Interface IConcreteBeamAttributeSet

Represents parameters required to create a concrete beam

Inherited Members

IMemberAttributeSetBase.RotationOption

IMemberAttributeSetBase.RotationAngle

IMemberAttributeSetBase.ElementSection

IMemberAttributeSetBase.Material

IMemberAttributeSetBase.StartReleases

IMemberAttributeSetBase.EndReleases

IAttributeSet.Id

ICanBeUpdated.UpdateAsync(CancellationToken)

IHaveUserDefinedAttributes.CreateSetAttributeParams(IAttributeDefinition, string)

IHaveUserDefinedAttributes.GetUserDefinedAttributesAsync(IEnumerable<IAttributeDefinition>, CancellationToken)

IHaveUserDefinedAttributes.SetUserDefinedAttributesAsync(IEnumerable<IUserDefinedAttribute>, CancellationToken)

IHaveUserDefinedAttributes.SetUserDefinedAttributeAsync(IAttributeDefinition, string, CancellationToken)

IHaveUserDefinedAttributes.SetUserDefinedEmbeddedFileAttributeAsync(IAttributeDefinition, FileStream, CancellationToken)

Namespace: TSD.API.Remoting.Structure.Create

Assembly: TSD.API.Remoting.dll

Syntax

public interface IConcreteBeamAttributeSet : IMemberAttributeSetBase, IAttributeSet, ICanBeUpdated, IHaveUserDefinedAttributes

Properties

Name	Description
Active	Gets a value indicating whether the member is active
Alignment	Gets the span alignment
AllowAutomaticJoinAtEnd	Gets a value indicating whether the member joins automatically at end node
AllowAutomaticJoinAtStart	Gets a value indicating whether the member joins automatically at start node
AllowanceForOpeningLeft	Gets the allowance for opening left (in [mm])
AllowanceForOpeningRight	Gets the allowance for opening right (in [mm])
AutoAlign	Gets a value indicating whether automatic alignment will be applied when the member is created in the model
AutoDesign	Gets a value indicating whether sections from the design section order will be considered during the design process
AutoDesignOption	Gets the auto-design option
ConcreteDensityClass	Gets the concrete density class
ConcreteType	Gets the concrete type
ConsiderFlanges	Gets a value indicating whether to consider flanges
Construction	Gets the member construction
Fabrication	Gets the member fabrication
GravityOnly	Gets a value indicating whether the beam is designed for gravity combinations only
IncludeFlangesInAnalysis	Gets a value indicating whether the flanges are included in the analysis
IncreaseReinforcementIfDeflectionCheckFails	Gets a value indicating whether to increase the reinforcement if the deflection check fails
IsolatedBeam	Gets a value indicating whether the member is isolated
MaterialType	Gets the material type
MemberType	Gets the member type
NominalCoverBeamBottomEdge	Gets the nominal cover on bottom edge (in [mm])
NominalCoverBeamEnds	Gets the nominal cover on ends (in [mm])
NominalCoverBeamTopEdge	Gets the nominal cover on top edge (in [mm])
NominalCoverSectionSide	Gets the nominal cover on section side (in [mm])
PermissibleIncreaseInReinforcement	Gets the permissible increase in the reinforcement (in [mm])
StructureSupportingSensitiveFinishes	Gets a value indicating the structure supporting sensitive finishes
UserFlangeDepthLeft	Gets the left flange depth if it has fixed dimensions (in [mm])
UserFlangeDepthRight	Gets the right flange depth if it has fixed dimensions (in [mm])
UserFlangeLeft	Gets a value indicating whether the left flange dimensions are fixed instead of being calculated from the neighbor distance and slab
UserFlangeRight	Gets a value indicating whether the right flange dimensions are fixed instead of being calculated from the neighbor distance and slab
UserFlangeWidthLeft	Gets the left flange width if it has fixed dimensions (in [mm])
UserFlangeWidthRight	Gets the right flange width if it has fixed dimensions (in [mm])