Base class for a structural analytical elements. AnalyticalElement represents the analytical portion of a given Structural Element.

An analytical link element that is used to create connections between other Analytical Elements.

An object that specifies the analysis properties for an AnalyticalLink element.

Represents a linear element in the structural analytical model.

Defines a portion of an Analytical Model for an Element.

This class holds information related to analytical model.

An element that represents an Opening in an Analytical Panel element.

An element that represents a surface in the Structural Analytical Model.

This is the base class for analytical surface elements.

Class which manages the associations between analytical elements and physical elements.

An object that represents a force applied across an area.

AreaLoadType class

An object that represents an Area Reinforcement within the Autodesk Revit project.

An object that specifies the type of a floor in Autodesk Revit.

An object that specifies the type of a Structural Area Reinforcement element in Autodesk Revit.

Represents the properties of a Bending Detail Custom Field.

An object that represents a force applied across an area.

The data needed by code checking server to perform code checking.

An object that holds information about a connection input point

An object that holds description information about a connection input point

An end treatment type object that is used to hold information about the end treatment applied to bars that are connected to a coupler.

An object that stores IExtElemChangeBeamSection

An object that represents an Fabric Area Distribution within the Autodesk Revit project. It is container for Fabric Sheet elements.

A FabricAreaType object is used in FabricArea object generation.

Represents an instance of a Structural Fabric Reinforcement Symbol in Autodesk Revit.

Provides access to element reinforcement roundings overrides.

An object that represents an Fabric Sheet Element within the Autodesk Revit project.

Represents a fabric sheet type, used in the generation of fabric wires.

Provides implementation for FabricWires stored in a Custom Fabric Sheet

A Fabric Wire Type object that is used in the generation of Fabric Wire.

A filter used to match families that have the given structural material type.

Represents a connection between two or more Autodesk Revit Elements.

An object that represents a force/moment applied in a linear manner.

LineLoadType class

The LoadBase object is the base class for all load objects within the Autodesk Revit API. Data members

An object that represents a load usage.

An object that represents a load combination.

An object that represents a load combination component.

An object that represents a load nature.

The base class for LoadTypes

An object that represents a load usage.

An object that represents a member forces on analytical element.

The data needed by member forces server to perform type definition.

An object that represents an Path Reinforcement within the Autodesk Revit project.

An object that specifies the type of a Structural Path Reinforcement element in Autodesk Revit.

Represents a Path Reinforcement Span Symbol element in Autodesk Revit.

An object that represents a force/moment applied to a single point. Data members

PointLoadType class

Represents a rebar element in Autodesk Revit.

A Rebar type object that is used in the generation of Rebar

The values in this class provide a summary of information taken from the RebarBarType, RebarHookType, and RebarStyle.

Utility class with methods needed for the bending details in view.

Type for rebar bending detail elements.

A class representing a handle on a Rebar that can be joined to a reference, such as a host Element's surface or cover, or another Rebar's handle.

A class representing a constraint on a handle of a rebar element.

A class used to obtain information about the constraints (RebarConstraints) acting on the shape handles (RebarConstrainedHandles) of a Rebar element, and modify the constraints.

An object that represents an Rebar Container Element within the Autodesk Revit project.

Provides implementation for Rebar stored in RebarContainer.

An iterator to a Rebar Container.

Provides implementation of RebarContainer parameters overrides.

Represents a Rebar Container Type, used in the generation of Rebar Container.

Represents a rebar coupler element in Autodesk Revit.

A named value for a clear cover distance.

The class that contains the information needed to calculate and return the result of the external curve generation.

A class that is used to access the properties and capabilities of free-form Rebar.

This class is used to contain the information about the rebar handle name defined by an external application.

The class that contains data for the handle position calculation.

This class is used to contain the information about the rebar handles defined by an external application.

A Rebar Hook type object that is used in the generation of Rebar.

Interface to rebar-specific data stored in each valid rebar host element.

Represents a rebar element that is part of a system.

An utility class containing functions that can be used to propagate rebar elements.

class containing the id and the end of rebar on which the coupler stays

Provides access to element reinforcement roundings overrides.

RebarShape specifies the shape type for a Rebar instance.

A dimension or other constraint that takes part in a RebarShapeDefinition.

A constraint which can be applied to a RebarShapeSegment, and causes the segment to be replaced with a 180-degree arc. The associated parameter drives the arc length.

A constraint which can be applied to a RebarShapeSegment, and causes the segment to be replaced with a 180-degree arc. The associated parameter drives the radius of the arc.

A constraint which can be applied to a RebarShapeSegment, and causes the segment to be replaced with a 180-degree arc. The arc's radius is not specified by the shape; instead it is a "default bend radius," taken from the RebarBarType associated with the Rebar instance.

A constraint which can be applied to a RebarShapeSegment and drives the angle of the segment relative to a fixed direction in UV-space.

An arc-length constraint associated with an arc in a RebarShapeDefinition.

A constraint that can be applied to a RebarShapeDefinitionByArc and drives the straight distance between the arc endpoints.

A circumference constraint associated with an arc in a RebarShapeDefinition.

A diameter constraint associated with an arc in a RebarShapeDefinition.

A constraint that can be applied to a RebarShapeSegment and fixes the direction of the segment in UV-space.

A constraint that measures the length of a segment as measured by projecting onto a direction that is not parallel to the segment.

A radius constraint associated with an arc in a RebarShapeDefinition.

A constraint that can be applied to a RebarShapeDefinitionByArc and drives the height of the arc.

A constraint that controls the length of a segment.

A class to assist in defining rebar shapes. A RebarShape element needs exactly one RebarShapeDefinition.

Definition of a shape whose size and position can determined by a single arc.

Definition of a shape in terms of one or more straight segments of rebar, with arc bends between the segments.

A class that is used to access the properties and capabilities of shape-driven Rebar.

A specification for a simple 3D rebar shape.

Class containing functions that create and retrieve shared parameters for RebarShapes.

Part of a RebarShapeDefinitionBySegments, representing one segment of a shape definition. Makes sure constraints of type RebarShapeConstraintFixedSegmentDir are uniquely set. If we try to aquire a second constraint of type RebarShapeConstraintFixedSegmentDir we delete the old one.

A bend between segments of a rebar shape definition.

Represents a Rebar System Span Symbol element in Autodesk Revit.

The class that contains the information needed to calculate and return the curves in a trimmed/extended state, and also find the constraints that trim/extend it.

Class holding the information needed to calculate the rebar curves.

This class is used to access the Area or Path Reinforcement abbreviation tag data. It stores abbreviation tag value and abbreviation type.

Abstract class for various reinforcement data

A base class providing access to reinforcement rounding overrides for structural elements.

Provides access to project-wide reinforcement settings.

An object that represents a Release Conditions on analytical element.

A type element that represents a connection approval type.

An object of Structural Connection Handler.

A StructuralConnectionHandlerType is used in StructuralConnectionHandler element generation.

Provides access to project-wide structural connections settings.

A type element that represents a connection symbol applied to structural members.

A collection of Structural Framing Utilities.

A filter used to find elements that are structural family instances (typically columns, beams or braces) of the given structural usage.

A filter used to match family instances that have the given structural material type.

The data needed by section type server to perform type definition.

Provides access to project-wide structural settings.

A filter used to match walls that have the given structural wall usage.

Represents all kinds of Trusses.

Provides access to the information of a truss member in Autodesk Revit.

Represents a specific type of truss.

Interface for the code checking parameter server to implement.

Interface Change Beam section functionality to be implemented in add-ins

Interface for the Member Forces server to implement.

Represents an interface that should be overridden to allow the generation and update of free form rebar geometry.

Interface for the section type parameter server to implement.

Orientation options for Aligned Free Form Rebar set.

Specifies how analytical model is being aligned in space

Specifies which portion of an Analytical Curve is of interest.

Identifies what type of Analytical Model curves should be extracted.

Specifies a direction for manipulating analytical model.

Specifies a portion of an Analytical Element or the whole element.

Specifies the fixity setting of individual degrees of freedom in analytical release conditions.

Specifies kind of analytical model loop.

Indicates the Connections Status for an Analytical Node.

Presets for given Analytical Projection. Combined with AnalyticalDirection, this abstracts Analytical Projections for all Structural Elements

Specifies how Rigid Links will be made for the Analytical Model.

Indicates the structural role for the analytical elements.

Defines how "highly" another Element is giving support for one Element.

Indicates what kind of support another Element provides -- Point, Surface, or Curve.

Analyze As has various functions within the Analytical Model, and is Element-dependent. "Not for Analysis" usually means that there will not be an Analytical Model generated. The others indicate how the Analytical Model behavior will treat the Element in question. For instance "Hanger" columns have different support expectations than "Gravity" columns.

Describes the layers of an Area Reinforcement

Describes the angular dimensions display options.

Describes the angular dimension measurement options.

Describes the dimension type for bend diameter.

Describes how the parameters with multiple values will be represented.

Describes how the text will be positioned with respect to dimension line.

Describes how the parameters will be represented.

Describes how the Bending Detail will be represented for 3D shapes.

Describes the level of detail in which the Bending Detail will be represented.

Describes if the segment lengths are represented using dimensions or just as text.

Describes how the Bending Detail will represent the bar segments.

Describes how the parameters with multiple values will be represented.

Direction in which FabricSheet is bent.

Bent Fabric straight wires location. The side on wich straight wires will be loacted is determined by the start and end point of the first bent profile segment that specifies the direction of the curve loop on plane.

Specifies boundary condition orientation.

This enum declares type of BoundaryConditions.

The possible representations for braces in plan views.

The type of the distribution

Controls if Single Fabric Sheet should be cut by the Host Cover.

Fabric lap splice position in the fabric distribution

Fabric location in the host

Fabric Sheet alignment in the fabric distribution

The pattern for how the wires in Fabric Sheet are laid out.

How FabricSheet tag text will be aligned to the FabricSheet symbol.

Specifies load case category.

Specifies load combination state.

Specifies load combination type.

Specifies load orientation.

This enum declares types of Loads.

Input argument type for Rebar.GetCenterlineCurves method. Controls whether all curves of a multi-planar Rebar element are returned by GetCenterlineCurves, or only the curves in the primary plane.

A type to help identify the individual face on a host element to which a Rebar handle is constrained.

The various types of constraints that can be applied to a RebarConstrainedHandle.

Error states for the Rebar Coupler

Bar deformation type

Errors for the Free Form Rebar

Rebar geometry type

The various types of handles on a Rebar instance that can be joined to References

Orientation of a rebar hook relative to the path of the Rebar Shape.

Rebar host category

The rule for how the rebars in rebar set are laid out

Bar presentation mode

A Rebar Shape Definition constraint that is measured to a bend must take the bar diameter into account by specifying whether it measures to the exterior, centerline, or interior of the bend.

A bend in a rebar shape has an angular range specified by one of these values. The angles refer to the angle swept out by one segment as it is bent relative to another. That is, an "Obtuse" bend results in two segments that meet at an angle that is less than 90 degrees when measured internally. Put another way, to create an equilateral triangle, you would need two "Obtuse" bends.

A RebarShapeDefinitionByArc takes one of three forms.

A choice of two reference points for one end of a constraint driving the length of a RebarShapeSegment.

Specify whether a bend at a RebarShapeVertex represents a left or right turn.

Describes the usage style of a RebarShape. The style affects the bend radius and the set of allowable hooks. It also affects Rebar instance auto-constraining behavior.

Describes how a Free Form Rebar will be fabricated.

Defines the type of desired reinforcement object for abbreviation tags.

Defines all types of abbreviation tags for Area and Path Reinforcement objects.

Describes the bar orientation at Path Reinforcement.

An enumerated type listing the possible sources for reinforcement rounding overrides.

The release type.

Presets for given Analytical Extension.

Presets for given Analytical Projection.

Presets for given Analytical Projection.

An enumerated tye that represents how the Stirrup/Tie rebar is attached to the cover reference.

An enumerated type that represents the type of structural locations to which a connection annotation may be applied.

An enumerated type listing all code checking status of the structural connection element.

Represents the structural usage of a family instance.

Represents the structural material type. This enum value is returned by Autodesk::Revit::DB::FamilyInstance::StructuralMaterialType.

Represents the structural type of a family instance.

Represents the structural usage of a wall.

Presets for given Analytical Extension.

Presets for given Analytical Projection Z.

A type used to identify the particular part of a Stirrup style rebar to which a Standard style rebar's handle is constrained.

Specifies the type of condition applied to the translation or rotation parameter.

This enumerated type represents the options for the Truss Chord Location.

Types of curves created in truss families.

Indicates the "kind" of a truss member.

Defines the direction of the distribution of wires in a Fabric Sheet.

The justification of the framing element in Y.

The option for whether a framing element has independent or uniform justification on its ends.

The justification of the framing element in Z.