# tuplevar1 = ("a","b","c")
# tuplevar2 = "a","b","c"
# print(tuplevar1)
# print(tuplevar2)
# print(("a","b","c"))
# print("a","b","c")
#
# #tuples are immutable objects,meaning they cannot be changed/altered ,
#they can only be assigned
# welcome = "hi","hello",2018
# print(welcome)
# print(welcome[0])
# #the below line of code will give an error ,since we are trying to alter the tuple
# # welcome[0]="hii"
# print(welcome)
#
# tupvar1 = "hi","ji"
# print(tupvar1)
# tupvar2 = welcome[1],tupvar1[0],2019
# print(tupvar2)
#
# #where as the list object can be altered like below
# listvar1 = ["hi","hello",2020]
# print(listvar1)
# listvar1[0]="Hii"
# print(listvar1)
#right side expression is evaluated first
# a , b = 1,2
# print(a,b)
# c=d=e=f=2
# print(c,d,e)
# a,b =b,a
# print(a,b)
#
# albumtuplevar1 = "muthu","rahman",2000
# print(albumtuplevar1)
# title,composer,year =albumtuplevar1
# print(title)
# print(composer)
# print(year)
#the below piece of code will throw an error like ValueError: not enough values
#to unpack (expected 4, got 3)
# var1,var2,var3,var4=albumtuplevar1
# print(var1)
# print(var2)
# print(var3)
# print(var4)
#the below piece of code will throw an error likeValueError:
#too many values to unpack (expected 2
# var1,var2=albumtuplevar1
# print(var1)
# print(var2)
#append work in tuple
# albumtuplevar1.append("Action")
#tuple inside tuple
# albumtuplevar1 = "muthu","rahman",2000,((1,"oruvan oruvan"),(2,"kuluvall"),(3,"vidukathaya"))
# print(albumtuplevar1)
# title,composer,year,tracks =albumtuplevar1
# print(title)
# print(composer)
# print(year)
# print(tracks)
# albumtuplevar2 = "muthu","rahman",2000,(1,"oruvan oruvan"),(2,"kuluvall"),(3,"vidukathaya")
# print(albumtuplevar2)
# title,composer,year,track1,track2,track3 =albumtuplevar2
# print(title)
# print(composer)
# print(year)
# print(track1)
# print(track2)
# print(track3)
#
# #printing the tracks w/o knowing the count
# title,composer,year,tracks =albumtuplevar1
# print(title)
# print(composer)
# print(year)
# for song in tracks:
# no,songtitle = song
# print("songno-{},songtitle-{}".format(no,songtitle))
# print(song)
#mutable object inside a tuple can be altered,like the below example the list
#inside the tuple can be changed
albumtuplevar3 = "muthu","rahman",2000,[(1,"oruvan oruvan"),(2,"kuluvall"),(3,"vidukathaya")]
print(albumtuplevar3)
print(albumtuplevar3[3])
albumtuplevar3[3].append((4,"thillana thillana"))
print(albumtuplevar3)
for song in albumtuplevar3[3]:
no,songtitle = song
print("songno-{},songtitle-{}".format(no,songtitle))
title,composer,year,tracks =albumtuplevar3
tracks.append((5,"kokku seva kokku"))
print(albumtuplevar3)
for song in tracks:
no,songtitle = song
print("songno-{},songtitle-{}".format(no,songtitle))
Wednesday, 7 February 2018
Python Tuples - Day 5(posted next day)
Python List part2 and range part1 - Day3(posted next day)
#list inside a list
# menu = [];
# menu.append(["egg","milk","spam"])
# menu.append(["egg","milk","spam","bacon"])
# menu.append(["egg","milk"])
#
# for menuilist in menu:
# if "spam" not in menuilist:
# print(menuilist)
# for menuitem in menuilist:
# print(menuitem)
#few examples of iterables are String,List
#iterator,for loop already handles this function automatically
stringvar = "12345asd"
my_iterator = iter(stringvar)
print(my_iterator)
print(next(my_iterator))
print(next(my_iterator))
print(next(my_iterator))
print(next(my_iterator))
print(next(my_iterator))
print(next(my_iterator))
print(next(my_iterator))
print(next(my_iterator))
#will print an error if it exceeds the last iterable
# print(next(my_iterator))
daysinweekvar = ["Sun","Mon","Tue","Wed","Thurs","Fri","Sat",]
# for i in daysinweekvar:
# print(i)
print(len(daysinweekvar))
daysinweekitervar = iter(daysinweekvar)
for i in range(0,len(daysinweekvar)):
print(next(daysinweekitervar))
print (range(0,100))
print (range(100))
print (list(range(0,100)))
print (list(range(100)))
print (list(range(0,100,2)))
oddvar1 = range(1,100,2)
oddlistvar1 = list(range(1,100,2))
print(oddvar1)
print(oddlistvar1)
print(oddvar1.index(9))
print(oddlistvar1.index(9))
print(oddvar1[2])
print(oddlistvar1[2])
sevens = range(7,10000,7)
var2 = int(input("enter any no less than 10k"))
for var3 in sevens:
if var2 == var3:
print("{} is divisble by 7".format(var2))
Monday, 5 February 2018
Python List part1 - Day2
# ipaddress = input("enter a ip address \n")
# print (ipaddress.count("."))
#
# parrot_list = ["no more","a stiff"]
# print (parrot_list)
# parrot_list.append("green")
# print (parrot_list)
#
# for var in parrot_list:
# print (var)
#
# evenno = [2,4,4,6,8]
# odd = [1,3,5,7]
#
# print (evenno + odd)
# print (sorted(evenno + odd))
# numbers = evenno + odd
# #if u try the below code it wont return the sorted values,
# #because it will update the list and returns none as result
# #you can use sorted function if it has to be sorted at the time,but not
# #the original list itself
# # print (numbers.sort())
# numbers.sort()
# print (numbers)
# unsortednos = evenno + odd
# sortednos = (sorted(evenno + odd))
#
# #comparison wont be equal even if we have the same list items but in different order
# if sortednos == unsortednos:
# print ("equal")
# else:
# print ("not equal")
#
#
# if sortednos == sorted(unsortednos):
# print ("equal")
# else:
# print ("not equal")
# list_1= []
# list_2 = list()
# print ("list1 : {}".format(list_1))
# print ("list2 : {}".format(list_2))
#
# if list_1 == list_2:
# print ("equal")
# else:
# print ("not equal")
#
# print (list("welcome to the world of lists"))
#list is a constructor
# evenno = [2,4,6]
# anotherevenno = evenno
# print(anotherevenno is evenno)
# anotherevenno.sort(reverse=True)
# #below will print the same ,although we changed the different list,because
# #they are same
# print(evenno)
#
#
# evenno1= [2,4,6]
# anotherevenno1 = list(evenno1)
# print(anotherevenno1 is evenno1)
# print(anotherevenno1 == evenno1)
# anotherevenno.sort(reverse=True)
# #below will print different ,since they are 2 different list
# print(evenno1)
even1= [2,4,6,8,10]
odd1= [1,3,5,7,9]
allnos = [even1,odd1]
print(allnos)
for numberset in allnos:
print(numberset)
for val in numberset:
print(val)
Sunday, 4 February 2018
Started Python and Continued - Day1
# for i in [10]:
# print ("now the value of i is {}".format(i))
# i = 0
# while i <10:
# print ("now the value of i is {}".format(i))
# i = i+1
#
# #good example for while loop is below
# exitoptions = ["east","northeast"]
# youroption = ""
# while youroption not in exitoptions:
# youroption = input("please enter your exit direction \n")
# if youroption =="quit":
# print("game over")
# break
# else:
# print("aren't you glad that you are out from there")
# Guess number game using if
# import random
# highest = 10
# random = random.randint(1,highest)
# # print(random)
# answer = 1
# answer = int(input ("Guess any number between 1 and {} \n".format(highest)))
# if (answer==random):
# print("you guessed it corectly \n")
# elif (answer>random):
# answer = int(input("guess lesser no \n"))
# if (answer==random):
# print("you guessed it corectly \n")
# elif (answer<random):
# answer = int(input("guess higher no \n"))
# if (answer==random):
# print("you guessed it corectly \n")
# Guess number game using whileloop
import random
# highest = 10
# random = random.randint(1,highest)
# print(random)
# guessallowed = 5
# guesstime = 1
# guessedno = int(input("guess a no between 1 and {}\n".format(highest)))
# while guesstime <guessallowed and random!=guessedno:
# guessedno = int(input("guess one more time\n"))
# guesstime = guesstime + 1
# if (random == guessedno):
# print("you guessed it at {}- guess".format(guesstime))
# else:
# print("sorry")
Saturday, 3 February 2018
Power Of Consistency
IF YOU WANT TO BE TAKEN SERIOUSLY BE CONSISTENT
Monday, 3 July 2017
Quotes That I Love
Doing the same thing again and again,but expecting different results every time -Height of insanity
Every Day above the Earth is the Good Day.
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