WebOct 28, 2013 · You have a duration in days, however, to accurately calculate the number of years/months you need to know exactly when these days fall i.e. on what month and of what year - this would allow you to determine the exact days in the month and/or year. Based on your comments and the following conditions. 1 year = 365 days. WebI was able to take your 5 lines of code to calculate the years and days, and make it 3. var totalDays = Math.Floor (lengthValue.TotalDays); var years = totalDays / DaysInAYear; …
TimeSpan does not have TotalMonths or TotalYears
WebOct 23, 2009 · Hi, the class TimeSpan has some nice methods to get the total days, hours or minutes. But it does not include larger values, like months or even years. I just wanted to calculate the age of my users, but didn't find a appropiate method. Wouldn't it a nice feature for the next version of .net? Thanks · Note that TotalSecond is not exact, because leap ... WebGets the total hours representation of TimeSpan, which means TimeSpan instance is represented as a fractional hours: Days : Gets the number of whole days of the TimeSpan instance: Hours: Gets the number of whole hours of the TimeSpan instance: Minutes: Gets the number of whole minutes of the TimeSpan instance: Ticks optiflow saline
c# - Calculate the difference between two dates and get the value …
WebMay 17, 2013 · The first step, as has been pointed out in other answers, is to use the TimeSpan struct to obtain the total number of days old a person is. This is the easy part. var dob = new DateTime (1962,5,20); var age = DateTime.Today.Subtract (dob.Date); // May as well use midnight's var totalDays = age.TotalDays; From there, you need to start … WebNov 3, 2007 · TimeSpan TS = DateTime.Now - new DateTime(2007, 11, 3); double Years = TS.TotalDays / 365.25; // 365 1/4 days per year Marked as answer by Anonymous … WebApr 13, 2024 · The DateTime structure in C# is defined in the System namespace as part of the .NET framework. It represents a single point in time, with a value that ranges from the year 0001 to the year 9999. The structure has a 100-nanosecond tick resolution, and it can represent both local and Coordinated Universal Time (UTC). optiflow rocky mountain house