Print Your Name Using Python || write a program to print your name in pattern

Print Your Name Using Python || write a program to print your name in pattern - Creation Code

Printing Your Name Using a Python Programm

In this post, we will write a program where we will take the user's name as input and in output, we will show them the pattern of their name. It will be really fun so let's jump into the code without wasting any time

from random import randrange

#Function print_text_in_symbol

def print_text_in_symbol(text_input, symbol_char = 'X', symbol_bg = '-', inline = False):

#Lists for the formation of the letters

a = ['000000000000',

'000111111000',

'011000000110',

'011111111110',

'011000000110',

'011000000110']

b = ['000000000000',

'011111111000',

'011000000110',

'011111111000',

'011000000110',

'011111111000']

c = ['000000000000',

'000111111000',

'011000000110',

'011000000000',

'011000000110',

'000111111000']

d = ['000000000000',

'011111111000',

'011000000110',

'011111111000']

e = ['000000000000',

'011111111110',

'011000000000',

'011111111100',

'011000000000',

'011111111110']

f = ['000000000000',

'011111111110',

'011000000000',

'011111111100',

'011000000000',

'011000000000']

g = ['000000000000',

'000111111000',

'011000000110',

'011000000000',

'011000011110',

'011000000110',

'000111111000']

h = ['000000000000',

'011000000110',

'011111111110',

'011000000110',

'011000000110']

i = ['000000000000',

'000111111000',

'000001100000',

'000111111000']

j = ['000000000000',

'000001111110',

'000000011000',

'011000011000',

'000111100000']

k = ['000000000000',

'011000000110',

'011000011000',

'011001100000',

'011110000000',

'011001100000',

'011000011000',

'011000000110']

l = ['000000000000',

'011000000000',

'011111111110']

m = ['000000000000',

'011000000110',

'011110011110',

'011001100110',

'011000000110',

'011000000110']

n = ['000000000000',

'011000000110',

'011110000110',

'011001100110',

'011000011110',

'011000000110',

'011000000110']

o = ['000000000000',

'000111111000',

'011000000110',

'000111111000']

p = ['000000000000',

'011111111000',

'011000000110',

'011111111000',

'011000000000',

'011000000000']

q = ['000000000000',

'000111111000',

'011000000110',

'011001100110',

'011000011000',

'000111100110']

r = ['000000000000',

'011111111000',

'011000000110',

'011111111000',

'011001100000',

'011000011000',

'011000000110']

s = ['000000000000',

'000111111110',

'011000000000',

'000111111000',

'000000000110',

'011111111000']

t = ['000000000000',

'011111111110',

'000001100000',

'000001100000']

u = ['000000000000',

'011000000110',

'000111111000']

v = ['000000000000',

'011000000110',

'000110011000',

'000001100000']

w = ['000000000000',

'011000000110',

'011001100110',

'000110011000']

x = ['000000000000',

'011000000110',

'000110011000',

'000001100000',

'000110011000',

'011000000110',

'011000000110']

y = ['000000000000',

'011000000110',

'000110011000',

'000001100000',

'000001100000']

z = ['000000000000',

'011111111110',

'000000000110',

'000000011000',

'000001100000',

'000110000000',

'011000000000',

'011111111110']

sp = ['000000000000',

'000000000000',

'000000000000']

n0 = ['000000000000',

'000111111000',

'011000000110',

'011000011110',

'011001100110',

'011110000110',

'011000000110',

'000111111000']

n1 = ['000000000000',

'000001100000',

'000111100000',

'000001100000',

'000111111000']

n2 = ['000000000000',

'000111111000',

'011000000110',

'000000000110',

'000000011000',

'000001100000',

'000110000000',

'011111111110']

n3 = ['000000000000',

'011111111110',

'000000011000',

'000001100000',

'000000011000',

'000000000110',

'011000000110',

'000111111000']

n4 = ['000000000000',

'000000011000',

'000001111000',

'000110011000',

'011000011000',

'011111111110',

'000000011000',

'000000011000']

n5 = ['000000000000',

'011111111110',

'011000000000',

'011111111000',

'000000000110',

'011000000110',

'000111111000']

n6 = ['000000000000',

'000001111000',

'000110000000',

'011000000000',

'011111111000',

'011000000110',

'000111111000']

n7 = ['000000000000',

'011111111110',

'000000000110',

'000000011000',

'000001100000',

'000110000000',

'000110000000']

n8 = ['000000000000',

'000111111000',

'011000000110',

'000111111000',

'011000000110',

'000111111000']

n9 = ['000000000000',

'000111111000',

'011000000110',

'000111111110',

'000000000110',

'000000011000',

'000111100000']

s0 = ['000000000000',

'000111111000',

'011000000110',

'000000000110',

'000000011000',

'000001100000',

'000000000000',

'000001100000']

s1 = ['000000000000',

'000001100000',

'000000000000',

'000001100000']

s2 = ['000000000000',

'000000000000',

'000001100000',

'000001100000']

s3 = ['000000000000',

'000000000000',

'000001100000']

s4 = ['000000000000',

'000000000000',

'001111111100',

'000000000000',

'000000000000']

s5 = ['000000000000',

'000000000000',

'000001100000',

'011111111110',

'000001100000',

'000000000000']

ascii_alph = [a, b, c, d, e, f, g, h, i, j, k, l, m, n, o, p, q, r, s, t, u, v, w, x, y, z,

sp, n0, n1, n2, n3, n4, n5, n6, n7, n8, n9,

s0, s1, s2, s3, s4, s5, s5]

#---END------Lists for the formation of the letters----------------

res = ''

dont_use =''

alph = 'abcdefghijklmnopqrstuvwxyz 0123456789?!,.-+'

text_error = 'Print Successful.\n Your text :'

text_input = text_input.lower()

your_text = text_input

#-----------Processing errors in text_input-----------------

# 1. If nothing is entered

if text_input == '':

text_input = 'none text'

your_text = "You don't input text."

# 2. Checking for a character in the alphabet

try:

for char in text_input.lower():

# 3. if there is no character in the alphabet function returns an error(ValueError)

alph.index(char)

#------error Processing(ValueError)----

except ValueError:

text_error = '''

Error input.

1. Use A-Z a-z, 0-9, ?!,.-+, for your input.

Your text: '''

# changing text_input

text_input = 'error'

#---END---error Processing(ValueError)------

finally:

# Outputs the generated string

print(text_error+your_text+dont_use)

if inline:

res = ''

print_res = ''

for i in range(0, 8):

for char in text_input:

ch_ascii = ascii_alph[alph.index(char)]

res += ch_ascii[i]

res += '\n'

for char in res:

if char == '0':

print_res += symbol_bg

elif char == '1':

print_res += symbol_char

elif char == '\n':

print_res += '\n'

print(print_res)

else:

for char in text_input:

ch_ascii = ascii_alph[alph.index(char)]

for i in ch_ascii:

for t in i:

for char in t:

if char == '0':

res += symbol_bg

elif char == '1':

res += symbol_char

print(res)

res = ''

#---END-----Processing errors in input-----------------

#-----END---------Function print_text_in_symbol------------

#---Set for select characters-------------------------------

ch ='XO#@'

ch_bg = '.`'

#---Random selection of a set of characters----------------

rand_ch = ch[randrange(len(ch))]

rand_bg = ch_bg[randrange(len(ch_bg))]

#User input----------------------------------------

text_input = input()

print("Please leave a like if you enjoyed!\n")

# print("print in a horizontal line".upper())

#print_text_in_symbol(text_input, rand_ch, rand_bg, inline = True)

print("print in a vertical line".upper())

print_text_in_symbol(text_input, rand_ch, rand_bg, inline = False)

Output:

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Create Ping Pong Game in Python

Ping Pong Game: Table tennis , also known as ping-pong and whiff-whaff , is a sport in which two or four players hit a lightweight ball, also known as the ping-pong ball, back and forth across a table using small rackets. The game takes place on a hard table divided by a net. Except for the initial serve, the rules are generally as follows: players must allow a ball played toward them to bounce once on their side of the table and must return it so that it bounces on the opposite side at least once. A point is scored when a player fails to return the ball within the rules. Play is fast and demands quick reactions. Spinning the ball alters its trajectory and limits an opponent's options, giving the hitter a great advantage. We can make it using pygame but I keep it more simple we will create this game using only the turtle module so let's drive into the code without wasting any time Code: # Import required library import turtle # Create screen sc = turtle . Screen () sc .

Creation Code

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