def kernel_size():
"""High Pass Filter Additive image fusion compatible kernel size.
Based on a random ratio float ranging in (1.0, 10.0).
Returns a single integer"""
rr = random_ratio()
ks = [k for ((lo, hi), k) in MATRIX_PROPERTIES if lo <= rr < hi]
return ks[0]
# 2nd pass requested?
if ratio_random < 6 and second_pass:
print "Second Pass Requested:", second_pass
center_cell_level_2 = random.choice(CENTER_CELL.keys())
# inform
print "Center cell level 2:", center_cell_level_2
print
print "--- -- User Independent Variables - ---"
print
# Ratio ------------------------------------------------------------------
ratio_random = random_ratio()
print "Ratio (Random):", ratio_random
# Kernel size ------------------------------------------------------------
kernel_size = kernel_size()
print "Kernel Size: ", kernel_size
# idx
kernel_index = KERNEL_SIZES.index(kernel_size)
print "(Index to retrieve center cell value: ", kernel_index, ")"
print
print "--- --- - Simulate User Input - --- ---"
print
# Center Cell ------------------------------------------------------------
# 2nd pass requested?
if ratio_random < 6 and second_pass:
print "Second Pass Requested:", second_pass
center_cell_level_2 = random.choice(CENTER_CELL.keys())
# inform
print "Center cell level 2:", center_cell_level_2
print
print "--- -- User Independent Variables - ---"
print
# Ratio ------------------------------------------------------------------
ratio_random = random_ratio()
print "Ratio (Random):", ratio_random
# Kernel size ------------------------------------------------------------
kernel_size = kernel_size()
print "Kernel Size: ", kernel_size
# idx
kernel_index = KERNEL_SIZES.index(kernel_size)
print "(Index to retrieve center cell value: ", kernel_index, ")"
print
print "--- --- - Simulate User Input - --- ---"
print
