![]() If you're not sure which to choose, learn more about installing packages. New: Timecode._init_() now supports strings, ints and floats forthe framerate argument.ĭownload the file for your platform.New: Timecode.ms_frame boolean attribute added.New: Timecode.tc_to_string() method added to present the correctlyformatted time code.Update: All tests involving Drop Frame and millisecond time codes are nowset to use the new delimiter.New: Frame delimiter is now set to “:” for Non Drop Frame, “ ” for DropFrame and “.” for millisecond based time codes.If Timecode._init_() start_timecode is passed a string with the wrongdelimiter it will be converted automatically.Fix: Fixed a test that was testing overloaded operators.Thisis a major change for people expecting int values Important: When passing fractional second style timecode, s will return a float representing the fraction of a second.New: Added support for fractional seconds in the frame field as used inffmpeg’s duration for instance.New: added _ge_ and _le_ methods for better comparison between twotimecodes.Fractional seconds andrational frame rates. New: Added tests for new functionality.New: Added support for passing rational frame rate.Update: To prevent confusion, passing 0 for start_seconds argumentwill raise a ValueError now in Timecode._init_ method.New: Support for passing “binary coded decimal” (BCD) integer totimecode argument as it’s stored in certain formats like OpenEXR and DPX.Useful for parsing timecode from metadata through OpenImageIO for instance.Example: Timecode(24, 421729315) -> 19:23:14:23.Update: Updated README’s with info on new features.NEW: set_fractional method for setting whether or not to represent atimecode as fractional seconds.NEW: Support for passing a tuple with numerator and denominator whenpassing rational framerate.Update: Added support for 23.976 fps which is a common variation of 23.98.Update: Timecode now accepts a `force_non_drop_frame argumentthat forces the timecode to be non-drop frame.Update: Timecode now accepts a fractional bool argument thatforces the timecode to be fractional.Fix: Fixed Timecode.parse_timecode for int inputs.Fix: Fixed the CHANGELOG.rst and setup.py to be able to properlypackage and upload to PyPI.Update: Also added some validation for the frames property(oh yes it is a property now).If there is noduration, hence the frames=0, meaning that the number of frames of theduration that this TimeCode represents is 0, which is meaningless. This hopefullywill clarify the usage of the TimeCode as a duration. Update: Passing frames=0 will now raise a ValueError.Update: It is now possible to supply a Fraction instances for the framerate argument.Fix: Fixed Timecode.float property for drop frames.But it is notpossible to have a Timecode with negative or zero frames as this is changedin 1.2.3. Fix: Fixed an edge case when two Timecodes are subtracted the resultantTimecode will always have the correct amount of frames.Update: Test coverage has been increased to 100% (yay!).Fix: Fixed Timecode.div_frames() method.Update: Timecode.tc_to_frames() method now accepts Timecode instanceswith possibly different frame rates then the instance itself.The framerate attribute will not be forced to 24 and it will stay 23.98. Fix: Fixed amerate when it is given as 23.98.Fix: Fixed a huge bug in 29.97 NDF and 59.97 NDF calculations introducedin v1.2.3.This little tool is the perfect helper here!Ĭopyright 2014 Joshua Banton and PyTimeCode developers. Especially with dropframe timecode this can be error-prone. Calculating offsets is an every-day task in modern postproduction situations. Our Timecode Calculator is a utility application that helps you doing the math with timecode values. NLA Timecode Calculator is an utility application that helps a user by doing the math with timecode values. Timecode Calculator This SMPTE conform timecode calculator can add or subtract timecodes of multiple framerates Select frame rate (fps): 23.976 24 25 29.97 DF 30 50 59.94 DF 60. This calculator can also be used to compute durations (i.e. It has an unobtrusive custom chrome, and can handly be floated over your compositing or editing app for a quick computation. It is based on Adobe® Air™ framework, so it works on Mac, Windows and Linux. A simple, free, cross platform time code converter and calculator.
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