Python Articles - Page 343 of 1048

To display the keyword arguments applied on the given BusinessDay Offset object, use the BusinessDay.kwds property in Pandas.At first, import the required libraries −import datetime import pandas as pdSet the timestamp object in Pandas −timestamp = pd.Timestamp('2021-10-30 01:55:02.000045') Create the BusinessDay Offset. BusinessDay is the DateOffset subclass −bdOffset = pd.tseries.offsets.BusinessDay(offset = datetime.timedelta(hours = 7, minutes = 7))Display the Updated Timestamp −print("Updated Timestamp...", timestamp + bdOffset) Display the keyword arguments −print("Keyword arguments on the given BusinessDay Offset...", bdOffset.kwds)ExampleFollowing is the code −import datetime import pandas as pd # Set the timestamp object in Pandas timestamp = pd.Timestamp('2021-10-30 01:55:02.000045') # ... Read More

To return frequency applied on the given BusinessDay Offset object as a string, use the BusinessDay.freqstr property in Pandas.At first, import the required libraries −import datetime import pandas as pdSet the timestamp object in Pandas −timestamp = pd.Timestamp('2021-1-1 01:55:02.000045')Create the BusinessDay Offset. BusinessDay is the DateOffset subclass −bdOffset = pd.tseries.offsets.BusinessDay(offset = datetime.timedelta(days = 7, hours = 7, minutes = 7))Display the Updated Timestamp −print("Updated Timestamp...", timestamp + bdOffset)Return the frequency applied on the given BusinessDay object as a string −print("Frequency on the given BusinessDay Offset...", bdOffset.freqstr)ExampleFollowing is the code −import datetime import pandas as pd # Set the timestamp ... Read More

To create a BusinessDay offset, use the pd.tseries.offsets.BusinessDay() method in Pandas. At first, import the required libraries −import datetime import pandas as pdCreate the BusinessDay Offset. BusinessDay is the DateOffset subclass −bdOffset = pd.tseries.offsets.BusinessDay(offset = datetime.timedelta(days = 7, hours = 7, minutes = 7))Display the BusinessDay Offset −print("BusinessDay Offset...", bdOffset) Set the timestamp object in Pandas −timestamp = pd.Timestamp('2021-1-1 01:55:02.000045')Display the Updated Timestamp −print("Updated Timestamp...", timestamp + bdOffset) ExampleFollowing is the code −import datetime import pandas as pd # Set the timestamp object in Pandas timestamp = pd.Timestamp('2021-1-1 01:55:02.000045') # Display the Timestamp print("Timestamp...", timestamp) # Create ... Read More

To check if the given DateOffset is Anchored, use the offset.is_anchored() method in Pandas. At first, import the required libraries −from pandas.tseries.frequencies import to_offset import pandas as pdSet the timestamp object in Pandas −timestamp = pd.Timestamp('2021-09-26 03:25:02.000045') Create the DateOffset. We are using the Anchored offset i.e. weekly frequency here for Tuesday −offset = to_offset("W-TUE")Display the Updated Timestamp −print("Updated Timestamp...", timestamp + offset) Check whether the DateOffset is anchored −print("Check whether the DateOffset is anchored...", offset.is_anchored())ExampleFollowing is the code −from pandas.tseries.frequencies import to_offset import pandas as pd # Set the timestamp object in Pandas timestamp = pd.Timestamp('2021-09-26 03:25:02.000045') ... Read More

To return the count of increments applied on the given DateOffset object, use the offset.n property in Pandas. At first, import the required libraries −from pandas.tseries.frequencies import to_offset import pandas as pdSet the timestamp object in Pandas −timestamp = pd.Timestamp('2021-09-26 03:25:02.000045') Create the DateOffset. We are incrementing the months here using the "M" frequency −offset = to_offset("5M")Display the Updated Timestamp −print("Updated Timestamp...", timestamp + offset) Return the count of increments on the given DateOffset object −print("The count of increments on the DateOffset object..", offset.n)ExampleFollowing is the code −from pandas.tseries.frequencies import to_offset import pandas as pd # Set the timestamp ... Read More

To return the rule code applied on the given DateOffset object, use the offset.rule_code in Pandas. At first, import the required libraries −from pandas.tseries.frequencies import to_offset import pandas as pdSet the timestamp object in Pandas −timestamp = pd.Timestamp('2021-09-26 03:25:02.000045') Create the DateOffset. We are incrementing the months here using the "M" frequency −offset = to_offset("3M")Display the Updated Timestamp −print("Updated Timestamp...", timestamp + offset) Return the rule code of the frequency applied on the given DateOffset object −print("The rule code of the DateOffset object..", offset.rule_code)ExampleFollowing is the code −from pandas.tseries.frequencies import to_offset import pandas as pd # Set the timestamp ... Read More

To check whether the DateOff set value has been normalized or not, use the offset.normalize property in Pandas.At first, import the required libraries −from pandas.tseries.offsets import DateOffset import pandas as pdSet the timestamp object in Pandas −timestamp = pd.Timestamp('2021-09-26 03:25:02.000045') Create the DateOffset. Incrementing the months here using the "months" parameter. We have normalized the DateOffset using the "normalize" parameter −offset = pd.tseries.offsets.DateOffset(months=4, normalize=True)Display the Updated Timestamp −print("Updated Timestamp...", timestamp + offset) Check whether the DateOffset is normalized or not −print("The DateOffset is normalized..", offset.normalize)ExampleFollowing is the code −from pandas.tseries.offsets import DateOffset import pandas as pd # Set the ... Read More

To return the name of the frequency that is applied on the offset object, use the offset.name property in Pandas. At first, import the required libraries −from pandas.tseries.frequencies import to_offset import pandas as pdSet the timestamp object in Pandas −timestamp = pd.Timestamp('2021-09-26 03:25:02.000045') Create the DateOffset. We are incrementing the months here using the "M" frequency −offset = to_offset("3M")Display the Updated Timestamp −print("Updated Timestamp...", timestamp + offset) Return the name of the frequency applied on the given DateOffset object −print("The name of the frequency on the DateOffset object..", offset.name)ExampleFollowing is the code −from pandas.tseries.frequencies import to_offset import pandas as pd ... Read More

To return the frequency applied on the given DateOffset object, use the offset.freqstr in Pandas. At first, import the required libraries −from pandas.tseries.frequencies import to_offset import pandas as pdSet the timestamp object in Pandas −timestamp = pd.Timestamp('2021-09-26 03:25:02.000045') Create the DateOffset. We are incrementing the days here using the "D" frequency −offset = to_offset("5D")Display the Updated Timestamp −print("Updated Timestamp...", timestamp + offset) Return the frequency applied on the given DateOffset object −print("The frequency on the DateOffset object..", offset.freqstr)ExampleFollowing is the code −from pandas.tseries.frequencies import to_offset import pandas as pd # Set the timestamp object in Pandas timestamp = pd.Timestamp('2021-09-26 ... Read More

To return the number of nanoseconds in the given DateOffset object, use the offset.nanos property in Pandas.At first, import the required libraries −from pandas.tseries.frequencies import to_offset import pandas as pdSet the timestamp object in Pandas −timestamp = pd.Timestamp('2021-08-30 03:08:02.000045') Create the DateOffset. We are incrementing the days here using the "D" frequency −offset = to_offset("5D")Display the Updated Timestamp −print("Updated Timestamp...", timestamp + offset) Return the nanoseconds in the given DateOffset object −print("The number of nanoseconds in the DateOffset object..", offset.nanos)ExampleFollowing is the code − from pandas.tseries.frequencies import to_offset import pandas as pd # Set the timestamp object in Pandas ... Read More