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To create a PeriodIndex, use the pandas.PeriodIndex() method. Get the days of the period using the PeriodIndex.day property.At first, import the required libraries −import pandas as pdCreate a PeriodIndex object. PeriodIndex is an immutable ndarray holding ordinal values indicating regular periods in time. We have set the frequency using the "freq" parameter −periodIndex = pd.PeriodIndex(['2018-07-25', '2019-10-30', '2020-11-20', '2021-09-15', '2022-03-12', '2023-06-18'], freq="D")Display PeriodIndex object −print("PeriodIndex...", periodIndex) Display day from the PeriodIndex object −print("The number of days from the PeriodIndex...", periodIndex.day)ExampleFollowing is the code −import pandas as pd # Create a PeriodIndex object # PeriodIndex is an immutable ndarray holding ordinal ... Read More

To create a PeriodIndex, use the pandas.PeriodIndex() method. To set the frequency, use the freq parameter.At first, import the required libraries −import pandas as pdCreate a PeriodIndex object. PeriodIndex is an immutable ndarray holding ordinal values indicating regular periods in time. We have set the frequency using the "freq" parameter −periodIndex = pd.PeriodIndex(['2021-09-25', '2020-10-30', '2020-11-20'], freq="D") Display PeriodIndex object −print("PeriodIndex...", periodIndex)ExampleFollowing is the code −import pandas as pd # Create a PeriodIndex object # PeriodIndex is an immutable ndarray holding ordinal values indicating regular periods in time # We have set the frequency using the "freq" parameter periodIndex = ... Read More

To create a DataFrame from the TimeDeltaIndex object, use the TimeDeltaIndex to_frame() method. Override the name of the resulting column using the name parameter.At first, import the required libraries −import pandas as pdCreate a TimeDeltaIndex object. We have set the timedelta-like data using the 'data' parameter −tdIndex = pd.TimedeltaIndex(data =['4 day 8h 20min 35us 45ns', '+17:42:19.999999', '9 day 3h 08:16:02.000055', '+22:35:25.000075'])Display TimedeltaIndex −print("TimedeltaIndex...", tdIndex)Create a DataFrame from TimeDeltaIndex object. The original index isn't set in the returned DataFrame using the 'False' parameter. To override the name of the resulting column, we have used the 'name' parameter −print("TimeDeltaIndex to DataFrame...", tdIndex.to_frame(index=False, ... Read More

To create a DataFrame from the TimeDeltaIndex object, use the TimeDeltaIndex to_frame() method. Ignore the original index using the index parameter with value False.At first, import the required libraries −import pandas as pdCreate a TimeDeltaIndex object. We have set the timedelta-like data using the 'data' parameter −tdIndex = pd.TimedeltaIndex(data =['4 day 8h 20min 35us 45ns', '+17:42:19.999999', '9 day 3h 08:16:02.000055', '+22:35:25.000075'])Display TimedeltaIndex −print("TimedeltaIndex...", tdIndex)Create a DataFrame from TimeDeltaIndex object. The original index isn't set in the returned DataFrame using the 'False' parameter −print("TimeDeltaIndex to DataFrame...", tdIndex.to_frame(index=False))ExampleFollowing is the code −import pandas as pd # Create a TimeDeltaIndex object # ... Read More

To perform ceil operation on the TimeDeltaIndex with milliseconds frequency, use the TimeDeltaIndex.ceil() method. For milliseconds frequency, use the freq parameter with value ‘ms’.At first, import the required libraries −import pandas as pdCreate a TimeDeltaIndex object. We have set the timedelta-like data using the 'data' parameter −tdIndex = pd.TimedeltaIndex(data =['4 day 8h 20min 35us 45ns', '+17:42:19.999999', '9 day 3h 08:16:02.000055', '+22:35:25.000075'])Display TimedeltaIndex −print("TimedeltaIndex...", tdIndex)Ceil operation on TimeDeltaIndex date with milliseconds frequency. For milliseconds frequency, we have used 'ms' −print("Performing Ceil operation with milliseconds frequency...", tdIndex.ceil(freq='ms'))ExampleFollowing is the code −import pandas as pd # Create a TimeDeltaIndex object # We ... Read More

To perform ceil operation on the TimeDeltaIndex with microseconds frequency, use the TimeDeltaIndex.ceil() method. For microseconds frequency, use the freq parameter with value ‘us’.At first, import the required libraries −import pandas as pdCreate a TimeDeltaIndex object. We have set the timedelta-like data using the 'data' parameter −tdIndex = pd.TimedeltaIndex(data =['4 day 8h 20min 35us 45ns', '+17:42:19.999999', '9 day 3h 08:16:02.000055', '+22:35:25.000075'])Display TimedeltaIndex −print("TimedeltaIndex...", tdIndex)Ceil operation on TimeDeltaIndex date with microseconds frequency. For microseconds frequency, we have used 'us' −print("Performing Ceil operation with microseconds frequency...", tdIndex.ceil(freq='us'))ExampleFollowing is the code −import pandas as pd # Create a TimeDeltaIndex object # We ... Read More

To perform ceil operation on the TimeDeltaIndex with seconds frequency, use the TimeDeltaIndex.ceil() method. For seconds frequency, use the freq parameter with value ‘S’.At first, import the required libraries −import pandas as pdCreate a TimeDeltaIndex object. We have set the timedelta-like data using the 'data' parameter −tdIndex = pd.TimedeltaIndex(data =['4 day 8h 20min 35us 45ns', '+17:42:19.999999', '9 day 3h 08:16:02.000055', '+22:35:25.000075'])Display TimedeltaIndex −print("TimedeltaIndex...", tdIndex)Ceil operation on TimeDeltaIndex date with seconds frequency. For seconds frequency, we have used 'S' −print("Performing Ceil operation with seconds frequency...", tdIndex.ceil(freq='S'))ExampleFollowing is the code −import pandas as pd # Create a TimeDeltaIndex object # We ... Read More

To perform ceil operation on the TimeDeltaIndex with minutely frequency, use the TimeDeltaIndex.ceil() method. For minutely frequency, use the freq parameter with value ‘T’.At first, import the required libraries −import pandas as pdCreate a TimeDeltaIndex object. We have set the timedelta-like data using the 'data' parameter −tdIndex = pd.TimedeltaIndex(data =['4 day 8h 20min 35us 45ns', '+17:42:19.999999', '9 day 3h 08:16:02.000055', '+22:35:25.000075'])Display TimedeltaIndex −print("TimedeltaIndex...", tdIndex)Ceil operation on TimeDeltaIndex date with minutely frequency. For minutely frequency, we have used 'T' −print("Performing Ceil operation with minutely frequency...", tdIndex.ceil(freq='T'))ExampleFollowing is the code −import pandas as pd # Create a TimeDeltaIndex object # We ... Read More

To perform ceil operation on the TimeDeltaIndex with hourly frequency, use the TimeDeltaIndex.ceil() method. For hourly frequency, use the freq parameter with value ‘H’.At first, import the required libraries −import pandas as pdCreate a TimeDeltaIndex object. We have set the timedelta-like data using the 'data' parameter −tdIndex = pd.TimedeltaIndex(data =['4 day 8h 20min 35us 45ns', '+17:42:19.999999', '9 day 3h 08:16:02.000055', '+22:35:25.000075'])Display TimedeltaIndex −print("TimedeltaIndex...", tdIndex)Performing Ceil operation on TimeDeltaIndex date with hourly frequency. For hourly frequency, we have used 'H' −print("Performing Ceil operation with hourly frequency...", tdIndex.ceil(freq='H'))ExampleFollowing is the code −import pandas as pd # Create a TimeDeltaIndex object # ... Read More

To perform floor operation on the TimeDeltaIndex with milliseconds frequency, use the TimeDeltaIndex.floor() method. For milliseconds frequency, use the freq parameter with value ‘ms’.At first, import the required libraries −import pandas as pdCreate a TimeDeltaIndex object. We have set the timedelta-like data using the 'data' parameter −tdIndex = pd.TimedeltaIndex(data =['5 day 8h 20min 35us 45ns', '+17:42:19.999999', '7 day 3h 08:16:02.000055', '+22:35:25.999999'])Display TimedeltaIndex −print("TimedeltaIndex...", tdIndex)Floor operation on TimeDeltaIndex date with milliseconds frequency. For milliseconds frequency, we have used 'ms' −print("Performing Floor operExampleFollowing is the code −import pandas as pd # Create a TimeDeltaIndex object # We have set the timedelta-like ... Read More