h =
Hours in the original capture duration.
m =
Minutes in the original capture duration.
s =
Seconds in the original capture duration.
x =
How many times faster the final clip should appear than real time.
fr =
Target playback frame rate in frames per second.
f =
Approximate number of frames needed in the output clip.
h =
Hours in the final time-lapse clip.
m =
Minutes in the final time-lapse clip.
s =
Seconds in the final time-lapse clip.
Choose the number of decimals to show in your answer. This is also known as significant figures. Select an appropriate amount of significant figures based on the precision of the input numbers.
A speed-up multiple tells you how much shorter the final clip should be than the original capture. Divide the capture duration by the multiple, then multiply the final duration by the frame rate to estimate total frames. final seconds = capture seconds / multiple total frames = final seconds x frame rate The bars compare the original capture duration with the shortened time-lapse clip. How long is the final clip if 2 hours of footage are sped up 30x at 30 fps? Two hours sped up 30 times becomes a 4-minute time-lapse clip with about 7200 frames at 30 fps.Time-Lapse Multiple Formula
Live Diagram
Time-Lapse Multiple Variables
How the Calculation Works
Time-Lapse Multiple Example