07-Jan-2022 16:34:15

box_games_test():
  MATLAB/Octave version 9.8.0.1380330 (R2020a) Update 2
  Test box_games().

board_ij_init_test():
  BOARD_IJ_INIT() draws an MxN board of cells.
  Each cell is given a unit square, but is drawn
  with a radius R <= 0.5.
  Cells are initialized to have a common foreground color
  They appear on a board of a given background color.
  Graphics saved as "board_ij_init_test.png"

cell_ij_fill_test():
  cell_ij_fill() fills in unit cells indexed by (I,J)
  using matrix coordinate system.
  Graphics saved as "cell_ij_fill_test.png"

circle_ij_fill_test():
  CIRCLE_IJ_FILL draws a circle, centered at CELL(I,J),
  of radius R and color COLOR.
  CELL(I,J) is initially a square centered at (I-1/2,J-1/2)
  of radius 0.45.
  Let's put some red and blue circles in those cells.
  Graphics saved as "circle_ij_fill_test.png"

square_ij_fill_test():
  SQUARE_IJ_FILL draws a square, centered at CELL(I,J),
  of radius R and color COLOR.
  Let's put some red and blue squares in those cells.
  Graphics saved as "square_ij_fill_test.png"

board_xy_init_test():
  BOARD_XY_INIT() draws an MxN board of cells.
  Each cell is given a unit square, but is drawn
  with a radius R <= 0.5.
  Cells are initialized to have a common foreground color
  They appear on a board of a given background color.
  Graphics saved as "board_xy_init_test.png"

circle_xy_fill_test():
  CIRCLE_XY_FILL draws a circle, centered at (XC,YC),
  of radius R and color COLOR.
  CELL(I,J) is initially a circle centered at (I-0.5,J-0.5)
  of radius 0.45.
  Let's put some red and blue circles in those cells.
  Graphics saved as "circle_xy_fill_test.png"

square_xy_fill_test():
  square_xy_fill() draws a square, centered at (XC,YC),
  of radius R and color COLOR.
  CELL(I,J) is initially a square centered at (I-0.5,J-0.5)
  of radius 0.45.
  Let's put some red and blue squares in those cells.
  Graphics saved as "square_xy_fill_test.png"

box_games_test():
  Normal end of execution.
07-Jan-2022 16:34:43