gideon-maina · April 14, 2020 11:44 · gideon-maina · Apr 14, 2020
diff --git a/create_door_mat.py b/create_door_mat.py
 import re

 def get_next_multiple_greater_than_n_for_x(n, x):
    return n + (x-n %x)

 def get_next_multiple_less_than_n_for_x(n, x):
    for i in range(n-1, 0, -1):
        if i % x == 0:
            return i

 def make_mat(length, width):
    h_length = length//2
    h_width = width//2

    n_multiple = get_next_multiple_less_than_n_for_x(h_length, 3)
    n_multiple_incrementing = get_next_multiple_greater_than_n_for_x(0,3)
    parts = []

    for i in range(width):
        if i < h_width:
            ss = '-'*length
            part_1 = ss[:n_multiple]
            part_2 = ''
            part_3 = ss[-n_multiple:]
            to_replace = ss[n_multiple:len(ss)-n_multiple]

            for i in range(0, len(to_replace), 3):
                part_2 += '.|.'
            n_multiple = get_next_multiple_less_than_n_for_x(n_multiple, 3)

            total = part_1 + part_2 + part_3
            parts.append(total)
        elif i == h_width:
            # Since C will always be at the center get left side and replace
            # last three chars with WEL and with the right part first 3 chars with OME
            ss = '-'*length
            part_1 = ss[:h_length]
            part_1 = re.sub("---$", "WEL", part_1)
            part_2 = 'C'
            part_3 = ss[-h_length:]
            part_3 = re.sub("^---", "OME", part_3)
            total = part_1 + part_2 + part_3
            parts.append(total)
        elif i > h_width:
            part_1 = ss[:n_multiple_incrementing]
            part_2 = ''
            part_3 = ss[-n_multiple_incrementing:]
            to_replace = ss[n_multiple_incrementing:len(ss)-n_multiple_incrementing]
            for i in range(0, len(to_replace), 3):
                part_2 += '.|.'
            total = part_1 + part_2 + part_3
            parts.append(total)
            n_multiple_incrementing = get_next_multiple_greater_than_n_for_x(n_multiple_incrementing, 3)
    print('\n'.join(p for p in parts))

 if __name__ == "__main__":
    print("Enter width and length space delimitered, length is width * 3 e.g 9 27
    width, length = map(int, input().split())
    make_mat(length, width)
	import re

	def get_next_multiple_greater_than_n_for_x(n, x):
	return n + (x-n %x)

	def get_next_multiple_less_than_n_for_x(n, x):
	for i in range(n-1, 0, -1):
	if i % x == 0:
	return i

	def make_mat(length, width):
	h_length = length//2
	h_width = width//2

	n_multiple = get_next_multiple_less_than_n_for_x(h_length, 3)
	n_multiple_incrementing = get_next_multiple_greater_than_n_for_x(0,3)
	parts = []

	for i in range(width):
	if i < h_width:
	ss = '-'*length
	part_1 = ss[:n_multiple]
	part_2 = ''
	part_3 = ss[-n_multiple:]
	to_replace = ss[n_multiple:len(ss)-n_multiple]

	for i in range(0, len(to_replace), 3):
	part_2 += '.\|.'
	n_multiple = get_next_multiple_less_than_n_for_x(n_multiple, 3)

	total = part_1 + part_2 + part_3
	parts.append(total)
	elif i == h_width:
	# Since C will always be at the center get left side and replace
	# last three chars with WEL and with the right part first 3 chars with OME
	ss = '-'*length
	part_1 = ss[:h_length]
	part_1 = re.sub("---$", "WEL", part_1)
	part_2 = 'C'
	part_3 = ss[-h_length:]
	part_3 = re.sub("^---", "OME", part_3)
	total = part_1 + part_2 + part_3
	parts.append(total)
	elif i > h_width:
	part_1 = ss[:n_multiple_incrementing]
	part_2 = ''
	part_3 = ss[-n_multiple_incrementing:]
	to_replace = ss[n_multiple_incrementing:len(ss)-n_multiple_incrementing]
	for i in range(0, len(to_replace), 3):
	part_2 += '.\|.'
	total = part_1 + part_2 + part_3
	parts.append(total)
	n_multiple_incrementing = get_next_multiple_greater_than_n_for_x(n_multiple_incrementing, 3)
	print('\n'.join(p for p in parts))

	if __name__ == "__main__":
	print("Enter width and length space delimitered, length is width * 3 e.g 9 27
	width, length = map(int, input().split())
	make_mat(length, width)