Compute Time Period#
The compute_time_period
function calculates the time difference between two datetime objects in years, months, and days. It is useful for finding the duration between two dates or timestamps.
compute_time_period() function#
Function#
def compute_time_period(timestamp_1, timestamp_2):
"""
Function to compute the time difference between two timestamps in years, months, and days.
Parameters
----------
timestamp_1 : datetime.datetime
The first timestamp.
timestamp_2 : datetime.datetime
The second timestamp.
Returns
-------
str
A string representing the time difference in years, months, and days.
"""
# Calculate the difference in years, months, and days
year = timestamp_1.year - timestamp_2.year
month = timestamp_1.month - timestamp_2.month
day = timestamp_1.day - timestamp_2.day
# If the month difference is negative, adjust the year and month
if month < 0:
year = year - 1
month = 12 + month
# If the day difference is negative, adjust the day
if day < 0:
day = -day
# Return a string representation of the time difference in years, months, and days
return f'{year} Years {month} Months {day} Days'
Description#
The compute_time_period function computes the time difference between two datetime objects in years, months, and days. It takes two datetime objects as input and returns a string representing the time difference.
Parameters#
timestamp_1 (datetime.datetime): The first timestamp.
timestamp_2 (datetime.datetime): The second timestamp.
Returns#
str: A string representing the time difference in years, months, and days.
import ds4finance as dsf
import datetime
timestamp_1 = datetime.datetime(2023, 4, 21)
timestamp_2 = datetime.datetime(2015, 12, 31)
time_difference = dsf.compute_time_period(timestamp_1, timestamp_2)
time_difference
'7 Years 4 Months 10 Days'
In this example, we use the compute_time_period function to calculate the time difference between two datetime objects, timestamp_1 and timestamp_2. The function returns the time difference as a string: “7 Years 3 Months 21 Days”.