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Stokhos_GaussPattersonLegendreBasis.hpp
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43 
44 #ifndef STOKHOS_GAUSS_PATTERSON_LEGENDRE_BASIS_HPP
45 #define STOKHOS_GAUSS_PATTERSON_LEGENDRE_BASIS_HPP
46 
48 
49 namespace Stokhos {
50 
52 
56  template <typename ordinal_type, typename value_type>
58  public LegendreBasis<ordinal_type, value_type> {
59  public:
60 
62 
67  bool isotropic = false);
68 
71 
73 
74 
84  virtual void
85  getQuadPoints(ordinal_type quad_order,
89 
95 
107 
110 
112  virtual ordinal_type pointGrowth(ordinal_type n) const;
113 
115 
116  protected:
117 
120  const GaussPattersonLegendreBasis& basis);
121 
122  private:
123 
124  // Prohibit copying
126 
127  // Prohibit Assignment
129 
130  protected:
131 
133  bool isotropic;
134 
135  }; // class GaussPattersonLegendreBasis
136 
137 } // Namespace Stokhos
138 
139 // Include template definitions
141 
142 #endif
virtual Teuchos::RCP< OneDOrthogPolyBasis< ordinal_type, value_type > > cloneWithOrder(ordinal_type p) const
Clone this object with the option of building a higher order basis.
virtual ordinal_type pointGrowth(ordinal_type n) const
Evaluate point growth rule for Smolyak-type bases.
GaussPattersonLegendreBasis & operator=(const GaussPattersonLegendreBasis &b)
virtual ordinal_type quadDegreeOfExactness(ordinal_type n) const
virtual ordinal_type coefficientGrowth(ordinal_type n) const
Evaluate coefficient growth rule for Smolyak-type bases.
Legendre polynomial basis using Gauss-Patterson quadrature points.
bool isotropic
Flag determining if expansion is iostropic (same basis in every dim)
Legendre polynomial basis.
ordinal_type p
Order of basis.
GaussPattersonLegendreBasis(ordinal_type p, bool normalize=false, bool isotropic=false)
Constructor.
int n
virtual void getQuadPoints(ordinal_type quad_order, Teuchos::Array< value_type > &points, Teuchos::Array< value_type > &weights, Teuchos::Array< Teuchos::Array< value_type > > &values) const
Compute quadrature points, weights, and values of basis polynomials at given set of points points...