SetAbstractOneDimFEParam

Sets the parameters for initiating abstract finite element.

Interface

MODULE SUBROUTINE SetAbstractOneDimFEParam(param, prefix, baseContinuity, &
   baseInterpolation, ipType, basisType, alpha, beta, lambda, order, fetype, &
           quadratureType, quadratureOrder, quadratureNips, quadratureAlpha, &
                                           quadratureBeta, quadratureLambda)

Parameters

• param: ParameterList to be populated (inout)
• prefix: String prefix for parameter names (input)
• order: Isotropic Order of finite element (input)
• baseContinuity: Continuity or Conformity of basis function (input)
  • Options: H1* (default), HDiv, HCurl, DG
  • Used to determine nodal coordinates of reference element when xij is not present
• baseInterpolation: Basis function family used for interpolation (input)
  • Options: LagrangeInterpolation, LagrangePolynomial, SerendipityInterpolation, etc.
  • Used to determine nodal coordinates of reference element when xij is not present
• ipType: Interpolation point type (optional, input)
  • Required when baseInterpol is LagrangePolynomial
  • Default is Equidistance
• basisType: Basis type: Legendre, Lobatto, Ultraspherical, Jacobi, Monomial (optional, input)
• alpha: Jacobi parameter (optional, input)
• beta: Jacobi parameter (optional, input)
• lambda: Ultraspherical parameters (optional, input)
• fetype: Finite element type (optional, input)
  • Default is Scalar, for HDiv and Hcurl it should be Vector
• quadratureType: Quadrature type (optional, input)
• quadratureOrder: Accuracy of quadrature rule (optional, input)
• quadratureNips: Number of integration points (optional, input)
• quadratureAlpha: Jacobi parameter for quadrature (optional, input)
• quadratureBeta: Jacobi parameter for quadrature (optional, input)
• quadratureLambda: Ultraspherical parameter for quadrature (optional, input)

Description

This subroutine populates a ParameterList_with the required parameters for initializing an AbstractOneDimFE_ object.