TUPLE OPERATIONS
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Traversing on The Tuple Data:
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Using while loop:
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Syntax:
	initialization
	while condition with loops:
		block of operation
		Update statement

# Traversing on Tuple using while loop in forward direction

td = eval(input("Enter a tuple data:"))

length = len(td)

index = 0

while index < length:
    # print("The Element at positive index %s is = %s"%(index,td[index]))
    # print("The Element at negative index %s is = %s"%(index-length,td[index]))
    print("The Element at %s and at %s is = %s"%(index,index-length,td[index]))
    index += 1

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# Traversing on Tuple using while loop in reverse direction

td = eval(input("Enter a tuple data:"))

length = len(td)

index = -1

while index >= -length:
    print("The Element at {} and at {} is = {}".format(index + length,index,td[index]))
    index -= 1

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Using for loop:
===============
Syntax:
	for loop-var in tuple-name:
		block of operation

# Traversing on tuple data using for loop in forward direction

td = eval(input("Enter a tuple data:"))

index = 0

for i in td:
    print("The Element at %s and at %s is = %s"%(index,index-len(td),i))
    index = index + 1

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Counting the Occurrences of the element in a tuple:
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count():
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Syntax:
	tuple-data-name.count(Tuple-element)

If the specified element is in the given tuple, count() can return: "Number of Occurrences".
If the specified element is not in the given tuple, count() can return: '0'

# Counting the number of Occurrences of element in a tuple

td = (1,2,3,4,5,1,3,5,7,9)

print(td.count(0))
print(td.count(1))
print(td.count(2))

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Finding the Element in a tuple:
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index():
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is an inbuilt method, which we can use to find the first occurrence of the specified element in the given tuple.

Syntax:
	tuple-data-name.index(tuple-element)

# Finding the element in a tuple

td = (1,3,5,7,9,1,2,3,4,5,1,2,3,4,5)

print(td.index(5))  # 2
# print(td.index(100))

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Sorting of Tuple data:
======================
sorted():
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Forward Sorting: Arranging from low to high ==> Ascending Order Arrangement
Syntax:
	sorted(tuple-data-name)

Reverse Sorting: Arranging from high to low ==> Descending Order Arrangement
Syntax:
	sorted(tuple-data-name, reverse = True)

# Sorting Operation

td = eval(input("Enter a tuple data:"))

# Forward Sorting

print("The Tuple Before the sorting operation is = ")
print(td)

ts = sorted(td)

print("The Tuple After the sorting is = ")
print(tuple(ts))

# Reverse Sorting
tr = sorted(td,reverse = True)
print("The Tuple After the sorting is = ")
print(tuple(tr))

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Finding of Minimum and Maximum from the collections:
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min()
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is an inbuilt method which we can use to find the minimum from the given collection.
Syntax:
	min(collection-name)

max()
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is an inbuilt method which we can use to find the maximum from the given collection.
Syntax:
	max(collection-name)

# Finding minimum and maximum of collection:

sd = input("Enter a string data:")
ld = eval(input("Enter a list data:"))
td = eval(input("Enter a tuple data:"))

print("The Minimum values are:")
print(min(sd));print(min(ld));print(min(td))

print("The Maximum Values are:")
print(max(sd));print(max(ld));print(max(td))

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Tuple Packing and Unpacking:
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Creating of a tuple from individual data elements is called as "Tuple Packing".
Syntax:
	tuple-data-name = name1,name2,name3,name4,...

The tuple data can divide into individual elements is called as "Tuple Unpacking".
Syntax:
	name1,name2,name3,... = tuple-data-name

# Packing and Unpacking

# Tuple Packing:

a = 100
b = 121.234
c = 12-23j
d = True
e = "Python"

td = a,c,d,b,e

print(type(td))
print(td)

# Tuple Unpacking:

p,q,r,s,t = td

print(p);print(q);print(r);print(s);print(t)

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Assignment:
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1) WAP TO TAKE THE TUPLE AS AN INPUT AND TRAVERSE ON THE GIVEN TUPLE IN REVERSE DIRECTION AND PRINT THE ELEMENTS OF TUPLE FROM RIGHT TO LEFT ALONG WITH BOTH +EVE AND -EVE INDEXES.
2) WAP TO TAKE A TUPLE DATA AS AN INPUT AND FIND THE LENGTH OF THE TUPLE WITHOUT len().
3) WAP TO TAKE A TUPLE AND PRINT THE TUPLE IN REVERSE.