08-Jan-2022 10:57:28

van_der_corput_test():
  MATLAB/Octave version 9.8.0.1380330 (R2020a) Update 2.
  Test van_der_corput().

vdc_test():
  vdc() returns the I-th element of a van der Corput sequence.

    I          VDC(I)

  -10     -0.31250000
   -9     -0.56250000
   -8     -0.06250000
   -7     -0.87500000
   -6     -0.37500000
   -5     -0.62500000
   -4     -0.12500000
   -3     -0.75000000
   -2     -0.25000000
   -1     -0.50000000
    0      0.00000000
    1      0.50000000
    2      0.25000000
    3      0.75000000
    4      0.12500000
    5      0.62500000
    6      0.37500000
    7      0.87500000
    8      0.06250000
    9      0.56250000
   10      0.31250000

vdc_inverse_test():
  vdc_inverse() inverts an element of a van der Corput sequence.

    I        R=VDC(I)  VDC_INVERSE(R)

  -10     -0.31250000  -10
   -9     -0.56250000   -9
   -8     -0.06250000   -8
   -7     -0.87500000   -7
   -6     -0.37500000   -6
   -5     -0.62500000   -5
   -4     -0.12500000   -4
   -3     -0.75000000   -3
   -2     -0.25000000   -2
   -1     -0.50000000   -1
    0      0.00000000    0
    1      0.50000000    1
    2      0.25000000    2
    3      0.75000000    3
    4      0.12500000    4
    5      0.62500000    5
    6      0.37500000    6
    7      0.87500000    7
    8      0.06250000    8
    9      0.56250000    9
   10      0.31250000   10

vdc_sequence_test():
  VDC_SEQUENCE returns elements I1 through I2 of 
  a van der Corput sequence.

  R=VDC_SEQUENCE(  7,  7):           0.875

  R=VDC_SEQUENCE(  0,  8):               0           0.5          0.25          0.75         0.125
                                     0.625         0.375         0.875        0.0625

  R=VDC_SEQUENCE(  8,  0):          0.0625         0.875         0.375         0.625         0.125
                                      0.75          0.25           0.5             0

  R=VDC_SEQUENCE( -3,  5):           -0.75         -0.25          -0.5             0           0.5
                                      0.25          0.75         0.125         0.625

  R=VDC_SEQUENCE(100,105):        0.148438      0.648438      0.398438      0.898438     0.0859375
                                  0.585938

vdc_base_test():
  VDC_BASE returns the I-th element of a van der Corput
  sequence in base B.

    I          VDC_BASE(I,2)   VDC_BASE(I,3)   VDC_BASE(I,5)

  -10            -0.31250000     -0.37037037     -0.08000000
   -9            -0.56250000     -0.03703704     -0.84000000
   -8            -0.06250000     -0.88888889     -0.64000000
   -7            -0.87500000     -0.55555556     -0.44000000
   -6            -0.37500000     -0.22222222     -0.24000000
   -5            -0.62500000     -0.77777778     -0.04000000
   -4            -0.12500000     -0.44444444     -0.80000000
   -3            -0.75000000     -0.11111111     -0.60000000
   -2            -0.25000000     -0.66666667     -0.40000000
   -1            -0.50000000     -0.33333333     -0.20000000
    0             0.00000000      0.00000000      0.00000000
    1             0.50000000      0.33333333      0.20000000
    2             0.25000000      0.66666667      0.40000000
    3             0.75000000      0.11111111      0.60000000
    4             0.12500000      0.44444444      0.80000000
    5             0.62500000      0.77777778      0.04000000
    6             0.37500000      0.22222222      0.24000000
    7             0.87500000      0.55555556      0.44000000
    8             0.06250000      0.88888889      0.64000000
    9             0.56250000      0.03703704      0.84000000
   10             0.31250000      0.37037037      0.08000000

van_der_corput_test():
  Normal end of execution.

08-Jan-2022 10:57:28