![]() So the tempo (BPM) of the audio is 113.86. We then need to divide that number by the number of samples in our selected audio loop. Therefore, multiplying the number of samples per second (44100) by the number of seconds in a minute (60), and then multiplying that by the number of beats in the selection (4), gives us the basis for our equation. Finally, we have 4 beats in the selection. We also know there are 60 seconds per minute. If the sampling rate of the Cakewalk project is 44.1kHz, as it is in Riff Funk, we know that there are 44100 samples played every second. ![]() Open the Event List for this clip and you'll see the number of samples listed: 92949. Let's select the first clip in track 2, as it contains four beats (you can tell this by listening to it). ![]() Let's see how we could have determined that tempo if we didn't already know what it was. Open that file, and you'll see the tempo of the song is 113.86 BPM. If you don't have an application that can calculate the BPM (Beats Per Minute) of audio, there is a mathematical method you can use.Īs as example, let's use the file Riff Funk Audio and MIDI Demo that comes with Cakewalk. ![]() This is particuarly useful when working with drum loops, but can also help you with your editing work. When working with audio in Cakewalk, you might find it helpful to have the measure boundaries line up with the beats of your audio recording. Finding the Tempo of an Audio Clip Last updated on ĭetermining the tempo of an audio recording
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