10 May 2023   8:17:27.855 AM
 
HYPERCUBE_EXACTNESS
  FORTRAN90 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
 
        0.0000000000000000    0      0
 
        0.0000000000000000    1      1
 
        0.5000000000000000    2      2
 
        1.0000000000000000    3      3
 
        1.5000000000000000    4      4
 
        2.0000000000000000    5      5
 
HYPERCUBE_EXACTNESS:
  Normal end of execution.
 
10 May 2023   8:17:27.855 AM
10 May 2023   8:17:27.857 AM
 
HYPERCUBE_EXACTNESS
  FORTRAN90 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
 
        0.0000000000500001    0      0
 
        0.0000000000500000    1      1
 
        0.0000000000625000    2      2
 
        0.0000000000750000    3      3
 
        0.0416666665781249    4      4
 
        0.1249999998968752    5      5
 
HYPERCUBE_EXACTNESS:
  Normal end of execution.
 
10 May 2023   8:17:27.857 AM
10 May 2023   8:17:27.858 AM
 
HYPERCUBE_EXACTNESS
  FORTRAN90 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
 
        0.0000000000000004    0      0  0
 
        0.0000000000000002    1      1  0
        0.0000000000000003    1      0  1
 
        0.0000000000000002    2      2  0
        0.0000000000000002    2      1  1
        0.0000000000000002    2      0  2
 
        0.0000000000000002    3      3  0
        0.0000000000000002    3      2  1
        0.0000000000000002    3      1  2
        0.0000000000000002    3      0  3
 
        0.0416666666666663    4      4  0
        0.0000000000000003    4      3  1
        0.0000000000000001    4      2  2
        0.0000000000000003    4      1  3
        0.0416666666666663    4      0  4
 
        0.1249999999999998    5      5  0
        0.0416666666666663    5      4  1
        0.0000000000000002    5      3  2
        0.0000000000000002    5      2  3
        0.0416666666666663    5      1  4
        0.1249999999999998    5      0  5
 
HYPERCUBE_EXACTNESS:
  Normal end of execution.
 
10 May 2023   8:17:27.858 AM
10 May 2023   8:17:27.859 AM
 
HYPERCUBE_EXACTNESS
  FORTRAN90 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
 
        0.0000000000000001    0      0  0
 
        0.0000000000000002    1      1  0
        0.0000000000000002    1      0  1
 
        0.0000000000000002    2      2  0
        0.0000000000000002    2      1  1
        0.0000000000000002    2      0  2
 
        0.0000000000000002    3      3  0
        0.0000000000000002    3      2  1
        0.0000000000000000    3      1  2
        0.0000000000000001    3      0  3
 
        0.0416666666666665    4      4  0
        0.0000000000000001    4      3  1
        0.0000000000000000    4      2  2
        0.0000000000000001    4      1  3
        0.0277777777777779    4      0  4
 
        0.1250000000000000    5      5  0
        0.0416666666666665    5      4  1
        0.0000000000000000    5      3  2
        0.0000000000000000    5      2  3
        0.0277777777777779    5      1  4
        0.0833333333333333    5      0  5
 
HYPERCUBE_EXACTNESS:
  Normal end of execution.
 
10 May 2023   8:17:27.859 AM