Python Pandas Timedelta.delta Attribute

Timedelta is a subclass of datetime.timedelta, and it performs similarly. It’s Pandas’ version of Python’s datetime.timedelta. In most circumstances, it is interchangeable with it.

Pandas Timedelta.delta Attribute:

In pandas.Timedelta, the Timedelta.delta attribute gives the timedelta in nanoseconds.

Syntax:

Timedelta.delta

Parameters: It has no arguments

Return Value:

The timedelta in nanoseconds is returned by the Timedelta.delta attribute of the pandas module.

Pandas Timedelta.delta Attribute in Python

Example1

Approach:

Import pandas module using the import keyword.
Pass some random Timestamp in the format(days, hours, minutes, seconds, milliseconds, microseconds, nanoseconds) to the Timedelta() function of the pandas module to get the Timedelta object.
Store it in a variable
Print the above obtained Timedelta object
Apply delta attribute on the above Timedelta object to get the Timedelta in nanoseconds.
The Exit of the Program.

Below is the implementation:

# Import pandas module using the import keyword.
import pandas as pd
# Pass some random Timestamp in the format(days, hours, minutes, seconds,
# milliseconds, microseconds, nanoseconds) to the Timedelta() function of 
# the pandas module to get the Timedelta object.
# Store it in a variable
timedelta_obj = pd.Timedelta('7 days 10:15:08.13010') 
# Print the above obtained Timedelta object
print("The above obtained Timedelta object:", timedelta_obj) 
print()
# Apply delta attribute on the above Timedelta object to get the 
# Timedelta in nanoseconds.
print("The Timedelta in nanoseconds:")
print(timedelta_obj.delta)

Output:

The above obtained Timedelta object: 7 days 10:15:08.130100

The Timedelta in nanoseconds:
641708130100000

Example2

Here only days, minutes are passed as arguments.

Approach:

Import pandas module using the import keyword.
Pass some random Timestamp in the format(days, minutes) to the Timedelta() function of the pandas module to get the Timedelta object.
Store it in a variable
Print the above obtained Timedelta object.
Apply delta attribute on the above Timedelta object to get the Timedelta in nanoseconds.
The Exit of the Program.

Below is the implementation:

# Import pandas module using the import keyword.
import pandas as pd
# Pass some random Timestamp in the format(days, minutes) to the Timedelta() 
# function of the pandas module to get the Timedelta object.
# Store it in a variable
timedelta_obj = pd.Timedelta('6 days 30 minutes') 
# Print the above obtained Timedelta object
print("The above obtained Timedelta object:", timedelta_obj) 
print()
# Apply delta attribute on the above Timedelta object to get the 
# Timedelta in nanoseconds.
print("The Timedelta in nanoseconds:")
print(timedelta_obj.delta)

Output:

The above obtained Timedelta object: 6 days 00:30:00

The Timedelta in nanoseconds:
520200000000000

Example3

# Import pandas module using the import keyword.
import pandas as pd
# Pass some random Timestamp in the format(days, minutes, milliseconds) to the Timedelta() 
# function of the pandas module to get the Timedelta object.
# Store it in a variable
timedelta_obj = pd.Timedelta(days=12,  minutes=15, milliseconds=20) 
# Print the above obtained Timedelta object
print("The above obtained Timedelta object:", timedelta_obj) 
print()
# Apply delta attribute on the above Timedelta object to get the 
# Timedelta in nanoseconds.
print("The Timedelta in nanoseconds:")
print(timedelta_obj.delta)

Output:

The above obtained Timedelta object: 12 days 00:15:00.020000

The Timedelta in nanoseconds:
1037700020000000

Pandas Timedelta.delta Attribute in Python

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