#Netlogo round full#
Import math # Some random values valueA = 11.2829850 valueB = 19.2545879 valueC = 0.50000001 valueD = 34.6403001 valueE = - 9.9121138 # Round values up to the nearest full integer roundA = math. Here’s how that looks: 11.282985 rounded = 11 Here each print() statement displays the original value and its rounded down version. The program’s third part outputs the variables with Python’s print() function. We store the outcome in new variables ( roundA through roundE). For that we call the math.floor() function on each variable. Then we make five variables, valueA through valueE. That makes it possible to use the math.floor() function. floor ( valueE ) # Print the results print ( valueA, "rounded =", roundA ) print ( valueB, "rounded =", roundB ) print ( valueC, "rounded =", roundC ) print ( valueD, "rounded =", roundD ) print ( valueE, "rounded =", roundE ) Import math # Some random values valueA = 11.2829850 valueB = 19.2545879 valueC = 0.50000001 valueD = 34.6403001 valueE = - 9.9121138 # Round values down to the nearest full integer roundA = math. Here’s how the rounded values look: Value: Rounded:
That aligns the values for a prettier output. With the ljust() string method we justify that first value to the left. For each variable we display the original value (e.g., valueA) and its rounded result ( roundA). Next we output the results with the print() function. We store the rounded integers in the variables roundA through roundE. For that we call the round() function and provide one argument: the value to round. Some have a lot of decimal places and others just a few. Here we first make five variables with floating-point values. ljust ( 15 ), roundD ) print ( str ( valueE ). ljust ( 15 ), roundC ) print ( str ( valueD ). ljust ( 15 ), roundB ) print ( str ( valueC ). ljust ( 15 ), roundA ) print ( str ( valueB ). ljust ( 15 ), "Rounded:" ) print ( str ( valueA ). # Some numbers to round valueA = 3.14159265359 valueB = 1845.7409947 valueC = - 100.95 valueD = 9.5432 valueE = 34.49953 # Round values to whole numbers roundA = round ( valueA ) roundB = round ( valueB ) roundC = round ( valueC ) roundD = round ( valueD ) roundE = round ( valueE ) # Output rounded values print ( "Value:". The math.ceil() function rounds up to the next full integer.The math.floor() function rounds down to the next full integer.The built-in round() function rounds values up and down.Python has three ways to turn a floating-point value into a whole (integer) number: With this process we do lose some precision, but the rounded value is often much easier to read and interpret. When we round values, we go from a numerical value with decimal places to a whole number. # Round numerical values up and down in Python Round all values with Python’s for loop.Round Python values with a list comprehension.Round all values in a Python list or array.Example: round Python values up to whole numbers.Round up to the next integer: Python’s math.ceil() function.Example: round values down to the next full integer.Round down to the next integer: Python’s math.floor() function.Example: round Python numbers to the nearest full integer.Round values up and down: Python’s round() function.Round numerical values up and down in Python.
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