Truss¶
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class
xc.ProtoTruss¶ Bases:
xc.Element1D-
getDim((ProtoTruss)arg1) → int :¶ Return the dimension of the space in which the element is defined (1, 2 or 3).
- C++ signature :
- int getDim(XC::ProtoTruss {lvalue})
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getMaterial((ProtoTruss)arg1) → Material :¶ Returns element’s material
- C++ signature :
- XC::Material {lvalue} getMaterial(XC::ProtoTruss {lvalue})
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class
xc.TrussBase¶ Bases:
xc.ProtoTruss-
getL((TrussBase)arg1) → float :¶ Return the length of the element.
- C++ signature :
- double getL(XC::TrussBase {lvalue})
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class
xc.TrussSection¶ Bases:
xc.TrussBase
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class
xc.Spring¶ Bases:
xc.ProtoTruss-
getN((Spring)arg1) → float :¶ Returns axial (N) internal force.
- C++ signature :
- double getN(XC::Spring {lvalue})
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class
xc.Truss¶ Bases:
xc.TrussBase-
getN((Truss)arg1) → float :¶ Returns axial (N) internal force.
- C++ signature :
- double getN(XC::Truss {lvalue})
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getN1¶ Returns axial (N) internal force at node 1.
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getN2¶ Returns axial (N) internal force at node 2.
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class
xc.CorotTrussBase¶ Bases:
xc.ProtoTruss
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class
xc.CorotTruss¶ Bases:
xc.CorotTrussBase-
getN((CorotTruss)arg1) → float :¶ Returns N internal force.
- C++ signature :
- double getN(XC::CorotTruss {lvalue})
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getN1¶ Returns axial (N) internal force at node 1.
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getN2¶ Returns axial (N) internal force at node 2.
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class
xc.CorotTrussSection¶ Bases:
xc.CorotTrussBase