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# Python | time.monotonic () method

`time.monotonic() ` The time unit in Python is used to get the value of a monotonic clock. Monotonous clock — it is a clock that cannot move backward.
Since there is no checkpoint for the return value of monotonic hours, only the difference between the results of successive calls is allowed.

Syntax: time.monotonic ()

Parameter: No parameter is required.

Return type: This method returns a float value which represents the value of a monotonic clock in fractional seconds.

Code # 1: Using the `time.monotonic() method ` to get the monotonic clock value

 ` # Python program to explain the time.monotonic () method `   ` # time module import ` ` import ` ` time `   ` # Get the value ` ` # monotonous hours using ` ` # time.monotonic () method ` ` value ` ` = ` ` time.monotonic () `   ` # output the value ` ` # monotonous hours ` ` print ` ` ( ` ` "Value of the monotonic clock (in fractional seconds):" ` `, value) `

Exit:

` Value of the monotonic clock (in fractional seconds): 2116.429736057 `

Code # 2: Using the `time.monotonic() ` method to measure the elapsed time in long process.

 ` # Python program to explain the time.monotonic () method `   ` # time module import ` ` import ` ` time `   ` # Get the value ` ` # monotonous hours on ` ` # start the process code> # using the time.monotonic () method `` start = time.monotonic ()   # print the value # monotonous hours print ( "At the beginning of the process " ) print ( "Value of the monotonic clock (in fractional seconds):" , start)   i = 0 arr = [ 0 ] * 10 ;  while i & lt;  10 : # Accept user input arr [i] = int ( input ()) i = i + 1   # Print user input print (arr)   # Get the value # monotonous hours # using met ode time.monotonic () end = time.monotonic ()   # output the value # monotonous hours print ( "At the end of the process" ) print ( "Value of the monotonic clock (in fractional seconds):" , end) print ( "Time elapsed during the process: " , end - start)  `

Exit:

` At the beginning of the process Value of the monotonic c lock (in fractional seconds): 3957.237067598 1 2 3 4 5 6 7 8 9 10 [1, 2, 3, 4, 5, 6, 7, 8, 9, 10] At the end of the process Value of the monotonic clock (in fractional seconds): 3966.407866892 Time elapsed during the process (in fractional seconds): 9.170799294000062 `

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