Listing of figures
- 9 alignment values
- A fixed constraint on the schedule usage.
- A fixed constraint on the schedule usage.
- A fixed constraint on the schedule usage.
- A fixed constraint on the schedule usage.
- A fixed constraint on the schedule usage.
- A fixed constraint on the schedule usage.
- A fixed constraint on the schedule usage.
- A section showing a slab made from precast hollow core panels
- A timber construction slab decomposed into parts.
- A wall decomposed into parts.
- A wall decomposed into parts.
- AREA profile type without thickness
- Action request assignment
- Action request composition
- Advanced Brep, b-spline surface
- Advanced Brep, elementary surface
- Alignment vertical segment
- Annotation fill area
- Arbitrary closed profile
- Arbitrary open profile
- Arbitrary profile with voids
- Asset identification
- Asymmetric I-shape profile
- Axis1 placement
- Axis2 placement 2D
- Axis2 placement 3D
- B-Type
- B-spline curve
- BarrelRoof
- Beam axis cardinal point
- Beam axis representation
- Beam body extrusion using an IfcRectangleProfileDef
- Beam cardinal points
- Beam clipping
- Beam composite profiles
- Beam non-perpendicular extrusion
- Beam profile usage
- Beam swept solid
- Block geometry
- Block textures
- Bounded _IfcPolyline_ with parametric length
- Bounded open _IfcIndexedPolyCurve_ with only straight segments
- Bounded open _IfcIndexedPolyCurve_ with straight and arc segments
- Bounding box
- Box alignment examples
- Boxed half space geometry
- Boxed half space operands
- Building composition
- Building element body boundary representation
- Building element body boundary representation
- Building element body boundary representation
- Building element body boundary representation
- Building element body boundary representation
- Building element body boundary representation
- Building element body boundary representation
- Building element body boundary representation
- Building element body boundary representation
- Building element body boundary representation
- Building element body boundary representation
- Building element body boundary representation
- Building element body boundary representation
- Building element body boundary representation
- Building element body boundary representation
- Building element body boundary representation
- Building element body boundary representation
- Building element body boundary representation
- Building element body boundary representation
- Building element body boundary representation
- Building element body boundary representation
- Building element body boundary representation
- Building element body boundary representation
- Building element body boundary representation
- Building element body boundary representation
- Building element body boundary representation
- Building element body boundary representation
- Building element body boundary representation
- Building element body boundary representation
- Building element body boundary representation
- Building element body boundary representation
- Building element body boundary representation
- Building element body boundary representation
- Building element body boundary representation
- Building element body boundary representation
- Building element body boundary representation
- Building element body boundary representation
- Building element body boundary representation
- Building element body boundary representation
- Building element body boundary representation
- Building element body boundary representation
- Building element body boundary representation
- Building element body boundary representation
- Building element body boundary representation
- Building element body boundary representation
- Building element body boundary representation
- Building element body boundary representation
- Building element body boundary representation
- Building element body boundary representation
- Building element body boundary representation
- Building element body boundary representation
- Building element body boundary representation
- Building element body boundary representation
- Building element body boundary representation
- Building element body boundary representation
- Building element body boundary representation
- Building element body boundary representation
- Building element body boundary representation
- Building element body boundary representation
- Building element body boundary representation
- Building element body boundary representation
- Building element body boundary representation
- Building element body boundary representation
- Building element body boundary representation
- Building element body boundary representation
- Building element body boundary representation
- Building element body boundary representation
- Building element body boundary representation
- Building element body boundary representation
- Building element body boundary representation
- Building element body boundary representation
- Building element body boundary representation
- Building element body boundary representation
- Building element body boundary representation
- Building element body boundary representation
- Building element body boundary representation
- Building element body boundary representation
- Building element body boundary representation
- Building element body boundary representation
- Building element body boundary representation
- Building element body boundary representation
- Building element body boundary representation
- Building element body boundary representation
- Building element body boundary representation
- Building element body boundary representation
- Building element body boundary representation
- Building element body boundary representation
- Building element body boundary representation
- Building element body boundary representation
- Building element body boundary representation
- Building element body boundary representation
- Building element body boundary representation
- Building element body boundary representation
- Building element body boundary representation
- Building element body boundary representation
- Building element body boundary representation
- Building element body boundary representation
- Building element body boundary representation
- Building element body boundary representation
- Building element body boundary representation
- Building element body boundary representation
- Building element body boundary representation
- Building element body boundary representation
- Building element body boundary representation
- Building element body boundary representation
- Building element body boundary representation
- Building element body boundary representation
- Building element body boundary representation
- Building element body boundary representation
- Building element body boundary representation
- Building element body boundary representation
- Building element body boundary representation
- Building element body boundary representation
- Building element body boundary representation
- Building element body boundary representation
- Building element body boundary representation
- Building element body boundary representation
- Building element body boundary representation
- Building element body boundary representation
- Building element body boundary representation
- Building element body boundary representation
- Building element body boundary representation
- Building element body boundary representation
- Building element body boundary representation
- Building element body boundary representation
- Building element body boundary representation
- Building element body boundary representation
- Building element body boundary representation
- Building element body boundary representation
- Building element body boundary representation
- Building element body boundary representation
- Building element body boundary representation
- Building element body boundary representation
- Building element body boundary representation
- Building element body boundary representation
- Building element body boundary representation
- Building element body boundary representation
- Building element body boundary representation
- Building element body boundary representation
- Building element body boundary representation
- Building element body boundary representation
- Building element body boundary representation
- Building element body boundary representation
- Building element body boundary representation
- Building element body boundary representation
- Building element body boundary representation
- Building element body boundary representation
- Building element body boundary representation
- Building element body boundary representation
- Building element body boundary representation
- Building element body boundary representation
- Building element body boundary representation
- Building element body boundary representation
- Building element body boundary representation
- Building element body boundary representation
- Building element body boundary representation
- Building element body boundary representation
- Building element body boundary representation
- Building element body boundary representation
- Building element box representation
- Building element box representation
- Building element box representation
- Building element box representation
- Building element box representation
- Building element box representation
- Building element box representation
- Building element box representation
- Building element box representation
- Building element box representation
- Building element box representation
- Building element box representation
- Building element box representation
- Building element box representation
- Building element box representation
- Building element box representation
- Building element box representation
- Building element box representation
- Building element box representation
- Building element box representation
- Building element box representation
- Building element box representation
- Building element box representation
- Building element box representation
- Building element box representation
- Building element box representation
- Building element box representation
- Building element box representation
- Building element box representation
- Building element box representation
- Building element box representation
- Building element box representation
- Building element box representation
- Building element box representation
- Building element box representation
- Building element box representation
- Building element box representation
- Building element box representation
- Building element box representation
- Building element box representation
- Building element box representation
- Building element box representation
- Building element box representation
- Building element box representation
- Building element box representation
- Building element box representation
- Building element box representation
- Building element box representation
- Building element box representation
- Building element box representation
- Building element box representation
- Building element box representation
- Building element box representation
- Building element box representation
- Building element box representation
- Building element box representation
- Building element box representation
- Building element box representation
- Building element box representation
- Building element box representation
- Building element box representation
- Building element box representation
- Building element box representation
- Building element box representation
- Building element box representation
- Building element box representation
- Building element box representation
- Building element box representation
- Building element box representation
- Building element box representation
- Building element box representation
- Building element box representation
- Building element box representation
- Building element box representation
- Building element box representation
- Building element box representation
- Building element box representation
- Building element box representation
- Building element box representation
- Building element box representation
- Building element box representation
- Building element box representation
- Building element box representation
- Building element box representation
- Building element box representation
- Building element box representation
- Building element box representation
- Building element box representation
- Building element box representation
- Building element box representation
- Building element box representation
- Building element box representation
- Building element box representation
- Building element box representation
- Building element box representation
- Building element box representation
- Building element box representation
- Building element box representation
- Building element box representation
- Building element box representation
- Building element box representation
- Building element box representation
- Building element box representation
- Building element box representation
- Building element box representation
- Building element box representation
- Building element box representation
- Building element box representation
- Building element box representation
- Building element box representation
- Building element box representation
- Building element box representation
- Building element box representation
- Building element box representation
- Building element box representation
- Building element box representation
- Building element box representation
- Building element box representation
- Building element box representation
- Building element box representation
- Building element box representation
- Building element box representation
- Building element box representation
- Building element box representation
- Building element box representation
- Building element box representation
- Building element box representation
- Building element box representation
- Building element box representation
- Building element box representation
- Building element box representation
- Building element box representation
- Building element box representation
- Building element box representation
- Building element box representation
- Building element box representation
- Building element box representation
- Building element box representation
- Building element box representation
- Building element box representation
- Building element box representation
- Building element box representation
- Building element box representation
- Building element box representation
- Building element box representation
- Building element box representation
- Building element box representation
- Building element box representation
- Building element box representation
- Building element box representation
- Building element box representation
- Building element box representation
- Building element box representation
- Building element box representation
- Building element box representation
- Building element box representation
- Building element box representation
- Building element box representation
- Building element box representation
- Building elevations
- Building service lifecycle
- Building storey composition
- ButterflyRoof
- C-Type
- C-shape profile
- CURVE profile type with a closed curve
- Cant - compensation for lateral acceleration.
- Cant and structural gauge space
- Cardinal point extrusion
- Centerline profile
- Circle hollow profile
- Circle layout
- Circle profile
- Column axis cardinal point
- Column axis representation
- Column cardinal points
- Column clipping
- Column composite profiles
- Column extrusion of I-Shape
- Column profile usage
- Column swept solid
- Composite curve
- Constraining the task duration
- Construction resource assignment use
- Construction resource baseline use
- Construction resource composition use
- Construction resource composition use
- Construction resource composition use
- Construction resource composition use
- Construction resource composition use
- Construction resource composition use
- Construction resource composition use
- Construction resource document use
- Construction resource document use
- Construction resource document use
- Construction resource document use
- Construction resource document use
- Construction resource document use
- Construction resource document use
- Construction resource time series use
- Construction resource time series use
- Construction resource time series use
- Construction resource time series use
- Construction resource time series use
- Construction resource time series use
- Construction resource time series use
- Construction resource type assignment
- Construction resource type use
- Construction resource type use
- Construction resource type use
- Construction resource type use
- Construction resource type use
- Construction resource type use
- Construction resource type use
- Controller composition use
- Cost assignment
- Cost composition
- Covering body circular
- Covering body planar
- Covering surface cylindrical
- Covering surface planar
- Curve on surface representation of an
- Definition of the true north direction
- Diagram showing the use of IfcFacetedBrep
- Distribution port connectivity
- Distribution system assignment
- Distribution system assignment
- Dome
- Door panel operations
- Door panel positions
- Door profile
- Door spatial containment
- Draughting predefined curve font
- Edge curve
- Edge representation
- Element assembly containment
- Element component mapped representation
- Element component mapped representation
- Element component mapped representation
- Element component mapped representation
- Element component mapped representation
- Element component mapped representation
- Element component mapped representation
- Element component mapped representation
- Element component mapped representation
- Element component mapped representation
- Element component mapped representation
- Element component mapped representation
- Element component mapped representation
- Element component mapped representation
- Element component mapped representation
- Element surface model representation
- Element surface model representation
- Element surface model representation
- Element surface model representation
- Element surface model representation
- Element surface model representation
- Element surface model representation
- Element surface model representation
- Element surface model representation
- Element surface model representation
- Element surface model representation
- Element surface model representation
- Element surface model representation
- Element surface model representation
- Element surface model representation
- Element surface model representation
- Element surface model representation
- Element surface model representation
- Element surface model representation
- Element surface model representation
- Element surface model representation
- Element surface model representation
- Element surface model representation
- Element surface model representation
- Element surface model representation
- Element surface model representation
- Element surface model representation
- Element surface model representation
- Element surface model representation
- Element surface model representation
- Element surface model representation
- Element surface model representation
- Element surface model representation
- Element surface model representation
- Element surface model representation
- Element surface model representation
- Element surface model representation
- Element surface model representation
- Element surface model representation
- Element surface model representation
- Element surface model representation
- Element surface model representation
- Element surface model representation
- Element surface model representation
- Element surface model representation
- Element surface model representation
- Element surface model representation
- Element surface model representation
- Element surface model representation
- Element surface model representation
- Element surface model representation
- Element surface model representation
- Element surface model representation
- Element surface model representation
- Element surface model representation
- Element surface model representation
- Element surface model representation
- Element surface model representation
- Element surface model representation
- Element surface model representation
- Element surface model representation
- Element surface model representation
- Element surface model representation
- Element surface model representation
- Element surface model representation
- Element surface model representation
- Element surface model representation
- Element surface model representation
- Element surface model representation
- Element surface model representation
- Element surface model representation
- Element surface model representation
- Element surface model representation
- Element surface model representation
- Element surface model representation
- Element surface model representation
- Element surface model representation
- Element surface model representation
- Element surface model representation
- Element surface model representation
- Element surface model representation
- Element surface model representation
- Element surface model representation
- Element surface model representation
- Element surface model representation
- Element surface model representation
- Element surface model representation
- Element surface model representation
- Element surface model representation
- Element surface model representation
- Element surface model representation
- Element surface model representation
- Element surface model representation
- Element surface model representation
- Element surface model representation
- Element surface model representation
- Element surface model representation
- Element surface model representation
- Element surface model representation
- Element surface model representation
- Element surface model representation
- Element surface model representation
- Element surface model representation
- Element surface model representation
- Element surface model representation
- Element surface model representation
- Element surface model representation
- Element surface model representation
- Element surface model representation
- Element surface model representation
- Element surface model representation
- Element surface model representation
- Element surface model representation
- Element surface model representation
- Element surface model representation
- Element surface model representation
- Element surface model representation
- Element surface model representation
- Element surface model representation
- Element surface model representation
- Element surface model representation
- Element surface model representation
- Element surface model representation
- Element surface model representation
- Element surface model representation
- Element surface model representation
- Element surface model representation
- Element surface model representation
- Element surface model representation
- Element surface model representation
- Element surface model representation
- Element surface model representation
- Element surface model representation
- Element surface model representation
- Element surface model representation
- Element surface model representation
- Element surface model representation
- Element surface model representation
- Element surface model representation
- Element surface model representation
- Element surface model representation
- Element surface model representation
- Element surface model representation
- Element surface model representation
- Element surface model representation
- Element surface model representation
- Element surface model representation
- Element surface model representation
- Element surface model representation
- Element surface model representation
- Element surface model representation
- Element surface model representation
- Element surface model representation
- Element surface model representation
- Element surface model representation
- Element surface model representation
- Element surface model representation
- Element surface model representation
- Element surface model representation
- Ellipse placement and parameterization
- Ellipse profile
- Equal L-shape profile
- Example 1
- Example 2
- Example 3
- Example 4
- Example 5
- Example 6
- Example Shape in red based on two Cross Sections both not starting at the beginning or end and different in shape.
- Example of standard profile definition
- Example of using geometric representation contexts
- Example showing the use of base quantities for building storeys
- Extruded area solid geometry
- Extruded area solid textures
- Figure 1 — Data schema architecture with conceptual layers
- Figure 1 — Data schema architecture with conceptual layers
- Figure 1 — Data schema architecture with conceptual layers
- Figure 1 — Data schema architecture with conceptual layers
- FlatRoof
- Furniture
- GableRoof
- GrambrelRoof
- Grid axis
- Grid intersections
- Grid layout
- Grid layout
- Grid layout
- Grid layout
- Grid layout
- Grid placement
- Grid placement with direction
- Grid placement with intersection
- Grid radial layout
- Grid rectangular layout
- Grid representation
- Grid representation
- Grid representation
- Grid representation
- Grid representation
- Grid triangular layout
- Half space solid geometry
- HipRoof
- HippedGableRoof
- I-shape profile
- I-shape profile
- IfcIndexedColourMap_01
- IfcIndexedColourMap_02
- IfcIndexedTriangleTextureMap_01
- IfcSite as part of a spatial structure
- Image
- Image
- Image
- Image
- Image
- Image
- Image
- Image
- Image
- Image
- Indexed colour map for triangulated face set
- Indexed triangle texture map geometry
- L-shape
- L-shape
- Light source goniometric
- Light source spot
- MansardRoof
- Material definition representation
- Material layer set
- Material layer set and usage
- Material layer set usage for roof slab
- Material layer with offsets
- Material layers used in a sloping roof slab
- Math
- Math
- Math
- Member axis cardinal point
- Member axis representation
- Member body clipping
- Member body extrusion
- Member clipping
- Member composite profiles
- Member profile usage
- Mls usage
- Mls usage
- Modulus of subgrade reaction measure
- Non uniform
- Non-equal L-shape profile
- Offset curve by distances
- Open cross profile
- Opening with full extrusion
- Opening with multiple extrusions
- Opening with recess extrusion
- Part definition relationships
- Part definition relationships with shape representation
- Path connection L-Type
- Path connection T-Type
- Path connection geometry
- PavilionRoof
- Permeable covering properties
- Permit assignment
- Plate body clipping
- Plate body extrusion
- Plate material layers
- Plate type definition
- Polygonal face geometry provided by indices into a point list
- Polygonal face geometry provided by indices into an PN Index
- Polygonal face set geometry
- Polygonal half space geometry
- Presentation layer assignment
- Procedure relationships
- Process relationships and the ICOM process diagram.
- Product type geometry with multiple placement
- Product type geometry with multiple placement
- Product type geometry with multiple placement
- Product type geometry with multiple placement
- Product type geometry with multiple placement
- Product type geometry with multiple placement
- Product type geometry with multiple placement
- Product type geometry with multiple placement
- Product type geometry with multiple placement
- Product type geometry with multiple placement
- Product type geometry with multiple placement
- Product type geometry with multiple placement
- Product type geometry with multiple placement
- Product type geometry with multiple placement
- Product type geometry with multiple placement
- Product type geometry with multiple placement
- Product type geometry with multiple placement
- Product type geometry with multiple placement
- Product type geometry with multiple placement
- Product type geometry with multiple placement
- Product type geometry with multiple placement
- Product type geometry with multiple placement
- Product type geometry with multiple placement
- Product type geometry with multiple placement
- Product type geometry with multiple placement
- Product type geometry with multiple placement
- Product type geometry with multiple placement
- Product type geometry with multiple placement
- Product type geometry with multiple placement
- Product type geometry with multiple placement
- Product type geometry with multiple placement
- Product type geometry with multiple placement
- Product type geometry with multiple placement
- Product type geometry with multiple placement
- Product type geometry with multiple placement
- Product type geometry with multiple placement
- Product type geometry with multiple placement
- Product type geometry with multiple placement
- Product type geometry with multiple placement
- Product type geometry with multiple placement
- Product type geometry with multiple placement
- Product type geometry with multiple placement
- Product type geometry with multiple placement
- Product type geometry with multiple placement
- Product type geometry with multiple placement
- Product type geometry with multiple placement
- Product type geometry with multiple placement
- Product type geometry with multiple placement
- Product type geometry with multiple placement
- Product type geometry with multiple placement
- Product type geometry with multiple placement
- Product type geometry with multiple placement
- Product type geometry with multiple placement
- Product type geometry with multiple placement
- Product type geometry with multiple placement
- Product type geometry with multiple placement
- Product type geometry with multiple placement
- Product type geometry with multiple placement
- Product type geometry with multiple placement
- Product type geometry with multiple placement
- Product type geometry with multiple placement
- Product type geometry with multiple placement
- Product type geometry with multiple placement
- Product type geometry with multiple placement
- Product type geometry with multiple placement
- Product type geometry with multiple placement
- Product type geometry with multiple placement
- Product type geometry with multiple placement
- Product type geometry with multiple placement
- Product type geometry with multiple placement
- Product type geometry with multiple placement
- Product type geometry with multiple placement
- Product type geometry with multiple placement
- Product type geometry with multiple placement
- Product type geometry with multiple placement
- Product type geometry with multiple placement
- Product type geometry with multiple placement
- Product type geometry with multiple placement
- Product type geometry with multiple placement
- Product type geometry with multiple placement
- Product type geometry with multiple placement
- Product type geometry with multiple placement
- Product type geometry with multiple placement
- Product type geometry with multiple placement
- Product type geometry with multiple placement
- Product type geometry with multiple placement
- Product type geometry with multiple placement
- Product type geometry with multiple placement
- Product type geometry with multiple placement
- Product type geometry with multiple placement
- Product type geometry with multiple placement
- Product type geometry with multiple placement
- Product type geometry with multiple placement
- Product type geometry with multiple placement
- Product type geometry with multiple placement
- Product type geometry with multiple placement
- Product type geometry with multiple placement
- Product type geometry with multiple placement
- Product type geometry with multiple placement
- Product type geometry with multiple placement
- Product type geometry with multiple placement
- Product type geometry with multiple placement
- Product type geometry with multiple placement
- Product type geometry with multiple placement
- Product type geometry with multiple placement
- Product type geometry with multiple placement
- Product type geometry with multiple placement
- Product type geometry with multiple placement
- Product type geometry with multiple placement
- Product type geometry with multiple placement
- Product type geometry with multiple placement
- Product type geometry with multiple placement
- Product type geometry with multiple placement
- Product type geometry with multiple placement
- Product type geometry with multiple placement
- Product type geometry with multiple placement
- Product type geometry with multiple placement
- Product type geometry with multiple placement
- Product type geometry with multiple placement
- Product type geometry with multiple placement
- Product type geometry with multiple placement
- Product type geometry with multiple placement
- Product type geometry with multiple placement
- Product type geometry with multiple placement
- Product type geometry with multiple placement
- Product type geometry with multiple placement
- Product type geometry with multiple placement
- Product type geometry with multiple placement
- Product type geometry with multiple placement
- Product type geometry with multiple placement
- Product type geometry with multiple placement
- Product type geometry with multiple placement
- Product type geometry with multiple placement
- Product type geometry with multiple placement
- Product type geometry with multiple placement
- Product type geometry with multiple placement
- Product type geometry with multiple placement
- Product type geometry with multiple placement
- Product type geometry with multiple placement
- Product type geometry with multiple placement
- Product type geometry with multiple placement
- Product type geometry with multiple placement
- Product type geometry with multiple placement
- Product type geometry with multiple placement
- Product type geometry with multiple placement
- Profile coordinate system
- Project order assignment
- Project order composition
- Project spatial and work plan structure
- Project spatial structure, products and product type library
- Projected or true length
- Projection representation
- Property set template relationships
- Property template relationships
- Railway decomposition
- RainbowRoof
- Ramp flight axis
- Ramp flight body
- Ramp flight footprint
- Ramp placement
- Rectangle hollow profile
- Rectangle profile
- Rectangular pyramid geometry
- Rectangular pyramid textures
- Relationship for element voiding
- Relationship for spatial structure containment
- Relationship for spatial structure referencing
- Relationships for element filling
- Repositioned extruded area solid geometry
- Repositioned revolved area solid geometry
- Representation item style override
- Revolved area solid geometry
- Revolved area solid textures
- Right circular cone geometry
- Right circular cone textures
- Right circular cylinder geometry
- Right circular cylinder textures
- Roof placement
- Rounded rectangle profile
- Sectioned solid horizontal
- Sectioned spine result
- Sectioned surface using IfcOpenCrossProfileDef
- Sectioned surface with branching longitudinal breaklines
- ShedRoof
- Side View showing multiple CrossSectionPositions
- Site breaklines
- Site placement and elevations
- Site survey points
- Slab body clipping
- Slab body extrusion
- Slab type definition
- Space boundary at first level
- Space boundary at second level
- Space boundary at second level type A
- Space boundary at second level type B
- Space boundary first level relationships
- Space boundary of physical element
- Space boundary of virtual element
- Space boundary second level relationships
- Space composition
- Space elevations
- Space footprint
- Spatial structure element composition
- Sphere geometry
- Sphere textures
- Stair flight axis
- Stair flight body
- Stair flight footprint
- Stair placement
- Standard usage of a material layer set
- Structural load temperature
- Structural member support lengths
- Styled item
- Surface curve wept area solid parameter
- Surface curve wept area solid results
- Surface style lighting
- Surface texture coordinates
- Swept disk solid geometry
- System furniture element
- T-shape
- T-shape profile
- Table row use
- Table row use alternative
- Table use
- Table use alternative
- Task nesting relationships
- Task type relationships
- Task visualization
- Text literal with extent and alignment
- Texture map
- Time series value
- Track longitudinal decomposition
- Transition code
- Trapezium profile
- Triangulated face set
- Triangulated face set geometry
- Triangulated face set with normals
- Type definition relationships
- U-shape profile
- Unbounded _IfcLine_ and bounded _IfcTrimmedCurve_
- Uniform
- Usage of OffsetValues
- Use of _IfcCylindricalSurface_ as underlying surface of an _IfcAdvancedFace_
- Use of _IfcIndexedPolygonalTextureMap_
- Use of _PnIndex_
- Use of _PnIndex_
- Use within swept area solids
- Virtual element used as space boundaries
- Virtual grid intersection negative offset
- Virtual grid intersection with three offsets
- Virtual grid intersection with two offsets
- Wall Standard Object Typing
- Wall Standard Object Typing
- Wall axis curved
- Wall axis curved
- Wall axis straight
- Wall axis straight
- Wall body clipping curved
- Wall body clipping curved
- Wall body clipping straight
- Wall body clipping straight
- Wall body clipping straight
- Wall body extrusion curved
- Wall body extrusion curved
- Wall body extrusion straight
- Wall body extrusion straight
- Wall body extrusion straight
- Wall material layers
- Wall material layers
- Wall material layers
- Window panel directions
- Window panel properties
- Window placement
- Window planes
- Window profile
- Window spatial containment
- Work calendar instantiation
- Work schedule relationships
- Z-shape profile
- IfcArbitraryClosedProfileDef), aligned "mid-depth right" on the member axis. The line of sight follows the extrusion direction Z which points into the drawing plane of above illustration. Hence, "left" is in the positive X direction of the IfcProfileDef. "Top" is in the positive Y direction of the IfcProfileDef.'> arbitrary profile with cardinal points
- bottom hung
- composite
- curve parameterization
- curved wall axis
- design grid
- double double swing
- double double swing
- double folding
- double folding
- double sliding
- double sliding
- double swing
- double swing
- double swing left
- double swing left
- double swing right
- double swing right
- equation1
- equation2
- fig 1
- fig 1
- fig 2
- fig 2
- fig 3
- fig 3
- fig 4
- fig 4
- fixed
- folding to left
- folding to left
- folding to right
- folding to right
- formula
- formula
- formula
- formula
- formula
- formula
- formula
- formula
- formula
- formula
- formula
- formula
- formula
- formula
- formula
- formula
- formula
- formula
- formula
- formula
- formula
- formula
- formula
- formula
- left hand
- left turn and tilt
- lining 1
- lining 1
- lining 2
- lining 2
- lining 3
- lining 3
- lining 4
- lining 4
- lining 5
- lining 5
- math
- mirroring
- not defined
- opposite left
- opposite right
- panel 1
- panel 2
- removable
- representation map
- representation map
- representation map
- representation map
- representation map
- representation map
- representation map
- representation map
- representation map
- representation map
- representation map
- representation map
- representation map
- representation map
- representation map
- representation map
- representation map
- representation map
- representation map
- representation map
- representation map
- representation map
- representation map
- representation map
- representation map
- representation map
- representation map
- representation map
- representation map
- representation map
- representation map
- representation map
- representation map
- representation map
- representation map
- representation map
- representation map
- representation map
- representation map
- representation map
- representation map
- representation map
- representation map
- representation map
- representation map
- representation map
- representation map
- representation map
- representation map
- representation map
- representation map
- representation map
- representation map
- representation map
- representation map
- representation map
- representation map
- representation map
- representation map
- representation map
- representation map
- representation map
- representation map
- representation map
- representation map
- representation map
- representation map
- representation map
- representation map
- representation map
- representation map
- representation map
- representation map
- representation map
- representation map
- representation map
- representation map
- representation map
- representation map
- representation map
- representation map
- representation map
- representation map
- representation map
- representation map
- representation map
- representation map
- representation map
- representation map
- representation map
- representation map
- representation map
- representation map
- representation map
- representation map
- representation map
- representation map
- representation map
- representation map
- representation map
- representation map
- representation map
- representation map
- representation map
- representation map
- representation map
- representation map
- representation map
- representation map
- representation map
- representation map
- representation map
- representation map
- representation map
- representation map
- representation map
- representation map
- representation map
- representation map
- representation map
- representation map
- representation map
- representation map
- representation map
- representation map
- representation map
- representation map
- representation map
- representation map
- representation map
- representation map
- representation map
- representation map
- representation map
- representation map
- representation map
- representation map
- representation map
- representation map
- representation map
- representation map
- representation map
- representation map
- representation map
- representation map
- representation of a design grid
- revolving
- right hand
- right hand tilt and turn
- rolling
- rolling
- shape aspects for associating material
- single swing left
- single swing left
- single swing right
- single swing right
- sliding hori
- sliding to left
- sliding to left
- sliding to right
- sliding to right
- sliding verti
- spine 1
- straight wall axis
- styles assigned by layer and styled item
- swinging hori
- swinging left and fixed
- swinging left and fixed
- swinging right and fixed
- swinging right and fixed
- swinging verti
- top hung
- two vectors as two direction repeat factor
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- unnamed
- use of a seam curve bounding a cylindrical surface
- use of a segmented reference curve on a cant segment based on a gradient curve
- vector as one direction repeat factor