- Before going to the program, I wiil show you the output first
Enter your Name
shashank
**** * * * **** * * * * * * *
* * * * * * * * * * ** * * *
*** ***** * * *** ***** * * * * * ***
* * * ***** * * * ***** * ** * *
**** * * * * **** * * * * * * * *
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If we write a code for every letters in a single code it might may become lengthy. even though we write in seperate functions 26 functions need to write.
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I write the single letter code in a seperate file and 26 file contains a seperate code of that letter apart from that another file has been taken to run main program which will get together all these files into one.
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Only disadvantage of this approach is we need 27 files to execute but we learn a new thing i.e., how can we call a method which is present at different file.
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For this project we need to take a seperate folder, Inside that single folder only we need to create a 26 files for letters and 1 main file.
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I have imported a file using import as shown below
from A import *
# A is a python file of format '.py' and * means everything in file A has been imported
- Note that I have written every code in a seperate file
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code for pattern A. This code in file A.py
def A():
print_A = [[" " for i in range(5)] for j in range(5)] #empty two dimensional list of range 5x5
for row in range(5):
for col in range(5):
if((row >= 2 and col == 0)or(row==1 and col==1)or(row==0 and col==2)or(row >= 2 and col == 4)or (row==3)or(row==1 and col==1) or (row==1 and col==3)or(row==0 and (col==2))):
print_A[row][col]= "*" #storing a pattern of A
return print_A #returning pattern
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code for pattern B. This code in file B.py
def B():
print_B = [[" " for i in range(5)] for j in range(5)]
for row in range(5):
for col in range(5):
if(col == 0 or (row == 0 and col!=4) or (row == 1 and col ==4)or(row == 4 and col != 4)or(row == 3 and col == 4)or(row == 2 and col != 4)):
print_B[row][col]="*"
return print_B
- Like above I have wriiten 26 code A-Z in seperate file.You can make your own code to look alphabets more attractive.
- The main program code. This code is also in the same folder and I named this as main.py
#importing files
from A import *
from B import *
from C import *
from D import *
from E import *
from F import *
from G import *
from H import *
from I import *
from J import *
from K import *
from L import *
from M import *
from N import *
from O import *
from P import *
from Q import *
from R import *
from S import *
from T import *
from U import *
from V import *
from W import *
from X import *
from Y import *
from Z import *
#function to find the input character and to call the respective code for that input text
def pattern():
for i in range(len(name)):
if(name[i] == 'A'):
list1 = A() #calling a function A() which is present at file A.py
list.append(list1)
elif(name[i] == 'B'):
list1 = B()
list.append(list1)
elif(name[i] == 'C'):
list1 = C()
list.append(list1)
elif(name[i] == 'D'):
list1 = D()
list.append(list1)
elif(name[i] == 'E'):
list1 = E()
list.append(list1)
elif(name[i] == 'F'):
list1 = F()
list.append(list1)
elif(name[i] == 'G'):
list1 = G()
list.append(list1)
elif(name[i] == 'H'):
list1 = H()
list.append(list1)
elif(name[i] == 'I'):
list1 = I()
list.append(list1)
elif(name[i] == 'J'):
list1 = J()
list.append(list1)
elif(name[i] == 'K'):
list1 = K()
list.append(list1)
elif(name[i] == 'L'):
list1 = L()
list.append(list1)
elif(name[i] == 'M'):
list1 = M()
list.append(list1)
elif(name[i] == 'N'):
list1 = N()
list.append(list1)
elif(name[i] == 'O'):
list1 = O()
list.append(list1)
elif(name[i] == 'P'):
list1 = P()
list.append(list1)
elif(name[i] == 'Q'):
list1 = Q()
list.append(list1)
elif(name[i] == 'R'):
list1 = R()
list.append(list1)
elif(name[i] == 'S'):
list1 = S()
list.append(list1)
elif(name[i] == 'T'):
list1 = T()
list.append(list1)
elif(name[i] == 'U'):
list1 = U()
list.append(list1)
elif(name[i] == 'V'):
list1 = V()
list.append(list1)
elif(name[i] == 'W'):
list1 = W()
list.append(list1)
elif(name[i] == 'Y'):
list1 = Y()
list.append(list1)
elif(name[i] == 'Y'):
list1 = Y()
list.append(list1)
elif(name[i] == 'Z'):
list1 = Z()
list.append(list1)
return list
name = input("Enter your Name\n")
name = name.upper() #it will make all the code to uppercase
list = [] #Empty list which will give output in pattern
list1 = pattern() #this list stores the pattern
for i in range(5): #row
for j in range(len(list1)): #coloumn
for k in range(5): #coloumn to start next letter
print(list[j][i][k],end="")
print(end=" ") #space betweeen every letter
print()
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We can alter the code in many ways.
