20.07.2012 Views

Untitled

Untitled

Untitled

SHOW MORE
SHOW LESS

Create successful ePaper yourself

Turn your PDF publications into a flip-book with our unique Google optimized e-Paper software.

way compared to the original timing of the Groove, somewhat reminiscent of a<br />

‘shuffle’ parameter on a drum machine. Now vary the Hard Quantize to allow more<br />

of the original feel, and move the Swing slider… now, the Swing Template is being<br />

applied in addition to the original timing, resulting in a different type of feel again.<br />

There are a number of different Swing Templates, which you access using the<br />

Template pull-down menu. Each has a different set of ‘rules’ to modify the feel of<br />

the Groove, which result in a different character to the timing. Try them! The funky<br />

opposing ‘Groove Dudes’ are a graphical representation of the two quantization<br />

parameters.<br />

Controlled randomization…<br />

In addition to the versatile Quantization panel, BFD offers a further two<br />

functions to vary the expressive character of its output. The Humanize<br />

Timing panel allows you to introduce a controlled amount of variation to<br />

the timing of the Grooves. When you click on the icon, a popup graph panel<br />

is displayed, which represents the probability distribution of random timing<br />

variations: the x-axis represents the deviation from the original timing, while the yaxis<br />

indicates the probability that a certain time deviation will occur.<br />

Move the mouse over the graph to see how it reacts.<br />

You will find that the curve changes shape according<br />

to mouse movements, while clicking the mouse<br />

button ‘sets’ the shape. With a graphical shape<br />

similar to that shown here, the randomization is<br />

quite extreme. Effectively, the graph is showing you<br />

that there is the highest probability of large timing<br />

displacements.<br />

With the graph shape shown here, there will be a<br />

reasonable amount of randomization: most notes<br />

will have a slight timing deviation, but there will be<br />

the odd note which is displaced to a more extreme<br />

degree.<br />

28

Hooray! Your file is uploaded and ready to be published.

Saved successfully!

Ooh no, something went wrong!