented by instances of [[IfcDoor]] or [[IfcDoorStandardCase]] . Operation type use definition The [[IfcDoorTypeOperationEnum]] defines the general layout of the door type and its symbolic presentation. Depending on the enumerator, the appropriate instances of [[IfcDoorLiningProperties]] and [[IfcDoorPanelProperties]] are attached in the list of HasPropertySets . The [[IfcDoorTypeOperationEnum]] mainly determines the hinge side left hung, or right hung , the operation swinging, sliding, folding, etc. and the number of panels. NOTE There are different definitions in various countries on what a left opening or left hung or left swing door is same for right . Therefore the IFC definition may derivate from the local standard and may need to be mapped appropriately. See geometry use definitions at [[IfcDoorTypeOperationEnum]] for the correct usage of opening symbols for different operation types. Material Use Definition The material of the [[IfcDoorType]] is defined by the [[IfcMaterialConstituentSet]] or as fall back by [[IfcMaterial]] and attached by the [[IfcRelAssociatesMaterial]] . RelatingMaterial . It is accessible by the inverse HasAssociations relationship. The following keywords for [[IfcMaterialConstituentSet]].MaterialConstituents n .Name shall be used Lining to indicate that the material constituent applies to to the door lining Framing to indicate that the material constituent applies to to the door framing, if not provided, the Lining material information applied to frams as well Glazing to indicate that the material constituent applies to to the glazing as well If the fall back single [[IfcMaterial]] is referenced, it applies to the lining and framing of the door. Geometry Use Definitions The [[IfcDoorType]] may define the common shape of door occurrences. The common shape can be defined by applying shape parameters defined within the associated [[IfcDoorLiningProperties]] and [[IfcDoorPanelProperties]] applied to the Profile geometric representation. It is only applicable if the [[IfcDoorType]] has only occurrences of type [[IfcDoorStandardCase]] See geometric use definition of [[IfcDoorStandardCase]] for further information . applying the RepresentationMaps attribute to refer to a list of [[IfcRepresentationMap]] s, that allow for multiple geometric representations e.g. with [[IfcShapeRepresentation]] s having an RepresentationIdentifier Box , Profile , FootPrint , or Body NOTE The product shape representations are defined as RepresentationMaps attribute of the supertype [[IfcTypeProduct]] , which get assigned by an element occurrence instance through the [[IfcShapeRepresentation]].Item n being an [[IfcMappedItem]] . See [[IfcTypeProduct]] for further information. NOTE The values of attributes RepresentationIdentifier and RepresentationType of [[IfcShapeRepresentation]] are restricted in the same way as those for [[IfcDoor]] and [[IfcDoorStandardCase]] bSI Documentation"
#:IFC.xml:34229
msgid "IfcDoorType_PredefinedType"
msgstr "PredefinedType"
msgid "IfcDoorType_PredefinedType_DEFINITION"
msgstr "PredefinedType"
#:IFC.xml:34212
msgid "IfcDoorType_OperationType"
msgstr "OperationType"
msgid "IfcDoorType_OperationType_DEFINITION"
msgstr "Type defining the general layout and operation of the door type in terms of the partitioning of panels and panel operations."
#:IFC.xml:34217
msgid "IfcDoorType_ParameterTakesPrecedence"
msgstr "ParameterTakesPrecedence"
msgid "IfcDoorType_ParameterTakesPrecedence_DEFINITION"
msgstr "The Boolean value reflects, whether the parameter given in the attached lining and panel properties exactly define the geometry TRUE , or whether the attached style shape take precedence FALSE . In the last case the parameter have only informative value. If not provided, no such information can be infered."
#:IFC.xml:34222
msgid "IfcDoorType_UserDefinedOperationType"
msgstr "UserDefinedOperationType"
msgid "IfcDoorType_UserDefinedOperationType_DEFINITION"
msgstr "Designator for the user defined operation type, shall only be provided, if the value of OperationType is set to USERDEFINED."
#:IFC.xml:34241
msgid "IfcDoorTypeEnum"
msgstr "IfcDoorTypeEnum"
msgid "IfcDoorTypeEnum_DEFINITION"
msgstr "This enumeration defines the different predefined types of an [[IfcDoor]] or [[IfcDoorType]] object. HISTORY New enumeration in IFC4. bSI Documentation"
#:IFC.xml:34253
msgid "IfcDoorTypeEnum_TRAPDOOR"
msgstr "TRAPDOOR"
msgid "IfcDoorTypeEnum_TRAPDOOR_DEFINITION"
msgstr "A special door that lies horizonally in a slab opening. Often used for accessing cellar or attic."
#:IFC.xml:34250
msgid "IfcDoorTypeEnum_DOOR"
msgstr "DOOR"
msgid "IfcDoorTypeEnum_DOOR_DEFINITION"
msgstr "standard door usually within a wall opening, as a door panel in a curtain wall, or as a free standing door."
#:IFC.xml:34247
msgid "IfcDoorTypeEnum_BOOM_BARRIER"
msgstr "BOOM BARRIER"
msgid "IfcDoorTypeEnum_BOOM_BARRIER_DEFINITION"
msgstr "A boom barrier also known as a boom gate is a bar, or pole pivoted to allow the boom to block vehicular or pedestrian access through a controlled point."
#:IFC.xml:34251
msgid "IfcDoorTypeEnum_GATE"
msgstr "GATE"
msgid "IfcDoorTypeEnum_GATE_DEFINITION"
msgstr "A gate is a point of entry to a property usually within an opening in a fence. Or as a free standing gate. PROPOSED A gate is a point of entry into a space usually within an opening in a fence. Or as a free standing gate."
#:IFC.xml:34254
msgid "IfcDoorTypeEnum_TURNSTILE"
msgstr "TURNSTILE"
msgid "IfcDoorTypeEnum_TURNSTILE_DEFINITION"
msgstr "A mechanical gate consisting of revolving arms, allowing only one person at a time to pass through."
#:IFC.xml:34258
msgid "IfcMember"
msgstr "IfcMember"
msgid "IfcMember_DEFINITION"
msgstr "An [[IfcMember]] is a structural member designed to carry loads between or beyond points of support. It is not required to be load bearing. The orientation of the member being horizontal, vertical or sloped is not relevant to its definition in contrary to [[IfcBeam]] and [[IfcColumn]] . An [[IfcMember]] represents a linear structural element from an architectural or structural modeling point of view and shall be used if it cannot be expressed more specifically as either an [[IfcBeam]] or an [[IfcColumn]] . NOTE The representation of a member in a structural analysis model is provided by [[IfcStructuralCurveMember]] being part of an [[IfcStructuralAnalysisModel]] . The IFC specification provides two entities for member occurrences [[IfcMemberStandardCase]] used for all occurrences of members, that have a profile defined that is swept along a directrix. The profile might be changed uniformly by a taper definition along the directrix. The profile parameter and its cardinal point of insertion can be fully described by the [[IfcMaterialProfileSetUsage]] . These beams are always represented geometricly by an Axis and a SweptSolid or AdvancedSweptSolid shape representation or by a Clipping geometry based on the swept solid , if a 3D geometric representation is assigned. In addition they have to have a corresponding [[IfcMaterialProfileSetUsage]] assigned. NOTE View definitions and implementer agreements may further constrain the applicable geometry types, such as by excluding tapering from an [[IfcMemberStandardCase]] implementation. [[IfcMember]] used for all other occurrences of members, particularly for members with changing profile sizes along the extrusion, or members defined by non linear extrusion, or members having only Brep , or SurfaceModel geometry. HISTORY New entity in IFC2x2 Addendum 1. bSI Documentation"
#:IFC.xml:34274
msgid "IfcMember_PredefinedType"
msgstr "PredefinedType"
msgid "IfcMember_PredefinedType_DEFINITION"
msgstr "PredefinedType"
#:IFC.xml:34286
msgid "IfcMemberStandardCase"
msgstr "IfcMemberStandardCase"
msgid "IfcMemberStandardCase_DEFINITION"
msgstr "The standard member, [[IfcMemberStandardCase]] , defines a member with certain constraints for the provision of material usage, parameters and with certain constraints for the geometric representation. The [[IfcMemberStandardCase]] handles all cases of members, that have a reference to the [[IfcMaterialProfileSetUsage]] defining the material profile association of the member with the cardinal point of its insertion relative to the local placement. are based on a sweep of a planar profile, or set of profiles, as defined by the [[IfcMaterialProfileSet]] have an Axis shape representation with constraints provided below in the geometry use definition have a Body shape representation with constraints provided below in the geometry use definition have a start profile, or set of profiles, that is swept along the directrix and might be changed uniformly by a taper definition are consistent in using the correct cardinal point offset of the profile as compared to the Axis and Body shape representation are extruded perpendicular to the profile definition plane NOTE View definitions and implementer agreements may further constrain the applicable geometry types, such as by excluding tapering from an [[IfcMemberStandardCase]] implementation. HISTORY New entity in IFC4. bSI Documentation"
#:IFC.xml:34293
msgid "IfcMemberType"
msgstr "IfcMemberType"
msgid "IfcMemberType_DEFINITION"
msgstr "The element type [[IfcMemberType]] defines commonly shared information for occurrences of members. Members are predominately linear building elements, often forming part of a structural system. The orientation of the member being horizontal, vertical or sloped is not relevant to its definition in contrary to beam and column . The set of shared information may include common properties within shared property sets common material information common profile definitions common shape representations It is used to define a member specification, or member style the specific product information that is common to all occurrences of that member type . Member types may be exchanged without being already assigned to occurrences. Occurrences of the [[IfcMemberType]] within building models are represented by instances of [[IfcMemberStandardCase]] if the [[IfcMemberType]] has a single associated [[IfcMaterialProfileSet]] otherwise they are represented by instances of [[IfcMember]] . Occurrences of the [[IfcMemberType]] within structural analysis models are represented by instances of [[IfcStructuralCurveMember]] , or its applicable subtypes. HISTORY New entity in IFC2x2 Addendum 1. bSI Documentation"
#:IFC.xml:34300
msgid "IfcMemberType_PredefinedType"
msgstr "PredefinedType"
msgid "IfcMemberType_PredefinedType_DEFINITION"
msgstr "PredefinedType"
#:IFC.xml:34312
msgid "IfcMemberTypeEnum"
msgstr "IfcMemberTypeEnum"
msgid "IfcMemberTypeEnum_DEFINITION"
msgstr "This enumeration defines the different types of linear elements an [[IfcMember]] or [[IfcMemberType]] object can fulfill. HISTORY New enumeration type in IFC2x2. .change ifc2x2 IFC2x2 CHANGE The additional identifiers CHORD, PLATE, STUD are added. .change ifc2x3 IFC2x3 CHANGE The additional identifier MULLION are added. bSI Documentation"
#:IFC.xml:34355
msgid "IfcMemberTypeEnum_STRUT"
msgstr "STRUT"
msgid "IfcMemberTypeEnum_STRUT_DEFINITION"
msgstr "A linear element often used within a girder or truss."
#:IFC.xml:34351
msgid "IfcMemberTypeEnum_STAY_CABLE"
msgstr "STAY CABLE"
msgid "IfcMemberTypeEnum_STAY_CABLE_DEFINITION"
msgstr "A sloped element suspending a structure such as bridge deck from a pylon."
#:IFC.xml:34341
msgid "IfcMemberTypeEnum_POST"
msgstr "POST"
msgid "IfcMemberTypeEnum_POST_DEFINITION"
msgstr "FORMER A linear member usually used vertically within a roof structure to support purlins. PROPOSED A linear usually vertical member used to support something or to mark a point."
#:IFC.xml:34332
msgid "IfcMemberTypeEnum_ARCH_SEGMENT"
msgstr "ARCH SEGMENT"
msgid "IfcMemberTypeEnum_ARCH_SEGMENT_DEFINITION"
msgstr "Individual segment of an arch structure."
#:IFC.xml:34352
msgid "IfcMemberTypeEnum_STIFFENING_RIB"
msgstr "STIFFENING RIB"
msgid "IfcMemberTypeEnum_STIFFENING_RIB_DEFINITION"
msgstr "A linear element added to a flange or a web plate of a girder for local stiffening."
#:IFC.xml:34354
msgid "IfcMemberTypeEnum_STRUCTURALCABLE"
msgstr "STRUCTURALCABLE"
msgid "IfcMemberTypeEnum_STRUCTURALCABLE_DEFINITION"
msgstr "A linear cable element used to secure or stabilise a structure by resisting lateral and longitudinal loading through tension only, but cannot resist compression. usually formed of a flexible cable or wire."
#:IFC.xml:34356
msgid "IfcMemberTypeEnum_STUD"
msgstr "STUD"
msgid "IfcMemberTypeEnum_STUD_DEFINITION"
msgstr "STUD"
#:IFC.xml:34350
msgid "IfcMemberTypeEnum_RAFTER"
msgstr "RAFTER"
msgid "IfcMemberTypeEnum_RAFTER_DEFINITION"
msgstr "A linear elements used to support roof slabs or roof covering, usually used with slope."
#:IFC.xml:34333
msgid "IfcMemberTypeEnum_BRACE"
msgstr "BRACE"
msgid "IfcMemberTypeEnum_BRACE_DEFINITION"
msgstr "A linear element usually sloped often used for bracing of a girder or truss."
#:IFC.xml:34340
msgid "IfcMemberTypeEnum_PLATE"
msgstr "PLATE"
msgid "IfcMemberTypeEnum_PLATE_DEFINITION"
msgstr "PLATE"
#:IFC.xml:34359
msgid "IfcMemberTypeEnum_TIEBAR"
msgstr "TIEBAR"
msgid "IfcMemberTypeEnum_TIEBAR_DEFINITION"
msgstr "A linear bar element used to secure or stabilise a structure by resisting lateral and longitudinal loading through tension and or compression. usually formed by a solid bar."
#:IFC.xml:34338
msgid "IfcMemberTypeEnum_MEMBER"
msgstr "MEMBER"
msgid "IfcMemberTypeEnum_MEMBER_DEFINITION"
msgstr "A linear element within a girder or truss with no further meaning."
#:IFC.xml:34337
msgid "IfcMemberTypeEnum_COLLAR"
msgstr "COLLAR"
msgid "IfcMemberTypeEnum_COLLAR_DEFINITION"
msgstr "A linear element usually used horizontally within a roof structure to connect rafters and posts."
#:IFC.xml:34353