04-Dec-2018 21:42:34

BURGERS_TIME_VISCOUS_TEST:
  MATLAB version
  Test the BURGERS_TIME_VISCOUS (BTV) library.

BTV_TEST01
  Test BURGERS_TIME_VISCOUS with the gaussian initial condition.

  Initial condition: gaussian
  Number of space nodes = 81
  Number of time steps = 200
  Final time T_MAX = 2
  Viscosity = 0.01
  Boundary condition = 4

  Saved plot as "btv_test01.png"

BTV_TEST02
  Test BURGERS_TIME_VISCOUS with the gaussian initial condition.
  Now we use the clamped boundary condition.

  Initial condition: gaussian
  Number of space nodes = 81
  Number of time steps = 200
  Final time T_MAX = 2
  Viscosity = 0.01
  Boundary condition = 0

  Saved plot as "btv_test02.png"

BTV_TEST03
  Test BURGERS_TIME_VISCOUS with the gaussian initial condition.
  Use a Neumann condition on the right.

  Initial condition: gaussian
  Number of space nodes = 81
  Number of time steps = 200
  Final time T_MAX = 2
  Viscosity = 0.01
  Boundary condition = 3

  Saved plot as "btv_test03.png"

BTV_TEST04
  Test BURGERS_TIME_VISCOUS with the shock initial condition.
  Use periodic boundaries.

  Initial condition: shock
  Number of space nodes = 81
  Number of time steps = 300
  Final time T_MAX = 3
  Viscosity = 0.01
  Boundary condition = 4

  Saved plot as "btv_test04.png"

BTV_TEST05
  Test BURGERS_TIME_VISCOUS with the expansion initial condition.
  Use periodic boundaries.

  Initial condition: expansion
  Number of space nodes = 81
  Number of time steps = 200
  Final time T_MAX = 2
  Viscosity = 0.01
  Boundary condition = 4

  Saved plot as "btv_test05.png"

BTV_TEST06
  Test BURGERS_TIME_VISCOUS with the spline initial condition.
  Use periodic boundaries.

  Initial condition: spline
  Number of space nodes = 81
  Number of time steps = 200
  Final time T_MAX = 2
  Viscosity = 0.01
  Boundary condition = 4

  Saved plot as "btv_test06.png"

BTV_TEST07
  Test BURGERS_TIME_VISCOUS with the gaussian initial condition.
  Plot the solutions U(X,T) as a surface.

  Initial condition: gaussian
  Number of space nodes = 81
  Number of time steps = 200
  Final time T_MAX = 2
  Viscosity = 0.01
  Boundary condition = 4

  Saved plot as "btv_test07.png"

BTV_TEST08
  Test BURGERS_TIME_VISCOUS with the spline initial condition.
  Use periodic boundaries.
  Plot the solution profile at the final time.

  Initial condition: spline
  Number of space nodes = 81
  Number of time steps = 200
  Final time T_MAX = 2
  Viscosity = 0.01
  Boundary condition = 4

  Saved plot as "btv_test08.png"

BTV_TEST09
  Test BURGERS_TIME_VISCOUS with the spike initial condition.

  Initial condition: spike
  Number of space nodes = 81
  Number of time steps = 400
  Final time T_MAX = 4
  Viscosity = 0.01
  Boundary condition = 4

  Saved plot as "btv_test09.png"

BTV_TEST10
  Test BURGERS_TIME_VISCOUS with the shock initial condition.
  BC: U(left)=0, U'(right)=0 boundary.

  Initial condition: shock
  Number of space nodes = 800
  Number of time steps = 10000
  Final time T_MAX = 2
  Viscosity = 0.01
  Boundary condition = 1

  Saved plot as "btv_test10.png"

BURGERS_TIME_VISCOUS_TEST:
  Normal end of execution.

04-Dec-2018 21:43:50