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ascii_numbers.py
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"""
This program takes an input string, and prints it out in a banner
format.
"""
# Height of our characters
line_height = 7
# List of characters
characters = []
character = """
###
# #
# #
# #
# #
# #
###
"""
characters.append(character.split("\n"))
character = """
#
##
#
#
#
#
###
"""
characters.append(character.split("\n"))
character = """
###
# #
#
#
#
#
#####
"""
characters.append(character.split("\n"))
character = """
###
# #
#
##
#
# #
###
"""
characters.append(character.split("\n"))
character = """
# #
# #
# #
######
#
#
#
"""
characters.append(character.split("\n"))
character = """
#####
#
#
####
#
#
####
"""
characters.append(character.split("\n"))
character = """
###
# #
#
####
# #
# #
###
"""
characters.append(character.split("\n"))
character = """
#####
#
#
#
#
#
#
"""
characters.append(character.split("\n"))
character = """
###
# #
# #
###
# #
# #
###
"""
characters.append(character.split("\n"))
character = """
###
# #
# #
#####
#
# #
###
"""
characters.append(character.split("\n"))
character = """
##
##
"""
characters.append(character.split("\n"))
# Create a mapping of character letters, to letters in our list
mapping_characters = "0123456789."
def print_string(input_string: str):
"""
Print out the string in a banner format.
:param input_string: Input string
"""
# Create a list that, instead of the string, has the index locations
# of our banner characters. So instead of "1.2" we have [1, 10, 2]
index_locations = [mapping_characters.index(character) for character in input_string]
# Now loop through each line
for line_no in range(1, line_height + 1):
# Loop though each index location to print
for index_location in index_locations:
# Print that line of the character
print(characters[index_location][line_no], end=" ")
# Go to the next line
print()
print_string("3.141592653")
print()
print_string("1.41421")