ifc4.ifcelement Class Reference

Public Member Functions

def connectedfrom ()
 
def connectedto ()
 
def containedinstructure ()
 
def fillsvoids ()
 
def hasopenings ()
 
def hasprojections ()
 
def interfereselements ()
 
def isconnectionrealization ()
 
def isinterferedbyelements ()
 
def providesboundaries ()
 
def referencedinstructures ()
 
def tag ()
 
- Public Member Functions inherited from ifc4.ifcproduct
def objectplacement ()
 
def placementforshaperepresentation (self)
 
def referencedby ()
 
def representation ()
 
- Public Member Functions inherited from ifc4.ifcobject
def declares ()
 
def isdeclaredby ()
 
def isdefinedby ()
 
def istypedby ()
 
def objecttype ()
 
- Public Member Functions inherited from ifc4.ifcobjectdefinition
def decomposes ()
 
def hasassignments ()
 
def hasassociations ()
 
def hascontext ()
 
def isdecomposedby ()
 
def isnestedby ()
 
def nests ()
 
- Public Member Functions inherited from ifc4.ifcroot
def description ()
 
def globalid ()
 
def name ()
 
def ownerhistory ()
 

Public Attributes

 tag
 
- Public Attributes inherited from ifc4.ifcproduct
 objectplacement
 
 representation
 
- Public Attributes inherited from ifc4.ifcobject
 objecttype
 
- Public Attributes inherited from ifc4.ifcroot
 description
 
 globalid
 
 name
 
 ownerhistory
 

Detailed Description

Entity ifcelement definition.

    :param tag
    :type tag:ifcidentifier

    :param fillsvoids
    :type fillsvoids:SET(0,1,'ifcrelfillselement', scope = schema_scope)

    :param connectedto
    :type connectedto:SET(0,None,'ifcrelconnectselements', scope = schema_scope)

    :param isinterferedbyelements
    :type isinterferedbyelements:SET(0,None,'ifcrelinterfereselements', scope = schema_scope)

    :param interfereselements
    :type interfereselements:SET(0,None,'ifcrelinterfereselements', scope = schema_scope)

    :param hasprojections
    :type hasprojections:SET(0,None,'ifcrelprojectselement', scope = schema_scope)

    :param referencedinstructures
    :type referencedinstructures:SET(0,None,'ifcrelreferencedinspatialstructure', scope = schema_scope)

    :param hasopenings
    :type hasopenings:SET(0,None,'ifcrelvoidselement', scope = schema_scope)

    :param isconnectionrealization
    :type isconnectionrealization:SET(0,None,'ifcrelconnectswithrealizingelements', scope = schema_scope)

    :param providesboundaries
    :type providesboundaries:SET(0,None,'ifcrelspaceboundary', scope = schema_scope)

    :param connectedfrom
    :type connectedfrom:SET(0,None,'ifcrelconnectselements', scope = schema_scope)

    :param containedinstructure
    :type containedinstructure:SET(0,1,'ifcrelcontainedinspatialstructure', scope = schema_scope)

Member Function Documentation

◆ connectedfrom()

def ifc4.ifcelement.connectedfrom ( )

◆ connectedto()

def ifc4.ifcelement.connectedto ( )

◆ containedinstructure()

def ifc4.ifcelement.containedinstructure ( )

◆ fillsvoids()

def ifc4.ifcelement.fillsvoids ( )

◆ hasopenings()

def ifc4.ifcelement.hasopenings ( )

◆ hasprojections()

def ifc4.ifcelement.hasprojections ( )

◆ interfereselements()

def ifc4.ifcelement.interfereselements ( )

◆ isconnectionrealization()

def ifc4.ifcelement.isconnectionrealization ( )

◆ isinterferedbyelements()

def ifc4.ifcelement.isinterferedbyelements ( )

◆ providesboundaries()

def ifc4.ifcelement.providesboundaries ( )

◆ referencedinstructures()

def ifc4.ifcelement.referencedinstructures ( )

◆ tag()

Member Data Documentation

◆ tag


The documentation for this class was generated from the following file: