#**
#**  *** DATA CELLS OF UNPERFECTLY MATCHED DEVICES
#**
#**
#**  Rectangular Arrays of Elements with Gradient and Random Mismatches
#**
#**
#**  Hypothesis:  linear gradient and Random mismatch with normal distribution
#**
#**
#**  USAGE:    'data <Array/XxY>  vm..1  mean sigma  x y  dx dy  gradient phi
#**
#**
#**       'XxY'     one of the files in directory "/Simulate/Napados/Net/Array"
#**
#**
#**       vm..1     [output]  Set of the computed values vm, .., v1 of the elements of the array
#**
#**       x, y:     [input]   Coordinates of the center of gravity of array
#**       dx, dy:   [input]   Pitch of array (center point to center point of contiguous elements)
#**
#**       gradient: [input]   Linear variation of the value of elements (value per length)
#**       phi:      [input]   Direction of gradient [-PI, PI]
#**
#**       mean:     [input]   Value of an element with center point located in coordinates (0,0)
#**       sigma:    [input]   Standard deviation relative to value
#**
#**
#**
#**         |
#**       --o-------------> xaxis
#**         |\
#**         | \   angle phi
#**         |  \
#**         |   \
#**         |    \
#**         |     \
#**         V      \  direction of gradient  [-PI, PI]
#**       Y axis
#**
#**                                                     |
#**                                                     |
#**                                                  ARRAY OF
#**                                              -------+------- y
#**                                                  DEVICES
#**                                                     |
#**                                                     |
#**                                                     x
#**
#**
#**    Arrays Currently in Directory  "/Simulate/Napados/Net/Array"
#**
#**     ......       ......       ......       ......
#**      1x1          3x1          6x1         11x1
#**      1x2          3x2          6x2         11x2
#**      1x3          3x3          6x3         11x3
#**      1x4          3x4          6x4         ......
#**      1x5          3x5          6x5
#**      1x6          3x6          6x6         ......
#**      1x7          3x7         ......       12x1
#**      1x8          3x8                      12x2
#**      1x9          3x9         ......       12x3
#**      1x10         3x10         7x1         ......
#**      1x11         3x11         7x2
#**      1x12         3x12         7x3         ......
#**      1x13        ......        7x4         13x1
#**      1x14                      7x5         13x2
#**      1x15        ......       ......       ......
#**      1x16         4x1
#**      1x17         4x2         ......       ......
#**      1x18         4x3          8x1         14x1
#**     ......        4x4          8x2         14x2
#**                   4x5          8x3         ......
#**     ......        4x6          8x4
#**      2x1          4x7         ......       ......
#**      2x2          4x8                      15x1
#**      2x3          4x9         ......       15x2
#**      2x4         ......        9x1         ......
#**      2x5                       9x2
#**      2x6         ......        9x3         ......
#**      2x7          5x1          9x4         16x1
#**      2x8          5x2         ......       16x2
#**      2x9          5x3                      ......
#**      2x10         5x4         ......
#**      2x11         5x5         10x1         ......
#**      2x12         5x6         10x2         17x1
#**      2x13         5x7         10x3         ......
#**      2x14        ......       ......
#**      2x15                                  ......
#**      2x16                                  18x1
#**     ......                                 ......
#**