版本1.0.8380.20839
Functions
Additional components that add new mathematical functions to the SMath Studio program, necessary for solving problems from various fields.
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A_AddBeam("1:string", "2:number", "3:number", "4:string")
Add Beam Element. 1:string - name or ID; 2:number - length of the beam; 3:number - moment of inertia; 4:string - name or ID of material. -
A_AddBoundaryCondition("1:string", "2:number", "3:string", "4:string")
Add boundary condition. 1:string - name or ID; 2:number - location; 3:string - name or ID of Vertical Spring; 4:string - name or ID or Rotation Spring. -
A_AddDistributedLoad("1:string", "2:string", "3:number", "4:number", "5:number", "6:number")
Add Distributed Transverse Load. 1:string - name or ID; 2:string - load case name or ID; 3:number - start location; 4:number - End Location; 5:number - Start value; 6:number - End value. -
A_AddMaterial("1:string", "2:number")
Add Material. 1:string - name or ID; 2:number - Elastic Constant. -
A_AddPointLoad("1:string", "2:string", "3:number", "4:number", "5:number")
Add Transverse Point Load. 1:string - name or ID; 2:string - load case name or ID; 3:number - location; 4:number - Load Value; 5:number - Moment Value. -
A_AddRotationalSpringClassification("1:string", "2:number")
Add a rotation spring classification. 1:string - name or ID; 2:number - stiffness of the rotational spring. -
A_AddSpecifiedDisplacement("1:string", "2:number")
Add a specified deflection at specified location. 1:string - name or ID; 2:number - specified deflection. -
A_AddSpecifiedRotation("1:string", "2:number")
Add a specified rotation or slope at specified location. 1:string - name or ID; 2:number - specified rotation or slope. -
A_AddSupport("1:string", "2:number", "3:string")
Add Support. 1:string - name or ID; 2:number - location; 3:string - Type of support - PIN, ROLLER, OR FIXED. -
A_AddVerticalSpringClassification("1:string", "2:number")
Add a vertical spring classification. 1:string - name or ID; 2:number - stiffness of the vertical spring. -
A_GetDisplacementDiagram("number")
Gets the displacement diagram of the current solved load case/s. -
A_GetDOFsAt("number")
Gets the slope and deflection at the specified location within the beam span. -
A_GetDOFsMaximaAtRange("1:number", "2:number")
Gets the maximum/minimum slope and deflection within the specified range. 1:number - Start; 2:number - End. -
A_GetInternalForcesAt("number")
Gets the shear and moment at the specified location within the beam span. -
A_GetInternalForcesMaximaAtRange("1:number", "2:number")
Gets the maximum/minimum shear and moment within the specified range. 1:number - Start; 2:number - End. -
A_GetInternalMomentDiagram("number")
Gets the moment diagram of the current solved load case/s. -
A_GetInternalShearDiagram("number")
Gets the shear diagram of the current solved load case/s. -
A_GetLoadDiagram("number")
Gets the loading diagram for all load case/s. -
A_GetLoadDiagramByLoadCase("string")
Gets the loading diagram for the specified load case name or ID. -
A_GetReactionAt("string")
Gets the shear and moment reactions at the specified support name or ID. -
A_GetSlopeDiagram("number")
Gets the slope diagram of the current solved load case/s. -
A_ModelReset("number")
Reset Finite Element Beam Model. -
A_SetDiagramUnits("string")
Set units for diagrams. -
A_SolveLoadCase("string")
Solve Model using the specified load case name or ID -
A_SolveModel("number")
Solve Model -
SectionPropertyAISC("1:string", "2:string")
Gets the property of section per AISC Manual 15th Edition. 1:string - Section; 2:string - Property.