<visualisation>

 <!-- amount to delay spectrum (range 0..255) -->
 <syncdelay>15</syncdelay>

 <!-- number of frequency bars to display -->
 <bars>40</bars>

 <!-- what the bars represent (options are: "average" and "peak" levels in that frequency range)-->
 <levels>peak</levels>

 <!-- frequency scale can be log or linear -->
 <freqscale>linear</freqscale>

 <!-- fraction of actual rise amount to do at one time (range 0.01..1) -->
 <risespeed>0.5</risespeed>

 <!-- fraction of actual fall amount to do at one time (range 0.01..1) -->
 <fallspeed>0.5</fallspeed>

 <!-- enable A/B/C-weighting of the data (options are: "A", "B", "C", or "none") -->
 <weight>none</weight>

 <!-- combine channels in to one? -->
 <mixchannels>true</mixchannels>

 <!-- show peaks separately? -->
 <showpeaks>true</showpeaks>

 <!-- speed of the decay of peaks in dB/frame (range 0.01..4) -->
 <peakdecayspeed>0.3</peakdecayspeed>

 <!-- frequency range (in Hz) -->
 <freqmin>80</freqmin>
 <freqmax>18000</freqmax>

 <!-- level range (in dB - 0dB refers to a sine wave at minimum possible level, 96dB is highest possible) -->
 <levelmin>20</levelmin>
 <levelmax>90</levelmax>

 <!-- Initial Color (Color when bar is lowest) (Red Green Blue Alpha) -->
 <initialcolorR>255</initialcolorR>
 <initialcolorG>50</initialcolorG>
 <initialcolorB>50</initialcolorB>
 <initialcolorA>255</initialcolorA>

 <!-- Final Color (Color when bar is Highest) (Red Green Blue Alpha) -->
 <finalcolorR>255</finalcolorR>
 <finalcolorG>255</finalcolorG>
 <finalcolorB>50</finalcolorB>
 <finalcolorA>255</finalcolorA>
 
 <!-- This is the radius to start the bar from (default 0 is the center of the screen) -->
 <startradius>10</startradius>
 
 <!-- -->
 <minbar>20</minbar>

 <!-- This is the speed at which to spin the vis (number of seconds per full rotation (ie the higher the number the slower the rotation)) (0 for no rotation)-->
 <spinrate>5</spinrate>



</visualisation>
