Return timecodeA.TotalSeconds() >= timecodeB.TotalSeconds() Public static bool operator >=(Timecode timecodeA, Timecode timecodeB) Return timecodeA.TotalSeconds() > timecodeB.TotalSeconds() Public static bool operator (Timecode timecodeA, Timecode timecodeB) Return new Timecode(timecodeA.totalFrames - frames, ameRate) Public static Timecode operator -(Timecode timecodeA, int frames) Int totalFramesB = timecodeB.totalFrames Int totalFramesA = timecodeA.totalFrames Throw new InvalidOperationException('Cannot subtract two timecodes with different framerates.') Public static Timecode operator -(Timecode timecodeA, Timecode timecodeB) / If the second timecode has fewer frames than the first, it is presumed to have rolled over the 24 hour mark and therefore be conceptually greater than the first. Return new Timecode(timecodeA.totalFrames + frames, ameRate) Public static Timecode operator +(Timecode timecodeA, int frames) / Adds a given number of frames to the timecode. Return new Timecode(timecodeA.totalFrames + timecodeB.totalFrames, ameRate) Throw new InvalidOperationException('Cannot add two timecodes with different framerates.') Public static Timecode operator +(Timecode timecodeA, Timecode timecodeB) Return new Timecode(hours, minutes, seconds, frames) Int frames = int.Parse(captureGroups.Value) Int seconds = int.Parse(captureGroups.Value) Int minutes = int.Parse(captureGroups.Value) Int hours = int.Parse(captureGroups.Value) GroupCollection captureGroups = TimecodeRegex.Match(timecodeStr).Groups Public static Timecode Parse(string timecodeStr, short framerate = 25) / Parses a timecode string of the format 'hh:mm:ss:ff'. / The total number of frames in one day, for this timecode's framerate.

Private static string PadTimecodeUnit(int unit, int places = 2) / Pads a number for display in a timecode string. Return (float)this.totalFrames / (float)ameRate / The total number of seconds in this timecode. / The total number of frames for this timecode. Return (int)this.totalFrames / ameRate % 60 Return (int)this.totalFrames / ameRate / 60 % 60 Return (int)this.totalFrames / ameRate / 60 / 60 Public Timecode(int totalFrames, short frameRate = 25) Private static readonly Regex TimecodeRegex = new RegexOptions.Compiled | RegexOptions.ExplicitCapture)

/ Represents a timecode in hh:mm:ss:ff format. The 'timecode' that I'm trying to represent is a timecode that is used in video editing quite often, and is seen displayed in the format 'hh:mm:ss:ff', or 10:00:05:24, for example ('ff' = frames').

List timecode calculator