Thu Sep 13 11:07:18 2018

NS3DE_TEST
  Python version: 3.6.5
  Test the NS3DE library.

R8_ERF_TEST:
  Python version: 3.6.5
  R8_ERF evaluates the error function.

      X            ERF(X)    R8_ERF(X)

             0                         0                         0
           0.1        0.1124629160182849        0.1124629160182849
           0.2        0.2227025892104785        0.2227025892104785
           0.3        0.3286267594591274        0.3286267594591273
           0.4        0.4283923550466685        0.4283923550466684
           0.5        0.5204998778130465        0.5204998778130465
           0.6        0.6038560908479259        0.6038560908479259
           0.7        0.6778011938374185        0.6778011938374184
           0.8        0.7421009647076605        0.7421009647076605
           0.9        0.7969082124228321        0.7969082124228322
             1        0.8427007929497149        0.8427007929497148
           1.1        0.8802050695740817        0.8802050695740817
           1.2        0.9103139782296354        0.9103139782296354
           1.3        0.9340079449406524        0.9340079449406524
           1.4        0.9522851197626488        0.9522851197626487
           1.5        0.9661051464753106        0.9661051464753108
           1.6         0.976348383344644         0.976348383344644
           1.7        0.9837904585907746        0.9837904585907746
           1.8        0.9890905016357306        0.9890905016357308
           1.9        0.9927904292352575        0.9927904292352574
             2        0.9953222650189527        0.9953222650189527

R8_ERF_TEST
  Normal end of execution.

R8VEC_AMAX_TEST
  Python version: 3.6.5
  R8VEC_AMAX computes the maximum absolute value entry in an R8VEC.

  Input vector:

     0:      -5.63163
     1:       9.12635
     2:       6.59018
     3:       1.23391
     4:      -1.69386
     5:      -8.67763
     6:      -4.84844
     7:      -7.80086
     8:      -9.12342
     9:       2.67931

  Max Abs = 9.12635

R8VEC_AMAX_TEST:
  Normal end of execution.

R8VEC_AMIN_TEST
  Python version: 3.6.5
  R8VEC_AMIN computes the minimum absolute entry in an R8VEC.

  Input vector:

     0:      -5.63163
     1:       9.12635
     2:       6.59018
     3:       1.23391
     4:      -1.69386
     5:      -8.67763
     6:      -4.84844
     7:      -7.80086
     8:      -9.12342
     9:       2.67931

  Min Abs = 1.23391

R8VEC_AMIN_TEST:
  Normal end of execution.

R8VEC_MAX_TEST
  Python version: 3.6.5
  R8VEC_MAX computes the maximum entry in an R8VEC.

  Input vector:

     0:      -5.63163
     1:       9.12635
     2:       6.59018
     3:       1.23391
     4:      -1.69386
     5:      -8.67763
     6:      -4.84844
     7:      -7.80086
     8:      -9.12342
     9:       2.67931

  Max = 9.12635

R8VEC_MAX_TEST:
  Normal end of execution.

R8VEC_MIN_TEST
  Python version: 3.6.5
  R8VEC_MIN computes the minimum entry in an R8VEC.

  Input vector:

     0:      -5.63163
     1:       9.12635
     2:       6.59018
     3:       1.23391
     4:      -1.69386
     5:      -8.67763
     6:      -4.84844
     7:      -7.80086
     8:      -9.12342
     9:       2.67931

  Min = -9.12342

R8VEC_MIN_TEST:
  Normal end of execution.

R8VEC_PRINT_TEST
  Python version: 3.6.5
  R8VEC_PRINT prints an R8VEC.

  Here is an R8VEC:

     0:       123.456
     1:         5e-06
     2:        -1e+06
     3:       3.14159

R8VEC_PRINT_TEST:
  Normal end of execution.

R8VEC_UNIFORM_AB_TEST
  Python version: 3.6.5
  R8VEC_UNIFORM_AB computes a random R8VEC.

  -1 <= X <= 5
  Initial seed is 123456789

  Random R8VEC:

     0:       0.31051
     1:       4.73791
     2:       3.97706
     3:       2.37017
     4:       1.49184
     5:     -0.603288
     6:      0.545467
     7:     -0.340259
     8:     -0.737026
     9:       2.80379

R8VEC_UNIFORM_AB_TEST:
  Normal end of execution.

UVWP_BURGERS_TEST
  Python version: 3.6.5
  UVWP samples the Burgers solution.
  Estimate the range of velocity and pressure
  at the initial time T = 0, using a region that is
  the cube centered at (0,0,0) with "radius" 1.0,
  Viscosity NU = 0.25

           Minimum       Maximum

  U:        -1.99265         1.99163
  V:        -1.98972         1.98812
  W:       -0.995071        0.995105
  P:        -3.91927     -0.00134687

UVWP_BURGERS_TEST:
  Normal end of execution.

RESID_BURGERS_TEST
  Python version: 3.6.5
  RESID_BURGERS evaluates the Burgers residual.
  Sample at the initial time T = 0, using a region that is
  the cube centered at (0,0,0) with "radius" 1.0,
  Viscosity NU = 0.25

           Minimum       Maximum

  Ur:               0               0
  Vr:               0               0
  Wr:               0     2.22045e-16
  Pr:               0               0

RESID_BURGERS_TEST:
  Normal end of execution.

UVWP_ETHIER_TEST
  Python version: 3.6.5
  UVWP_ETHIER evaluates the Ethier solution.
  Estimate the range of velocity and pressure
  at the initial time T = 0, using a region that is
  the cube centered at (0,0,0) with "radius" 1.0,
  Parameter A = 0.785398
  Parameter D = 1.5708

           Minimum       Maximum

  U:        -2.96676         1.47141
  V:        -3.10466         1.53906
  W:        -3.00826         1.36061
  P:      0.00587719         5.50593

UVWP_ETHIER_TEST:
  Normal end of execution.

RESID_ETHIER_TEST
  Python version: 3.6.5
  RESID_ETHIER evaluates the Ethier residual.
  Sample the residuals
  at the initial time T = 0, using a region that is
  the cube centered at (0,0,0) with "radius" 1.0,
  Parameter A = 0.785398
  Parameter D = 1.5708

           Minimum       Maximum

  Ur:               0     3.55271e-15
  Vr:               0     3.55271e-15
  Wr:               0     3.55271e-15
  Pr:               0     3.33067e-16

RESID_ETHIER_TEST:
  Normal end of execution.

NS3DE_TEST:
  Normal end of execution.
Thu Sep 13 11:07:18 2018