20 January 2020 09:15:58 AM

HYPERCUBE_EXACTNESS
  C version

  Investigate the polynomial exactness of a quadrature
  rule by integrating all monomials of a given degree
  over the [0,1] hypercube.

  The rule will be adjusted to the [0,1] hypercube.

HYPERCUBE_EXACTNESS: User input:
  Quadrature rule X file = "cc_d1_o2_x.txt"
  Quadrature rule W file = "cc_d1_o2_w.txt"
  Quadrature rule R file = "cc_d1_o2_r.txt"
  Maximum total degree to check = 5

  Spatial dimension = 1
  Number of points  = 2

      Error    Degree  Exponents

             0      0    0

             0      1    1

           0.5      2    2

             1      3    3

           1.5      4    4

             2      5    5


HYPERCUBE_EXACTNESS:
  Normal end of execution.

20 January 2020 09:15:58 AM
20 January 2020 09:15:58 AM

HYPERCUBE_EXACTNESS
  C version

  Investigate the polynomial exactness of a quadrature
  rule by integrating all monomials of a given degree
  over the [0,1] hypercube.

  The rule will be adjusted to the [0,1] hypercube.

HYPERCUBE_EXACTNESS: User input:
  Quadrature rule X file = "cc_d1_o3_x.txt"
  Quadrature rule W file = "cc_d1_o3_w.txt"
  Quadrature rule R file = "cc_d1_o3_r.txt"
  Maximum total degree to check = 5

  Spatial dimension = 1
  Number of points  = 3

      Error    Degree  Exponents

   5.00001e-11      0    0

         5e-11      1    1

      6.25e-11      2    2

       7.5e-11      3    3

     0.0416667      4    4

         0.125      5    5


HYPERCUBE_EXACTNESS:
  Normal end of execution.

20 January 2020 09:15:58 AM
20 January 2020 09:15:58 AM

HYPERCUBE_EXACTNESS
  C version

  Investigate the polynomial exactness of a quadrature
  rule by integrating all monomials of a given degree
  over the [0,1] hypercube.

  The rule will be adjusted to the [0,1] hypercube.

HYPERCUBE_EXACTNESS: User input:
  Quadrature rule X file = "cc_d2_o3x3_x.txt"
  Quadrature rule W file = "cc_d2_o3x3_w.txt"
  Quadrature rule R file = "cc_d2_o3x3_r.txt"
  Maximum total degree to check = 5

  Spatial dimension = 2
  Number of points  = 9

      Error    Degree  Exponents

   4.44089e-16      0    0  0

   2.22045e-16      1    1  0
   3.33067e-16      1    0  1

   2.22045e-16      2    2  0
   2.22045e-16      2    1  1
   2.22045e-16      2    0  2

   2.22045e-16      3    3  0
   2.22045e-16      3    2  1
   2.22045e-16      3    1  2
   2.22045e-16      3    0  3

     0.0416667      4    4  0
   3.33067e-16      4    3  1
   1.11022e-16      4    2  2
   3.33067e-16      4    1  3
     0.0416667      4    0  4

         0.125      5    5  0
     0.0416667      5    4  1
   2.22045e-16      5    3  2
   2.22045e-16      5    2  3
     0.0416667      5    1  4
         0.125      5    0  5


HYPERCUBE_EXACTNESS:
  Normal end of execution.

20 January 2020 09:15:58 AM
20 January 2020 09:15:58 AM

HYPERCUBE_EXACTNESS
  C version

  Investigate the polynomial exactness of a quadrature
  rule by integrating all monomials of a given degree
  over the [0,1] hypercube.

  The rule will be adjusted to the [0,1] hypercube.

HYPERCUBE_EXACTNESS: User input:
  Quadrature rule X file = "ccgl_d2_o3x2_x.txt"
  Quadrature rule W file = "ccgl_d2_o3x2_w.txt"
  Quadrature rule R file = "ccgl_d2_o3x2_r.txt"
  Maximum total degree to check = 5

  Spatial dimension = 2
  Number of points  = 6

      Error    Degree  Exponents

   1.11022e-16      0    0  0

   2.22045e-16      1    1  0
   2.22045e-16      1    0  1

   2.22045e-16      2    2  0
   2.22045e-16      2    1  1
   2.22045e-16      2    0  2

   2.22045e-16      3    3  0
   2.22045e-16      3    2  1
             0      3    1  2
   2.22045e-16      3    0  3

     0.0416667      4    4  0
   1.11022e-16      4    3  1
             0      4    2  2
   2.22045e-16      4    1  3
     0.0277778      4    0  4

         0.125      5    5  0
     0.0416667      5    4  1
             0      5    3  2
   2.22045e-16      5    2  3
     0.0277778      5    1  4
     0.0833333      5    0  5


HYPERCUBE_EXACTNESS:
  Normal end of execution.

20 January 2020 09:15:58 AM