Python3 99 multiplication Table Print fancy operation (and egg)

# 99 Multiplication Table
# method One
# for I in range (1, 10):
# for J in range (1, i+1):
# print (' {}x{}={}\t '. Format (i, J, I*j), end= ")
# print ()

# method Two,
# print (' \ n '. Join (['%s*%s=%-2s '% (j,i,i*j) for J in Range (1,i+1)])-For I in range (1,10)])
#
# method Three,
# print (' \ n '. Join ('. {}*{}={} '. Format (i,j,i*j) for I in Range (1,j+1)])
# for J in Range (1,10)))

# method Four rectangular full format output 99 multiplication table
# for I in Range (1,10):
# for J in Range (1,10):
# print ("%d*%d=%2d"% (i,j,i*j), end= "")
# print ("")

# method Five left upper triangular format output 99 multiplication table
# for I in Range (1,10):
# for J in Range (i,10):
# print ("%d*%d=%2d"% (i,j,i*j), end= "")
# print ("")

# method six right upper triangular format output 99 multiplication table 
 # for I in Range (1,10): 
 # for K in range (1,i): 
 # print (end= "") 
 # for J in Range (i,10): 
 # print ("%d*%d=%2d "% (i,j,i*j), end=" ") 
 # print ("") 
  
 # method seven right lower triangular format output 99 multiplication table 
 # for I in Range (1,10): 
 # for K in range (1,10-i): 
 # print (end= "") 
 # for J in Range (1,i+1): 
 # product=i*j 
 # print ("%d*%d=%2d"% (i,j,product), end= "") 
 Span style= "COLOR: #808080" ># print ("") 
 
 #方法八 while loop 
        

 i=1 
 while i<=9: 
 J=1 
  while j<=i: 
 Print ("%d*%d=%-2d "% (i ,j,i*j) ,end=\t") 
 j+= 1 
  print ( "\n ") 
 I+=1     

< Span style= "COLOR: #808080" > < Span style= "COLOR: #808080" > < Span style= "COLOR: #808080" > < Span style= "COLOR: #808080" >&NBSP;         

Python3 99 multiplication Table Print fancy operation (and egg)