#
# This profile tests the program's operation by creating a parallel
# plate capacitor using a disk in the middle of a short wide room
# The room will be 2 inches tall and 100 inches in radius.  The inner
# disk will be 99 inches in radius in the center of the room.  This
# looks like a parallel plate cap with 2 sections ->
#
#  C = 2 * (eps * S / d) = 2*eps*pi*99*99*0.0254/1
#                        = 2*eps*pi*99*99*0.0254
#                        = 13.85 nF
#
# To eliminate descritization errors, the number of grid points will
# be chosen to be a submultiple of 1".  Choosing a grid size of 0.04"
# results in 2501 points in the radial direction and 51 points
# vertically, for a total of 127551 points.
#
# The disk will be created with null primary and secondary coils and
# a horizontal line of length 49" for a terminal definition
#

.\test_dat\debug\option.txt            # options file
.\test_dat\debug\room.txt              # file with information on room
 0in .\test_dat\debug\pri.txt          # dummy primary
 2.54cm .\test_dat\debug\sec.txt       # dummy secondary
 25.4mm .\test_dat\debug\term.txt      # disk center conductor
.\test_dat\debug\out.txt               # output file
.\test_dat\debug\diag.txt              # diagnostic output file