To round the TimeDeltaIndex with microseconds frequency, use the TimeDeltaIndex.round() 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 =['10 day 5h 2 min 3us 10ns', '+22:39:19.999999', '2 day 4h 03:08:02.000045', '+07:20:32.261811624'])Display TimedeltaIndex −print("TimedeltaIndex...", tdIndex)Round operation on TimeDeltaIndex date with microseconds frequency. For microseconds frequency, we have used 'us' −print("Performing round operation with microseconds frequency...", tdIndex.round(freq='us'))ExampleFollowing is the code −import pandas as pd # Create a TimeDeltaIndex object # We have set ... Read More

To round the TimeDeltaIndex with seconds frequency, use the TimeDeltaIndex.round() 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 =['10 day 5h 2 min 3us 10ns', '+22:39:19.999999', '2 day 4h 03:08:02.000045', '+21:15:45.999999'])Display TimedeltaIndex −print("TimedeltaIndex...", tdIndex)Round operation on TimeDeltaIndex date with seconds frequency. For seconds frequency, we have used 'S' −print("Performing round operation with seconds frequency...", tdIndex.round(freq='S'))ExampleFollowing is the code −import pandas as pd # Create a TimeDeltaIndex object # We have set ... Read More

To round the TimeDeltaIndex with minute frequency, use the TimeDeltaIndex.round() method. For minute 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 =['10 day 5h 2 min 3us 10ns', '+22:39:19.999999', '2 day 4h 03:08:02.000045', '+21:15:45.999999'])Round operation on TimeDeltaIndex date with minute frequency. For minute frequency, we have used 'T' −print("Performing round operation with minute frequency...", tdIndex.round(freq='T'))ExampleFollowing is the code −import pandas as pd # Create a TimeDeltaIndex object # We have set the timedelta-like data ... Read More

To round the TimeDeltaIndex with hourly frequency, use the TimeDeltaIndex.round() 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 =['10 day 5h 2 min 3us 10ns', '+22:39:19.999999', '2 day 4h 03:08:02.000045', '+21:15:45.999999'])Display TimedeltaIndex −print("TimedeltaIndex...", tdIndex) Round operation on TimeDeltaIndex date with hourly frequency. For hourly frequency, we have used 'H' −print("Performing round operation with hourly frequency...", tdIndex.round(freq='H'))ExampleFollowing is the code −import pandas as pd # Create a TimeDeltaIndex object # We have ... Read More

Use the to_series() method to create a series from TimeDeltaIndex in Pandas. The index parameter is used to set the index of the resulting series.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 =['10 day 5h 2 min 3us 10ns', '+22:39:19.999999', '2 day 4h 03:08:02.000045', '+21:15:45.999999'])Display TimedeltaIndex −print("TimedeltaIndex...", tdIndex) Convert TimeDeltaIndex to Series and set the index of the resulting series. We have set the index using the "index" parameter −print("TimeDeltaIndex to series with new index...", tdIndex.to_series(index=['Date1', 'Date2', 'Date3', 'Date4']))ExampleFollowing is the code ... Read More

Use the to_series() method to create a series from TimeDeltaIndex in Pandas. The name parameter is used to set the name of the resulting series.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 =['10 day 5h 2 min 3us 10ns', '+22:39:19.999999', '2 day 4h 03:08:02.000045', '+21:15:45.999999'])Display TimedeltaIndex −print("TimedeltaIndex...", tdIndex)Convert TimeDeltaIndex to Series and set the name of the resulting series. The name is set using the 'name' parameter −print("TimeDeltaIndex to series...", tdIndex.to_series(name="DateTime Data"))ExampleFollowing is the code −import pandas as pd # Create ... Read More

To get the length of the Interval, use the interval.length property. At first, import the required libraries −import pandas as pdOpen interval set using the "closed" parameter with value "neither". An open interval (in mathematics denoted by square brackets) does not contains its endpoints, i.e. the open interval [0, 5] is characterized by the conditions 0 < x < 5interval = pd.Interval(5, 20, closed='neither')Display the interval lengthprint("Interval length...", interval.length) ExampleFollowing is the code import pandas as pd # Open interval set using the "closed" parameter with value "neither" # An open interval (in mathematics denoted by square brackets) does ... Read More

To get the left bound for the interval, use the interval.left property. At first, import the required libraries −import pandas as pdUse Timestamps as the bounds to create a time interval. Closed interval set using the "closed" parameter with value "left". Get the left bound for the intervalinterval = pd.Interval(pd.Timestamp('2020-01-01 00:00:00'), pd.Timestamp('2021-01-01 00:00:00'), closed='left') Display the intervalprint("Interval...", interval)Get the left boundprint("The left bound for the Interval...", interval.left) ExampleFollowing is the code import pandas as pd # Use Timestamps as the bounds to create a time interval # Closed interval set using the "closed" parameter with value "left" # Get ... Read More

To check if an interval set as open is empty, use the interval.is_empty property. At first, import the required libraries −import pandas as pdOpen interval set using the "closed" parameter with value "neither". An open interval (in mathematics denoted by square brackets) does not contains its endpoints, # i.e. the open interval [0, 5] is characterized by the conditions 0 < x < 5interval = pd.Interval(0, 0, closed='neither') Display the intervalprint("Interval...", interval)Check whether interval is empty when it is open i.e. no endpoints. An Interval that does not contain any points is emptyprint("Is Interval empty? ", interval.is_empty) ExampleFollowing is the ... Read More

To check if an interval is empty if closed from both sides, use the interval.is_empty property. At first, import the required libraries −import pandas as pdInterval closed from the both sides. Interval set using the "closed" parameter with value "both"interval = pd.Interval(0, 0, closed='both')Display the intervalprint("Interval...", interval) Check whether interval is empty when it is closed from both sides. An Interval that contains a single point is not empty i.e. False is returnedprint("Is Interval empty? ", interval.is_empty)ExampleFollowing is the code import pandas as pd # interval closed from the both sides # Interval set using the "closed" parameter with ... Read More