TypeError > not supported between instances of tuple and int

TypeError > not supported between instances of tuple and int #

The Python "TypeError: '>' not supported between instances of 'tuple' and 'int'" occurs when we use a comparison operator between values of type tuple and int. To solve the error, access the tuple at a specific index or compare the tuple's length to an integer.

Here is an example of how the error occurs.

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my_tuple = 2, 4, 6

my_int = 5

# ⛔️ TypeError: '>' not supported between instances of 'tuple' and 'int'
print(my_tuple > my_int)

We used a comparison operator between values of incompatible types (tuple and int) which caused the error.

One way to solve the error is to access a specific item in the tuple.

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my_tuple = 2, 4, 6

my_int = 5

print(my_tuple[0] > my_int)  # 👉️ False

We accessed the tuple item at index 0 (the first item) and compared it to an integer.

If you meant to filter out integers in a tuple based on a comparison, use a list comprehension.

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my_tuple = 2, 4, 6, 8

my_int = 5

new_tuple = tuple([x for x in my_tuple if x > my_int])

print(new_tuple)  # 👉️ (6, 8)

The example shows how to filter out all values in the tuple that are not greater than 5.

If you meant to compare the tuple's length to an integer, use the len() function.

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my_tuple = 2, 4, 6, 8

my_int = 5

print(len(my_tuple) > my_int)  # 👉️ False

print(len(my_tuple))  # 👉️ 4

The len() function returns the length (the number of items) of an object.

The argument the function takes may be a sequence (a string, tuple, list, range or bytes) or a collection (a dictionary, set, or frozen set).

In case you declared a tuple by mistake, tuples are constructed in multiple ways:

• Using a pair of parenthesis () creates an empty tuple
• Using a trailing comma - a, or (a,)
• Separating items with commas - a, b or (a, b)
• Using the tuple() constructor

If you meant to compare the sum of the items in the tuple to an integer, use the sum() function.

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my_tuple = 2, 4, 6, 8

my_int = 5

print(sum(my_tuple) > my_int)  # 👉️ True

print(sum(my_tuple))  # 👉️ 20

The sum function takes an iterable, sums its items from left to right and returns the total.

If you aren't sure what type of object a variable stores, use the built-in type() class.

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my_tuple = 2, 4, 6, 8

print(type(my_tuple))  # 👉️ <class 'tuple'>
print(isinstance(my_tuple, tuple))  # 👉️ True

my_int = 5

print(type(my_int))  # 👉️ <class 'int'>
print(isinstance(my_int, int))  # 👉️ True

The type class returns the type of an object.

The isinstance function returns True if the passed in object is an instance or a subclass of the passed in class.